Information as the New Medicine

The idea of information as medicine may seem radically different. How can something as intangible as “information” have any effect on your body, never mind on the state of your health? It may sound unbelievable, or at least unfamiliar to you, but let’s explore how it works. A perfect example of this is the marvel of life itself. We all start from a single cell that divides over and over again, forming tissues and organs, ultimately creating a functioning human-being.

The Body’s Healing Powers

Did you ever think about how your body instinctively knows what to do? If you cut your finger, bruise your knee, or catch a cold, your body knows how to heal itself. It is equipped with natural self-repair mechanisms. It knows how to kill faulty cells, fix broken proteins, slow aging, eliminate toxins, fight infections, get rid of foreign bodies, and otherwise keep us healthy. The great mystery of conventional biology is how we are “self-organizing” systems. It seems to “know” what to do, and it seems to have an “information code” that tells it how to grow and repair.

How miraculous is that? And how exactly does nature know what to do?

The answer is “information.” Information describes the way our systems are organized, but information also directs the development of that system to create “life”.

Cellular communication is an umbrella term used in biology and more in depth in biophysics, biochemistry and biosemiotics to identify different types of communication methods between living cellulites. Some of the methods include cell signaling among others. This process allows millions of cells to communicate and work together to perform important bodily processes that are necessary for survival. Both multicellular and unicellular organisms heavily rely on cell-cell communication.

PRIMENA U OBLASTI ONKOLOGIJE

Kada medicina kaže „nemamo više šta da ponudimo“

Postoji trenutak koji menja sve.
Ne zato što se telo naglo pogoršalo — već zato što je izgovorena rečenica koja zatvara vrata.

„Trenutno nemamo terapijsko rešenje za vaš slučaj.“

Za osobu koja to čuje, problem više nije samo bolest.
Problem postaje šta sada.

Ovaj tekst nije napisan da vam obeća izlečenje.
Ali je napisan da vam jasno kaže nešto što se prečesto prećutkuje:

Čak i kada medicina nema sledeći protokol — organizam još uvek nije bez kapaciteta.

Šta se u telu dešava pre nego što „ponestane opcija“

Savremena medicina izuzetno dobro prepoznaje strukturu bolesti.
Ali u praksi, često ne prati dovoljno kako organizam funkcioniše dok se bori.

Kod mnogih osoba sa teškim dijagnozama, uključujući maligne bolesti, ne dolazi do „gašenja“ odjednom.
Dolazi do:

hroničnog regulatornog preopterećenja
poremećaja sna i oporavka
iscrpljivanja adaptivnih rezervi
gubitka fine komunikacije između sistema

Drugim rečima:
telo još radi — ali radi pod ekstremnim uslovima.

Na tom nivou, pitanje više nije:

„Koji lek će ovo rešiti?“

Već:

„Kako da organizam dobije uslove da se ponovo stabilizuje i bori?“

Zašto „informacija“ ima smisla baš u ovoj fazi

Bez filozofije i bez magije — biologija je regulacija.

Ćelije komuniciraju.
Sistemi se prilagođavaju.
Organizam opstaje zahvaljujući informaciji: signalima koji govore kada, koliko i kako da reaguje.

Kod teških stanja, problem često nije samo „oštećenje“, već šum u regulaciji:

pogrešan tajming
preopterećene petlje
iscrpljeni odgovori

MGI protokol je osmišljen upravo za ovu zonu:
ne da leči bolest umesto tela — već da pokuša da rastereti i reorganizuje način na koji telo reaguje.

Šta MGI protokol realno jeste — i zašto ovde ima smisla

MGI protokol je informacijom vođen, nenametljiv pristup, usmeren na:

praćenje funkcionalnog stanja organizma
prepoznavanje regulatornih obrazaca
uvođenje minimalnih, ciljnih stimulusa
praćenje odgovora kroz vreme

Ono što je važno reći jasno i pošteno:

👉 MGI protokol ne zamenjuje onkologiju.
👉 Ne tvrdimo da „lečimo rak“.
👉 Ne obećavamo univerzalan ishod.

Ali isto tako — i ovo je ključno:

👉 Ne prihvatamo ideju da je telo „završilo“ samo zato što je terapijski arsenal iscrpljen.

Zašto ovde insistiramo na pilot-protokolu (a ne na „verovanju“)

U situaciji kada je čovek već prošao kroz mnogo terapija, obećanja postaju teret.

Zato ne tražimo da verujete.
Tražimo da vidite kako vaše telo reaguje.

Pilot-protokol omogućava:

funkcionalnu procenu pre intervencije
jasno definisan, vremenski ograničen pristup
praćenje promena (subjektivnih i funkcionalnih)
procenu da li organizam pokazuje znakove stabilizacije, rasterećenja ili adaptacije

Ako nema odgovora — to se vidi.
Ako postoji pomak — on se ne ignoriše.

Šta ovaj pristup može da ponudi u ovoj fazi

Za neke osobe, najveća vrednost nije „rezultat“, već:

osećaj da telo nije prepušteno slučaju
povratak sna, makar delimično
bolju toleranciju terapija koje još traju
stabilniji ritam energije
osećaj unutrašnje koherentnosti i kontrole

Za neke, to je prvi put posle dugo vremena da organizam ne ide nizbrdo.

I to nije mala stvar.

Najvažnija poruka

Ako ste došli do tačke gde vam je rečeno da „više nema rešenja“ —
to ne znači da više nema prostora.

Postoji prostor između:

agresivne terapije
i potpunog odustajanja

MGI protokol je namenjen upravo tom prostoru.

Ne kao obećanje čuda.
Već kao šansa da se telu ponovo da glas.

Kada telo čuje poruku da još ima za šta da se bori

Postoji trenutak u životu kada čovek shvati da problem više nije dijagnoza.
Problem je poruka.

Poruka koju telo svakodnevno prima:
da je iscrpljeno,
da je ugroženo,
da je preopterećeno,
da više nema izbora.

A telo — bez obzira na bolest — uvek sluša poruke.

Ćelije ne razumeju prognozu.
Ćelije razumeju informaciju.

Informacija je tiha sila koja upravlja životom

Svaki proces u telu počinje informacijom.
Ne supstancom.
Ne energijom.
Već signalom.

Ćelije komuniciraju jezikom koji ne čujemo, ali koji određuje sve:

kada će se nešto popraviti
kada će se nešto zaustaviti
kada će se nešto regenerisati
kada će se nešto ugasiti

DNK nije samo hemijska struktura.
DNK je memorija, program, instrukcija.

Svaki dan, tvoje telo proizvede stotine miliona novih ćelija.
One ne nastaju nasumično.
One su kopija informacije koju dobiju.

I tu dolazimo do ključnog pitanja koje se retko postavlja:

👉 Šta ako problem nije samo u ćelijama — već u poruci koju one dobijaju?

Kada se informacija iskrivi, telo se zbuni

Stres, strah, trauma, toksini, terapije, iscrpljenost —
sve to ne deluje samo fizički.

Sve to menja informaciju.

Telo tada ne prestaje da se bori.
Ali počinje da se bori neusaglašeno, rasuto, bez ritma.

To je trenutak kada medicina često kaže:

„Učinili smo sve što možemo.“

Ali telo i dalje radi.
Samo radi u haosu.

Šta ako postoji način da se telu pomogne da se seti reda?

Ne da se „popravi“.
Ne da se „izleči spolja“.

Već da se podseti kako izgleda ravnoteža.

U svetu se decenijama istražuje ideja da:

informacija može imati terapijski efekat
minimalni signal može pokrenuti unutrašnji odgovor
telo poseduje sopstvenu inteligenciju regulacije

Ovaj pristup ne pokušava da zameni telo.
On pokušava da probudi njegovu sopstvenu organizaciju.

Kao kada detetu ne radiš domaći zadatak umesto njega —
već mu pokažeš kako da razmišlja.

Zašto nada nije psihološka uteha — već biološki faktor

Nada menja disanje.
Menja san.
Menja tonus nervnog sistema.
Menja hormonalni odgovor.
Menja imunitet.

To nisu teorije.
To su reakcije koje se mere.

Kada čovek dobije osećaj da:

nije prepušten slučaju
nije pasivan objekat
ima prostor da učestvuje

telo menja način rada.

👉 Nada nije suprotnost nauci.
Nada je uslov da biologija uopšte ima šansu.

Ovaj pristup ne govori: „Bićeš izlečen“

On govori nešto mnogo iskrenije:

„Tvoje telo još uvek ima glas.
Hajde da ga čujemo.“

Ne obećava ishod.
Ali otvara proces.

Ne tvrdi da ima odgovor za sve.
Ali odbija ideju da nema odgovora ni za šta.

Ako ovo čitaš — nisi ovde slučajno

Možda si umoran.
Možda si ljut.
Možda si izgubio poverenje.

Ali činjenica da još tražiš —
znači da u tebi postoji deo koji nije odustao.

Ovaj pristup je namenjen upravo tom delu.

Ne da ga ubedi.
Već da mu da prostor da deluje.

Poslednja misao (i najvažnija)

Telo se ne menja zato što mu neko kaže „moraš“.
Telo se menja kada dobije uslove, signal i razlog.

Ako postoji i najmanja šansa da informacija može pomoći telu da se stabilizuje, uspori, reorganizuje ili pronađe novi ritam —
onda ta šansa vredi pokušaja.

I ponekad, upravo taj pokušaj
postaje početak nečega što niko nije mogao da predvidi.

Tu počinje drugačiji pogled na oporavak.
Tu počinje pitanje koje menja sve:

Informacija kao novi lek

Ideja da informacija može imati terapijsku vrednost može delovati radikalno drugačije od onoga na šta smo navikli.
Kako nešto tako nematerijalno kao što je informacija može imati bilo kakav uticaj na telo — a kamoli na stanje zdravlja?

Možda zvuči neverovatno.
Možda zvuči nepoznato.
Ali pre nego što to odbacimo, vredi zastati i pogledati najjednostavniji mogući primer:

SAM ŽIVOT.

Svaki čovek počinje kao jedna jedina ćelija.
Ta ćelija se deli, umnožava, organizuje, diferencira — i iz nje nastaju tkiva, organi i na kraju potpuno funkcionalno ljudsko biće.

Ne postoji arhitekta.
Ne postoji spoljašnji planer.
Postoji samo precizna unutrašnja organizacija.

Isceljujuća inteligencija tela

Jeste li se ikada zapitali kako telo zna šta treba da radi?

Kada se posečete, telo pokreće proces zarastanja.
Kada se prehladite, aktiviraju se mehanizmi odbrane.
Kada ste iscrpljeni, telo traži san.

Bez razmišljanja.
Bez svesne odluke.

Telo:

uklanja neispravne ćelije
popravlja oštećene proteine
prilagođava metabolizam
eliminiše toksine
bori se protiv infekcija
stalno pokušava da obnovi ravnotežu

Jedna od najvećih misterija savremene biologije jeste činjenica da smo mi samoorganizujući sistemi.

Kao da telo:

zna šta radi
zna kada da reaguje
i zna kako da se prilagodi

Pitanje je — kako?

Odgovor koji se stalno ponavlja: informacija

Odgovor nije skriven u jednoj supstanci.
Nije ni u jednoj molekuli.

Odgovor je u informaciji.

Informacija određuje:

kako su sistemi organizovani
kako se razvijaju
kako se prilagođavaju
i kako se obnavljaju

Drugim rečima, informacija nije samo opis života.
Informacija je ono što život pokreće.

Telo kao mreža komunikacije

U biologiji, a posebno u biofizici i biohemiji, poznato je da ćelije ne funkcionišu izolovano.
One stalno komuniciraju.

Putem:

hemijskih signala
električnih impulsa
mehaničkih i biofizičkih stimulusa

Ova komunikacija omogućava milionima ćelija da deluju kao jedno — da se usklade, prilagode i opstanu.

Kada je ta komunikacija jasna i usklađena, mi to doživljavamo kao:

energiju
stabilnost
oporavak
unutrašnji mir

Kada se komunikacija poremeti, telo ne prestaje da radi —
ali počinje da radi teže, sporije i pod većim opterećenjem.

Često mnogo pre nego što se pojavi prvi simptom.

Stručna napomena (za one koji žele dublji uvid)

Ćelijska komunikacija predstavlja krovni pojam u biologiji, a naročito u biofizici, biohemiji i biosemiotici, koji obuhvata različite mehanizme razmene informacija između živih ćelija. Ovi mehanizmi uključuju, između ostalog, ćelijsku signalizaciju, bioelektrične procese i druge oblike komunikacije neophodne za koordinisano funkcionisanje sistema.

Zahvaljujući ovim procesima, milioni ćelija mogu da deluju usklađeno i da obavljaju ključne fiziološke funkcije neophodne za opstanak organizma. Kako jednoćelijski, tako i višećelijski organizmi u velikoj meri zavise od pravilno regulisane ćelijske komunikacije.

Ovde počinje drugačiji pogled

Ako je život organizacija,
ako je zdravlje regulacija,
ako je oporavak povratak ravnoteže —

onda je logično postaviti pitanje:

da li je moguće delovati upravo na nivou informacije i komunikacije, tamo gde sve počinje?

Tu započinje priča koja sledi.

Informacija je ključna

Ljudi — i životinje — ne žive odvojeni od sveta oko sebe.
Mi rezoniramo sa ritmom energija koje nas okružuju.

To nije samo metafora.
To važi za sve nivoe života: za sisteme, za ćelije — pa čak i za atome.

Kada su unutrašnji ritmovi tela u skladu sa spoljašnjim ritmovima, organizam funkcioniše kao dobro uštiman instrument:
san se produbljuje, oporavak se ubrzava, energija se stabilizuje, a otpornost raste.

Ali kada se pojavi nesklad — kada telo upadne u režim stalnog “šuma” — počinju poremećaji.
Najpre suptilno.
Zatim funkcionalno.
A onda, ako potraje dovoljno dugo, taj poremećaj može postati teren za bolest — i u krajnjoj liniji za gašenje života.

Zato je u centru ovog pristupa jedna ideja koja sve menja:

informacija je ključna.

“Original” i “kopije”: zašto je DNK više od hemije

Kada osoba ima rak ili neku drugu ozbiljnu bolest, ćelije su oštećene.
I tu postoji činjenica koja istovremeno može da uplaši — ali i da probudi nadu:

svakog dana telo proizvodi oko 500 miliona novih ćelija.

Te nove ćelije nisu slučajne.
One su, u suštini, zrcalna slika — fotokopija postojećeg stanja.

Ako je “original” oštećen, kopije će biti oštećene.
Ako u originalnom dokumentu nedostaje deo informacije, i kopija će nedostajati.

Zato je logika jasna:

ako želimo drugačiji ishod, moramo pomoći telu da “ispravi original”.
A original je — DNK, informacija, kod.

U suprotnom, telo će nastaviti da proizvodi milione i trilione kopija koje nose isti poremećaj.

Neinvazivan pristup: dijagnostika + harmonizacija

Naš pristup koji ovde opisujemo nudi potpuno neinvazivan pristup kako dijagnostički tako i terapeutuski.

Naša ideja nije da “napadamo” telo, već da:

prepoznamo uzroke ćelijske električne neravnoteže
identifikujemo gde sistem “izlazi iz ritma”
i zatim primenimo balansirajući tretman putem MGI terapije —
sa ciljem da se ćelije vrate u harmoniju.

Kada se vraća harmonija, ne vraća se “samo osećaj”.
Vraća se mogućnost da sistem ponovo radi kao celina — a kada sistem radi kao celina, tada se otvara prostor da se zdravlje obnovi.

Isceljujuća inteligencija: telo zna šta da radi

Jeste li ikada razmišljali o tome kako vaše telo instinktivno zna šta da radi?

Ako se posečete na prstu — ono zarasta.
Ako se nagnječite — ono popravlja.
Ako se prehladite — ono se brani.

Telo je prelepo opremljeno prirodnim mehanizmima samoobnavljanja:
zna kako da ukloni neispravne ćelije, popravi oštećene proteine, uspori starenje, eliminiše toksine, bori se protiv infekcija, izbaci strana tela — i na bezbroj načina pokuša da vas održi živim.

Velika misterija konvencionalne biologije nije da li se telo obnavlja — nego:

kako je moguće da smo mi samoorganizujući sistemi?

Telo ne bira funkcije nasumično.
Izgleda da “zna” šta da radi.

Mnogi istraživači danas govore o nečemu što se može nazvati inherentna inteligencija organizma — kao da postoji informacijski kod koji telu govori kako da raste, kako da se organizuje i kako da se obnavlja.

I upravo na tom mestu nastaje najvažnije pitanje:

Ako telo već ima taj kod — da li je moguće pomoći mu da ga ponovo čuje, ponovo pročita, ponovo aktivira?

Da bismo došli do odgovora, moramo da uradimo ono što medicina ponekad ne stigne da uradi u praksi:
da se vratimo korak unazad i pogledamo šta zapravo znači „kod“ — i da li je on samo hemijski zapis… ili i nešto više od toga.

Jer kada govorimo o DNK, mi često zamišljamo statičnu molekulu.
A postoji i drugačiji pogled, koji DNK posmatra kao aktivni informacioni sistem: kao strukturu koja ne samo da „čuva“ podatke, već na određeni način komunicira, „emitije“ i „prima“ signal.

U okviru tog pravca, razvijen je koncept koji se može sažeti u jednoj slici:

genetski kod nije samo formula — već je nalik tekstu.

DNK kao „tekst“ i organizam kao čitalac

Jedna grupa istraživača je, kroz teorijski i eksperimentalni okvir, predložila ideju da evolucija ne stvara samo gene, već stvara genetske „tekstove“ — složene, kontekstualne obrasce slične jeziku.

U tom pogledu:

hromozomski aparat nije pasivni nosač, već istovremeno izvor i prijemnik tih „tekstova“
organizam ne funkcioniše kao zbir delova, već kao povezana mreža u kojoj informacija ima kontinuitet
genetska informacija se ne svodi samo na materijalni nivo, već može imati i talasne / poljske komponente

Drugim rečima:
DNK se u ovom modelu posmatra kao sistem koji ne samo da „pamti“, već na izvestan način i obrađuje informaciju — kao biološki „biokompjuter“.

To zvuči smelo.
I jeste smelo.

Ali ono što ovde vredi zapamtiti je motiv koji menja perspektivu:

ako je genetika jezik — onda je i oporavak moguć kao promene u načinu čitanja i prenosa informacije.

Holografska mreža: telo kao celina, ne kao delovi

U ovom pravcu se pojavljuje i ideja da višećelijski organizam poseduje vrstu prostorno–vremenske, statičko–dinamičke mreže — holografski princip povezanosti — koja „drži“ celinu organizma kao jedinstven sistem.

To je pokušaj da se objasni ono što svi intuitivno znamo, ali teško merimo:

kako se telo razvije iz jedne ćelije
kako se održava koherentnost između milijardi ćelija
kako se, u oporavku i regeneraciji, organizam ponaša kao celina, a ne kao skup izolovanih reakcija

Ovaj model ide korak dalje i kaže:
možda postoje brzi informacioni kanali koji povezuju ćelije i hromozome u jedinstvenu celinu — nešto poput “unutrašnjeg interneta” organizma.

DNK kao izvor signala: zračenje, polarizacija, pretvaranje u radio-opseg

U okviru eksperimenata sprovedenih u laboratorijskim uslovima*, opisivani su fenomeni koji su u tom modelu interpretirani kao pokazatelj da DNK i hromozomi mogu učestvovati u procesima koji liče na:

emitovanje specifičnog zračenja
promenu (rotaciju) polarizacije fotona
transformaciju laserskih signala u širokopojasni radio-frekventni opseg.

* Detaljniji teorijski i istraživački okviri navedeni su u napomeni na kraju teksta.

Posebno zanimljiv motiv u ovim opisima je ideja da informacija može biti „snimljena“ u polju i zatim „očitana“ kasnije — kao neka vrsta memorije koja nije isključivo hemijska.

Zašto je ovo narativno važno za tvoju publiku?

Zato što uvodi jednostavnu, snažnu rečenicu:

informacija može postojati i prenositi se na više nivoa nego što obično pretpostavljamo.

Biološki efekti: kada signal nije „prazan“

U istom okviru, opisani su biološki efekti talasnih signala generisanih u vezi sa DNK informacijom — pri čemu se naglašava da „prazni“ signali (bez te informacije) nisu davali isti efekat.

Pominjani su primeri promena u rastu i morfogenezi biljaka, kao i motiv „oživljavanja“ semena u ekstremnim uslovima, što je u tom modelu interpretirano kao:

kada signal nosi informaciju — organizam može drugačije da se organizuje.

Ovo je mesto gde priča dobija ogromnu emotivnu težinu:

Jer ako je ta logika makar delimično tačna, onda telo nije zatvoren sistem koji se samo troši —
već sistem koji se može ponovo uskladiti kada dobije pravi stimulus.

Šest nivoa povezanosti: od celog organizma do dubine genoma

U ovom modelu se ideja povezanosti postavlja kroz više nivoa, od:

organizma kao celine (regeneracija i integritet)
ćelijskog nivoa (razvoj iz jedne ćelije)
do dubljih slojeva u kojima se pretpostavlja neka vrsta koherentnosti genoma

Najsmelija tačka tog pogleda je sledeća poruka:

ćelije nisu samo susedi — one su deo jedne trenutne celovitosti.

I kada to čuje osoba koja je umorna od rečenice „nema više rešenja“, u njoj se pokrene nešto važno:

Ne obećanje.
Ne iluzija.
Nego mogućnost.

Zašto ovo uopšte uvodimo u priču

Zato što nekim ljudima u najtežim trenucima treba upravo ova misao:

možda još nije kraj — možda je samo promena nivoa na kome treba delovati.

I tu se vraćamo na početno pitanje, sada još preciznije:

Ako telo već ima kod…
ako organizam već ima inteligenciju samoregulacije…
ako informacija upravlja procesima…

da li je moguće dati telu signal koji mu pomaže da se ponovo organizuje?

Tu počinje naš praktični deo.
Ne kroz obećanja.
Nego kroz iskustvo, protokol i odgovor organizma.

……………………………………………………………………………………………………………………………………………….

Šta u nauci već postoji kao osnova za ovu temu

Ako se vratimo na ono najvažnije pitanje:

Ako telo već ima taj kod — da li je moguće pomoći mu da ga ponovo čuje, ponovo pročita, ponovo aktivira?

Da bismo mu prišli ozbiljno, bez mistike i bez marketinga, moramo da uvedemo jedan okvir koji je već dugo prisutan u nauci, samo je često rasut po različitim disciplinama:

informacija u biologiji nije metafora — ona je princip organizacije.

U tom kontekstu, savremeni istraživački radovi razlikuju tri bliska, ali različita nivoa:

1) Bioinformatika: informacija u živim sistemima

Bioinformatika posmatra biološke sisteme kao sisteme koji imaju informaciono stanje i u kojima se stalno odvijaju informacioni procesi — prijem, kodiranje, skladištenje, dekodiranje i korišćenje informacija.*

Drugim rečima: nije poenta samo šta je ćelija, već kako ćelija prima i obrađuje poruke.

2) Klinička bioinformatika: informacija kroz bolest i oporavak

Klinička bioinformatika ide korak dalje i posmatra šta se dešava sa tim informacionim procesima u toku patogeneze (razvoja poremećaja) i sanogeneze (procesa oporavka).*

Ovo je posebno važno jer mnogi ljudi, naročito u teškim dijagnozama, osećaju nešto što se često ne vidi u jednoj laboratorijskoj vrednosti:

da je telo “izašlo iz ritma”,
da je regulacija skuplja,
da se oporavak više ne vraća sam od sebe.

3) Uticaj informacije kao terapeutske intervencije

Treći nivo uvodi ideju da informacija može biti ne samo opis bioloških procesa, već i intervencija — pod određenim uslovima, informacija može da deluje na fiziološke, biohemijske, biofizičke i patološke procese, kroz mehanizme prijema, kodiranja, memorije i povratne sprege.*

Ovde se pojavljuje jedna razlika koja je ljudima intuitivno jasna:

farmakoterapija uvodi supstancu
fizioterapija uvodi energiju
informoterapijski pristup pokušava da uvede signal — minimalni stimulus koji telo može da “prevede” u sopstveni odgovor

Poenta nije “magija”.
Poenta je: telo već ima resurse (energiju u ATP sistemu, sopstvenu biohemiju, sopstvene medijatore).
Kada dobije informaciju koju može da obradi, ono aktivira unutrašnje mehanizme — i upravo zbog toga takav pristup teži da koristi minimalne doze supstance jer na informacionom nivou nije primaran kvantitet već kvalitet i ne koliko već šta.*

Biološki “jezici”: kako telo govori samo sa sobom

Da bi se razumelo kako informacija uopšte može da ima efekat, uveden je snažan, ali vrlo praktičan koncept:

ćelije govore više jezika.

Postoje dobro poznati “jezici”:

DNK / RNK (nukleotidi kao “slova”, tripleti kao “reči”, geni kao “rečenice”)
proteini (aminokiseline kao “slova”)
biološke membrane (sekundarni medijatori i joni kao “slova” signalizacije)

I tu dolazimo do ključne rečenice:

biološku informaciju ne nose samo materijalni nosači (molekuli), već i energetski nosači (signali).*

Drugim rečima — “zvukovi” života:

akcioni potencijali i spori talasi (u transmembranskom prenosu)
elektromagnetni talasi i mehaničke vibracije (u međučelijskom prenosu)
i složeni obrasci koji se ne prenose kao jedno “slovo”, nego kao “fajl” — paket informacija koji telo tumači u kontekstu*

Ovo je važna tačka, jer prebacuje fokus sa “jedne supstance” na obrazac regulacije.

Bolest kao poremećaj razmene informacija

U ovom okviru, bolest se ne posmatra samo kao metabolička greška, već često i kao:

promena spontane električne i funkcionalne aktivnosti ćelije
promena jonske provodljivosti membrane
inhibicija jonskih pumpi
smanjena ili izgubljena reakcija na signalne molekule ili impulse*

To je trenutak kada sistem više ne “čuje” dobro,
ne “odgovara” dobro,
ne vraća se u ravnotežu.

I zato je logično postaviti pitanje:

ako možemo da prepoznamo da je komunikacija poremećena —
da li postoji način da se komunikacija ponovo organizuje?

Šta nauka realno nudi danas u vezi ove teme

Da završimo precizno i pošteno — ali optimistično:

Ono što je čvrsto utemeljeno

biologija je sistem signala i povratnih sprega
ćelijska komunikacija (hemijska i bioelektrična) je osnova koordinacije
organizam funkcioniše kao mreža, ne kao skup izolovanih delova
regulacija i oporavak zavise od kvaliteta informacije i odgovora

Ono što se intenzivno istražuje

kako tačno ćelije kodiraju “pakete” informacija (a ne samo pojedinačne signale)
kako se formira koherentnost u velikim sistemima
kako minimalni stimuli mogu da promene obrazac odgovora (nervni sistem, endokrini sistem, imuni odgovor, oporavak)

Ono što je za nas ključno u praksi

Mi ne tražimo da neko “veruje” u teoriju.
Mi tražimo da telo pokaže odgovor.

Zato je sledeći korak u našem pristupu uvek isti:

pilot-protokol → merenje pre → intervencija → merenje posle → praćenje promene.

Ako se promena desi — ona je stvarna, bez obzira na to da li je neko naziva biofizikom, neuroregulacijom ili informacijom.

A kada je čovek u situaciji da je čuo “nema više rešenja”, onda je ova logika još važnija:

ako postoji i najmanja šansa da se sistem ponovo organizuje — ta šansa vredi pokušaja.

Izvori i teorijski okviri (za dodatno razumevanje)

Delovi ovog teksta oslanjaju se na teorijske i eksperimentalne radove iz oblasti talasne genetike, bioinformacije i nelokalnih modela biološke regulacije, predstavljene u okviru međunarodnih naučnih skupova i publikacija krajem 20. i početkom 21. veka.

Autori i istraživačke grupe koje se u literaturi često navode u ovom kontekstu uključuju:

DNK–talasni biokompjuter — istraživački radovi i teorijski modeli
(autori: P. P. Gariaev i saradnici)

Radovi predstavljeni na međunarodnim konferencijama o anticipatornim sistemima (CASYS)

Publikacije i eksperimentalni izveštaji iz oblasti bioinformacije, kvantne biologije i holografskih modela genetike

Napomena: Ovi modeli se nalaze van dominantnog toka savremene biomedicine i predstavljaju istraživačke hipoteze i alternativne teorijske okvire. U ovom tekstu oni se koriste kao inspirativni i konceptualni modeli za razumevanje uloge informacije u biološkim procesima, a ne kao klinički dokazani terapijski protokoli.

References (as in the original)

Anichkov S.V. Neuropharmacology. L.: Medicine, 1982. 384 p.
Anokhin P.K. Fundamental questions of the general theory of functional systems // Principles of systemic organization of functions. M.: Nauka, 1973. pp. 5–61.
Anokhin P.K. Key questions of the theory of functional systems. M.: Nauka, 1980. 197 p.
Ashmarin I.P., Borodkin Yu.S., Bundzen P.V. et al. Memory mechanisms. L.: Nauka, 1987. 431 p.
Bertram G. Katzung. Basic and clinical pharmacology. M.: Binom, 1998. Vol. 1. 612 p.
Bogach P.G., Kurskiy M.D., Kucherenko N.E., Rybalchenko V.K. Structure and the function of biological membranes. K.: Vishcha school, 1981. 335 p.
Bogach P.G., Skrypnyuk Z.D., Burdyga F.V. The role of magnesium ions in regulation electrical processes, contraction-relaxation sensitivity of smooth muscles to acetylcholine // Molecular genetic biophysics, 1980. Vol. 5. pp. 51–56.
Vulfius E.A., Kovalenko V.A. Cholinergic receptors. Biophysics. Outcomes of science and technology. M., 1978. 207 p.
Glebov R.N., Kryzhanovsky G.N. Functional biochemistry of synapses. M.: Medicine, 1978. 325 p.
Golikov P.P. Receptor mechanisms of the glucocorticoid effect. M.: Medicine, 1988. 286 p.
Zeimal E.V., Shelkovnikov S.A. Muscarinic cholinergic receptors. L.: Nauka, 1989. 288 p.
Ichas M. Biological code. M.: Mir, 1971. 351 p.
Klevets M.Yu. Electrical power of secretory cells of gastric glands and mechanisms of activation of extrusion and enzymes. Author’s abstract, Doctor of Biol. Sciences. Kiev, 1993. 40 p.
Klimov P.K. Peptides and the digestive system. L.: Nauka, 1983. 273 p.
Komissarov I.V. Elements of the theory of receptors in molecular pharmacology. M.: Medicine, 1969. 215 p.
Kostyuk P.G. Calcium and cellular excitability. M.: Nauka, 1986. 255 p.
Natochin Yu.V. Intracellular signal transmission in the mechanism of antidiuretic action of vasopressin // Intracellular signaling. M.: Nauka, 1988. pp. 113–118.
Nozdrachev A.D. Physiology of the autonomic nervous system. L.: Medicine, 1983. 295 p.
Rosen V.B., Smirnov A.N. Receptors and steroid hormones. M.: Moscow University Publishing House, 1981. 310 p.
Sergeev P.V. Receptors of physiologically active substances. M.: Medicine, 1987. 397 p.
Skok V.I., Shuba M.F. Neuromuscular physiology. K.: Vischa school, 1986. 223 p.
Skrypnyuk Z.D. Transmembrane electrical processes and contraction-relaxation of smooth muscles at various ratios of magnesium and calcium ions in the environment. Author’s abstract, Cand. Biol. Sciences. Kiev, 1976. 20 p.
Skrypnyuk Z.D. Mechanisms of hormonal regulation of electrical and contractile activity of smooth muscles. Diss. Doctor Biol. Sciences. Kiev, 1989. 299 p.
Skrypnyuk Z.D. Informational and negentropic therapy // Informational and negentropic therapy. 1994. No. 1. pp. 4–8.
Skrypnyuk Z.D. Basic concepts of traditional Chinese medicine from the point of view of information therapist // Informational and negentropic therapy. 1994. No. 1. pp. 19–24.
Skrypnyuk Z.D. Some mechanisms of receiving pain signals (pain information) by effector cells // Informational and negentropic therapy. 1995. No. 2. pp. 15–24.
Skrypnyuk Z.D. Problems and tasks of bioinformatics for 10 years. Kiev, 1999 A. pp. 80–83.
Skrypnyuk Z.D. Bioinformatics: subject and department // Informational and negentropic therapy. 1999 B. pp. 82–83.
Skrypnyuk Z.D. “Alphabet”, “letters” and “sounds”, “words” and “speech” of cellular “languages” // Informational and negentropic therapy. 2000. pp. 81–83.
Skrypnyuk Z.D. Phonetics, morphology and syntax of cellular languages // Informational and negentropic therapy. 2001. pp. 135–136.
Skrypnyuk Z.D. Clinical bioinformatics: subject and tasks // Informational and negentropic therapy. 2005.
Sudakov K.V. General theory of functional systems. M.: Medicine, 1984. 224 p.
Sudakov K.V. Information principle in physiology: analysis from the standpoint of the general theory of functional systems // Advances in physiological sciences, 1995. Vol. 26, No. 4. pp. 3–26.
Chailakhyan L.M. What is an subject “BIOINFORMATICS”? // Biophysics, 2005, Vol. 50, No. 1, pp. 152–155.
Bogach P.G., Skrypnyuk Z.D. Role of Mg and Ca ions and their interrelation in regulating the transmembrane electrical processes and contraction-relaxation of smooth muscle // Abstract of 27-th Intern. Congr. of Physiological Sciences. Paris, 1977. p. 84.
Crick F.H. The genetic code, Sci. Am. 1962. 207. pp. 66–74.

korigovana opcija koja istog teksta

INFORMACIJA KAO NOVI LEK

Kada vam kažu: “Nemamo više rešenje” — a vi i dalje osećate da telo nije završilo

Postoji trenutak kada čovek shvati da problem više nije dijagnoza.
Problem je poruka.

Poruka koju telo svakodnevno prima:
da je iscrpljeno,
da je ugroženo,
da je preopterećeno,
da više nema ritam.

A telo — bez obzira na bolest — uvek sluša poruke.

Ćelije ne razumeju prognozu.
Ćelije razumeju informaciju.

Informacija je tiha sila koja upravlja životom

Svaki proces u telu počinje signalom:
ne “čudom”,
ne “srećom”,
nego komunikacijom.

Ćelije stalno razmenjuju poruke — hemijske, električne i mehaničke.
Tkiva opstaju zahvaljujući koordinaciji.
Organizam funkcioniše zahvaljujući regulaciji.

A regulacija je, u suštini, obrada informacija.

Kada je komunikacija jasna i usklađena, čovek to oseća kao:
san koji “drži”, oporavak koji se vraća, energiju koja ima stabilnost, nervni sistem koji nije stalno “u alarmu”.

Kada se pojavi “šum”, telo ne prestaje da radi — ali počinje da radi skuplje, sporije i pod većim opterećenjem. Često dugo pre nego što se pojavi prvi simptom.*

* Stručna napomena: Detaljniji okviri o ćelijskoj komunikaciji i signalizaciji navedeni su u dodatku na kraju teksta.

Mini-story (2 minuta čitanja): “Pilot koji vraća ritam”

Osoba dolazi posle dugog perioda terapija i neizvesnosti.
Ne traži čudo. Traži znak da telo još ima kapacitet.

Najčešće kaže nešto slično:
“Ne mogu da se odmorim ni kad spavam.”
“Budem budan noću.”
“Ujutru sam kao pregažen.”
“U glavi mi je stalno pritisak, kao da mi telo ne nalazi mir.”

Nalazi često postoje, ali onaj osećaj iznutra je jači od papira:
telo je izgubilo ritam oporavka.

Tu ulazi pilot-protokol.

Ne kao obećanje, nego kao praktičan test:
pre – zabeležimo polazno stanje i funkcionalne trendove,
zatim – primenimo minimalni stimulans kroz standardizovan protokol,
posle – ponovo merimo i pratimo šta se promenilo.

Nekad promene budu male, ali jasne:
san se produbi, umor se “olakša”, telo prestane da bude stalno u grču.
Nekad bude i veća promena: nervni sistem “spusti gas”, oporavak počne da se vraća, a čovek prvi put posle dužeg vremena kaže:
“Imam osećaj da moje telo više nije u haosu.”

To nije priča o “izlečenju preko noći”.
To je priča o tome da telo dobije signal — i pokaže odgovor.

I baš taj odgovor često postane prva stvar koja vraća ono najvažnije: nadu koja nije naivna, nego funkcionalna.

Ovo je suština u nekolio rečenica

Ćelije ne razumeju prognozu. Ćelije razumeju informaciju.
Naš kriterijum nije narativ — nego odgovor organizma u pilot-protokolu.
Ne obećavamo ishod. Otvaramo proces.
Nije poenta da “verujete”. Poenta je da testirate.
Ako se sistem može stabilizovati — to počinje tamo gde sve počinje: u regulaciji.

Ovde počinje drugačiji pogled

Ako je život organizacija,
ako je zdravlje regulacija,
ako je oporavak povratak ravnoteže —

onda je logično postaviti pitanje:

da li je moguće delovati upravo na nivou informacije i komunikacije, tamo gde sve počinje?

Tu započinje priča koja sledi.

Kada se informacija iskrivi, telo se zbuni

Stres, strah, trauma, toksini, iscrpljenost, terapije — sve to ne deluje samo “fizički”.
Sve to menja i način na koji sistem prima i obrađuje poruke.

Telo tada ne prestaje da se bori.
Ali počinje da se bori neusaglašeno: bez ritma oporavka, bez stabilne povratne sprege, kao da stalno radi u “alarm modu”.

I tada medicina ponekad kaže:
“Učinili smo sve što možemo.”

Ali telo i dalje radi.
Samo radi u haosu.

Šta ako postoji način da se telu pomogne da se seti reda?
Ne da ga neko “popravi spolja”.
Nego da mu se vrati uslov i signal da se organizuje iznutra.

Zašto nada nije “uteha” — nego biološki faktor

Nada menja disanje.
Menja san.
Menja tonus nervnog sistema.
Menja hormonalni odgovor.
Menja imuni odgovor.

To nije poezija. To su reakcije koje se mogu pratiti.**

Kada čovek dobije osećaj da:
nije prepušten slučaju,
nije pasivan objekat,
ima prostor da učestvuje —
telo menja način rada.

Zato ovde ne gradimo nadu na obećanju, nego na mogućnosti:
da se sistem može stabilizovati bar malo — i da taj “malo” često otvara “više”.

** Stručna napomena: Okviri o stres-odgovoru, regulaciji i mehanizmima očekivanja/placebo efekta navedeni su u dodatku (bez tvrdnji o lečenju maligniteta).

Šta je MGI protokol (u jednoj rečenici)

MGI protokol je informacijom vođen, neinvazivan pristup koji podržava prirodne mehanizme samoregulacije kroz standardizovan postupak: funkcionalna procena → ciljano usmeravanje regulatornih obrazaca → praćenje odgovora.

Važno: to nije zamena za medicinu.
To nije “prečica”.
To nije obećanje čuda.

To je okvir koji radi ono što se često preskoči u praksi:
da se objektivno vidi kako sistem reaguje i da se taj odgovor koristi da se napravi sledeći korak — bez pogađanja.

Sigurnosni okvir (kratko i jasno)

Ovaj pristup je podrška regulaciji i kvalitetu života i ne zamenjuje standardnu onkološku terapiju.
Nikada ne tražimo prekid propisane terapije.
Pilot služi da se vidi da li vaš organizam uopšte reaguje i u kom pravcu.

Ovo nije slabost. Ovo je ozbiljnost.

Šta dobijate u pilot-protokolu (jasno, bez magle)

Trajanje: 1 poseta (oko 90–120 minuta) + kratko praćenje narednih dana
Struktura:

Kratak ulazni razgovor: san, stres, oporavak, terapije, tolerancija, ciljevi
Funkcionalno merenje pre (standardizovan protokol)
Intervencija (MGI protokol – minimalni stimulus)
Funkcionalno merenje posle (pre/post poređenje)
Kratak zaključak: šta se promenilo, šta ima smisla raditi dalje

Šta pratimo (primeri):

san (kvalitet, prekidi, jutarnje stanje)
umor i oporavak (subjektivno + skale)
stres-reaktivnost i “nervni gas”
osećaj stabilnosti, fokus, unutrašnji mir
gde je moguće: osnovni parametri praćenja koje osoba već koristi (wearable, dnevnik sna, puls/HRV, pritisak)

Cilj pilota: ne “dokaz”, nego signal:
da li vaš sistem pokazuje merljiv ili jasno osetan pomak i da li ima smisla ući u kontinuitet.

Za koga najčešće ima smisla (realno)

Najčešće je relevantno kada osoba kaže:

“ne mogu da se odmorim”
“san mi je plitak ili isprekidan”
“stres mi je stalno u telu”
“oporavak mi je loš”
“imam osećaj da mi je nervni sistem ‘zaključan’ ”
“imam utisak da telo ne nalazi ritam”

Šta još u nauci već postoji kao osnova za ovu temu

Bez obzira na različite škole mišljenja, u nauci je čvrsto prisutna jedna zajednička osnova:

živi sistemi su mreže komunikacije, regulacije i povratnih sprega.*

Zato postoje tri bliska, ali različita “jezika” kojima se o ovoj temi govori:

Informacija u biologiji: kako sistemi kodiraju, prenose i obrađuju poruke
Klinički aspekt: kako se ti procesi menjaju u stresu, bolesti i oporavku
Intervencija minimalnim stimulansom: ideja da mali, ciljano strukturisan signal može modulirati odgovor sistema (naročito neuro-vegetativni, endokrini i imuni odgovori) — uz obavezno praćenje ishoda

I još jedna stvar koja je izuzetno važna za svakog čoveka u teškoj situaciji:

biologija nije samo “kvar i popravka” — biologija je adaptacija.
A adaptacija se menja signalima.

*** Stručni okviri i izbor literature nalaze se u dodatku na kraju teksta.

Sledeći korak (bez obaveze i bez obećanja)

Ako ste u situaciji da ste čuli “nema više rešenja”, a u vama još postoji deo koji nije odustao — predlog je jednostavan:

Uradite pilot-protokol. Ne da biste “verovali”, nego da biste testirali.

U pilotu dobijate:

jasan okvir šta se meri pre i posle
iskustvo kako vaše telo reaguje na minimalni stimulus
kratak zaključak da li ima smisla nastaviti i u kom pravcu

Ne obećavamo ishod.
Ali ne pristajemo ni na ideju da “nema smisla pokušati” dok god organizam pokazuje da i dalje reaguje.

Izvori i teorijski okviri (za dodatno razumevanje)

Autori i istraživačke grupe koje se u literaturi često navode u ovom kontekstu uključuju:

DNK–talasni biokompjuter — istraživački radovi i teorijski modeli
(autori: P. P. Gariaev i saradnici)

Radovi predstavljeni na međunarodnim konferencijama o anticipatornim sistemima (CASYS)

Publikacije i eksperimentalni izveštaji iz oblasti bioinformacije, kvantne biologije i holografskih modela genetike

References (as in the original)

Anichkov S.V. Neuropharmacology. L.: Medicine, 1982. 384 p.
Anokhin P.K. Fundamental questions of the general theory of functional systems // Principles of systemic organization of functions. M.: Nauka, 1973. pp. 5–61.
Anokhin P.K. Key questions of the theory of functional systems. M.: Nauka, 1980. 197 p.
Ashmarin I.P., Borodkin Yu.S., Bundzen P.V. et al. Memory mechanisms. L.: Nauka, 1987. 431 p.
Bertram G. Katzung. Basic and clinical pharmacology. M.: Binom, 1998. Vol. 1. 612 p.
Bogach P.G., Kurskiy M.D., Kucherenko N.E., Rybalchenko V.K. Structure and the function of biological membranes. K.: Vishcha school, 1981. 335 p.
Bogach P.G., Skrypnyuk Z.D., Burdyga F.V. The role of magnesium ions in regulation electrical processes, contraction-relaxation sensitivity of smooth muscles to acetylcholine // Molecular genetic biophysics, 1980. Vol. 5. pp. 51–56.
Vulfius E.A., Kovalenko V.A. Cholinergic receptors. Biophysics. Outcomes of science and technology. M., 1978. 207 p.
Glebov R.N., Kryzhanovsky G.N. Functional biochemistry of synapses. M.: Medicine, 1978. 325 p.
Golikov P.P. Receptor mechanisms of the glucocorticoid effect. M.: Medicine, 1988. 286 p.
Zeimal E.V., Shelkovnikov S.A. Muscarinic cholinergic receptors. L.: Nauka, 1989. 288 p.
Ichas M. Biological code. M.: Mir, 1971. 351 p.
Klevets M.Yu. Electrical power of secretory cells of gastric glands and mechanisms of activation of extrusion and enzymes. Author’s abstract, Doctor of Biol. Sciences. Kiev, 1993. 40 p.
Klimov P.K. Peptides and the digestive system. L.: Nauka, 1983. 273 p.
Komissarov I.V. Elements of the theory of receptors in molecular pharmacology. M.: Medicine, 1969. 215 p.
Kostyuk P.G. Calcium and cellular excitability. M.: Nauka, 1986. 255 p.
Natochin Yu.V. Intracellular signal transmission in the mechanism of antidiuretic action of vasopressin // Intracellular signaling. M.: Nauka, 1988. pp. 113–118.
Nozdrachev A.D. Physiology of the autonomic nervous system. L.: Medicine, 1983. 295 p.
Rosen V.B., Smirnov A.N. Receptors and steroid hormones. M.: Moscow University Publishing House, 1981. 310 p.
Sergeev P.V. Receptors of physiologically active substances. M.: Medicine, 1987. 397 p.
Skok V.I., Shuba M.F. Neuromuscular physiology. K.: Vischa school, 1986. 223 p.
Skrypnyuk Z.D. Transmembrane electrical processes and contraction-relaxation of smooth muscles at various ratios of magnesium and calcium ions in the environment. Author’s abstract, Cand. Biol. Sciences. Kiev, 1976. 20 p.
Skrypnyuk Z.D. Mechanisms of hormonal regulation of electrical and contractile activity of smooth muscles. Diss. Doctor Biol. Sciences. Kiev, 1989. 299 p.
Skrypnyuk Z.D. Informational and negentropic therapy // Informational and negentropic therapy. 1994. No. 1. pp. 4–8.
Skrypnyuk Z.D. Basic concepts of traditional Chinese medicine from the point of view of information therapist // Informational and negentropic therapy. 1994. No. 1. pp. 19–24.
Skrypnyuk Z.D. Some mechanisms of receiving pain signals (pain information) by effector cells // Informational and negentropic therapy. 1995. No. 2. pp. 15–24.
Skrypnyuk Z.D. Problems and tasks of bioinformatics for 10 years. Kiev, 1999 A. pp. 80–83.
Skrypnyuk Z.D. Bioinformatics: subject and department // Informational and negentropic therapy. 1999 B. pp. 82–83.
Skrypnyuk Z.D. “Alphabet”, “letters” and “sounds”, “words” and “speech” of cellular “languages” // Informational and negentropic therapy. 2000. pp. 81–83.
Skrypnyuk Z.D. Phonetics, morphology and syntax of cellular languages // Informational and negentropic therapy. 2001. pp. 135–136.
Skrypnyuk Z.D. Clinical bioinformatics: subject and tasks // Informational and negentropic therapy. 2005.
Sudakov K.V. General theory of functional systems. M.: Medicine, 1984. 224 p.
Sudakov K.V. Information principle in physiology: analysis from the standpoint of the general theory of functional systems // Advances in physiological sciences, 1995. Vol. 26, No. 4. pp. 3–26.
Chailakhyan L.M. What is an subject “BIOINFORMATICS”? // Biophysics, 2005, Vol. 50, No. 1, pp. 152–155.
Bogach P.G., Skrypnyuk Z.D. Role of Mg and Ca ions and their interrelation in regulating the transmembrane electrical processes and contraction-relaxation of smooth muscle // Abstract of 27-th Intern. Congr. of Physiological Sciences. Paris, 1977. p. 84.
Crick F.H. The genetic code, Sci. Am. 1962. 207. pp. 66–74.

Informacija kao terapijska dimenzija: stručni okvir za MGI protokol.

Napomena o terminologiji i transparentnosti

U ovom tekstu namerno izbegavamo navođenje ličnih imena, instituta i geografskih odrednica u glavnom narativu. Razlog nije skrivanje izvora, već distanciranje od tržišnog šuma: poslednjih godina pojavljuju se brojne imitacije i „fejk“ uređaji koji se marketinški vezuju za poznata imena, bez jasne metodologije, standardizacije i kliničke kontrole. U našoj praksi naglasak je na definisanim procedurama, praćenju ishoda i bezbednosti.

Dodatno, odlučili smo da potencijalnim klijentima omogućimo da lakše i pametnije procene ono što nudimo: pre bilo kakve odluke, imaju priliku da kroz lični, praktični uvid (pilot-protokol) procene kako organizam reaguje. Vrednost tretmana posmatramo kroz jasno definisane ciljeve i merljive promene, a ne kroz obećanja i narative. Reference su navedene na kraju, u standardnom naučnom formatu.

1) Zašto “informacija” uopšte ima smisla u biologiji?

Ako pogledamo savremenu fiziologiju bez filozofije i bez “misterije”, dobijamo jednostavnu činjenicu:

Život nije samo hemija. Život je i komunikacija.

Ćelije stalno razmenjuju signale: hemijske, električne, mehaničke. Tkiva opstaju zahvaljujući koordinaciji. Organizam funkcioniše zahvaljujući regulaciji. A regulacija je — u suštini — obrada informacija.

U praksi, čovek to doživljava vrlo konkretno:

kada je komunikacija “čista” → san, oporavak, energija, stabilnost, otpornost na stres
kada se pojavi “šum” → organizam počinje da radi skuplje, sporije, neefikasnije (često pre prvog simptoma)

MGI protokol je osmišljen upravo kao intervencija na nivou regulatornih obrazaca, sa ciljem da se sistemu olakša povratak u stabilniji režim funkcionisanja.

2) Šta je MGI protokol (u jednoj rečenici)

MGI protokol je informacijom vođen pristup koji podržava prirodne mehanizme samoregulacije kroz standardizovan postupak: funkcionalna procena → ciljano usmeravanje regulatornih obrazaca → praćenje odgovora.

Važno: to nije “zamena” za medicinu, niti obećanje čuda. To je okvir koji pokušava da uradi ono što konvencionalna praksa često nema vreme da isprati do kraja: da objektivno vidi kako sistem reaguje i da taj odgovor vodi kroz proces.

3) Dva stuba MGI protokola: procena i intervencija

A) Funkcionalna procena i monitoring (screening, ne nozološka dijagnoza)

Ovaj segment tretiramo kao funkcionalni screening i monitoring, a ne kao nosilac nozološke dijagnoze.

U praksi se oslanjamo na merenje standardizovanih bioelektričnih parametara na koži, na definisanim tačkama i u kontrolisanim uslovima (ponovljivost, protokol merenja, pre/post poređenje). Cilj nije da “nazovemo bolest”, nego da prepoznamo:

regulatorne trendove (opterećenje, reaktivnost, adaptacija)
obrazac odgovora na stimulus
promenu pre i posle intervencije

Za lekarsku publiku, ovo je najvažniji princip:

Ne tvrdimo da dijagnostikujemo bolest — pratimo funkcionalne obrasce i odgovor organizma na intervenciju.

Drugim rečima: ne “lečimo nalaz”, već radimo sa organizmom kao sistemom koji ima svoje kapacitete i ograničenja, i merimo šta se menja kada se interveniše na nivou regulacije.

Šta eksplicitno ne tvrdimo

Da bismo zadržali kliničku korektnost i etiku, naglašavamo granice:

MGI protokol ne predstavljamo kao “lečenje” malignih bolesti, infekcija ili ozbiljnih organskih stanja bez standardne terapije. Naš stav je da organizam nosi ključni kapacitet oporavka; naša uloga je da podržimo faktore od kojih zavisi funkcija na ćelijskom i sistemskom nivou.
Ne zasnivamo pristup na pričama koje nisu proverljive, niti na univerzalnim obećanjima.
Ne obećavamo isti ishod za sve: radimo u okviru individualnog odgovora i merljivih ciljeva.

B) Terapijski stub: informacija kao “minimalni stimulus”

Farmakoterapija uvodi supstancu. Fizioterapija uvodi energiju. Informacioni pristup pokušava da uvede signal — minimalni stimulus koji organizam može da “prevede” u sopstvenu reakciju.

U MGI protokolu, intervencija je zamišljena kao način da se:

smanji “šum” u regulatornim petljama
olakša adaptacija i stabilizacija
podrži povratak sistema u povoljniji režim funkcionisanja

U praksi, fokus nije na “senzaciji”, već na tome da li se posle intervencije vide promene koje imaju smisla za pacijenta: san, oporavak, energija, stres-reaktivnost, subjektivni osećaj stabilnosti — i gde je moguće, objektivni parametri praćenja.

4) Zašto insistiramo na ličnom iskustvu pre odluke

Zato što je tržište preplavljeno obećanjima.

Mi radimo suprotno: omogućavamo da osoba prvo doživi šta je MGI protokol, u kontrolisanom i standardizovanom obliku (pilot-protokol), uz jasno definisan okvir:

šta merimo pre
šta radimo
šta merimo posle
koji je cilj (merljiv i realan)

Pacijent ne treba da “veruje”. Treba da proceni.

5) Kome je MGI protokol najčešće interesantan (realno)

Najviše smisla obično ima kod osoba koje funkcionišu “na ivici”, gde klasičan nalaz često ne objašnjava subjektivni doživljaj:

hronični stres / disbalans oporavka
poremećaj sna, iscrpljenost, “burnout” obrazac
usporen oporavak, pad vitalnosti, disautonomni simptomi (funkcionalno)
osobe koje žele sistemski, merljiv pristup prevenciji i stabilizaciji

Reference (za one koji žele uvid u literaturu)

Cell–cell communication / regulacija i signalizacija

Su J, i sar. Cell–cell communication: new insights and clinical implications. Signal Transduction and Targeted Therapy. 2024.

Biologija kao obrada informacija (teorijski okvir)

Tkačik G, Bialek W. Information Processing in Living Systems. Annual Review of Condensed Matter Physics. 2016.

Standardizovana bioelektrična merenja na definisanim tačkama kože (pregled i ograničenja)

Colbert AP, i sar. Electrodermal activity at acupoints: literature review and recommendations for reporting clinical trials. J Acupunct Meridian Stud. 2011.

Dodatni izvori koji se u javnosti navode u kontekstu “talasnih/nelokalnih” modela genetike (hipoteze; van glavnog toka biomedicine)

Gariaev PP. The DNA-wave Biocomputer. CASYS / ULiège, 2001.
(Sažetak/archival link) The DNA-wave Biocomputer (CASYS 2000 abstract).

Information is the key!

Humans and animals resonate with the rhythm of the energies that surround them. This concerns all cells – even down to atoms. Disharmony between body energies and the energies they are surrounded by lead to disturbances, and finally illnesses and death. The entire purpose of our approach teaches you how to correct the DNA production of cells. When a person has cancer or some other disease the cells now have damage to them and each day the body produces some an estimated 500 million new cells. These ‘new cells’ are a mirror image or ‘photocopy’ of the original cells.

If the original is damaged then the copy will be damaged or lacking as well. That is why we need to correct the ‘original document’, the DNA. Otherwise it will keep on producing millions and trillions of defective ‘copies’.

Quantum Wellness offers a completely non-invasive method of diagnosis and treatment, practically unlimited in its ability to diagnose the cause of the cellular electrical imbalance of the ailment and symptoms and provide the balancing treatment of electro-magnetic frequencies to the cells and bring them back into harmony, thus returning the patient back to health.

Did you ever think about how your body instinctively knows what to do? If you cut your finger, bruise your knee, or catch a cold, your amazing body knows how to heal itself. It is beautifully equipped with natural self-repair mechanisms. It knows how to kill faulty cells, fix broken proteins, slow aging, eliminate toxins, fight infections, get rid of foreign bodies, and otherwise keep you healthy. The great mystery of conventional biology is how we are “self-organizing” systems. Your body doesn’t just choose functions at random. It seems to “know” what to do, and many scientists are now saying the body has its own kind of inherent intelligence. It seems to have an “information code” that tells it how to grow and repair.

DNK-talasni biokompjuter

Peter P. Gariaev, Uwe Kaempf, Peter J. Marcer, Georg G. Tertishny, Boris Birshtein, Alexander Iarochenko, Katherine A. Leonova

Institut za upravljačke nauke, Ruska akademija nauka, Moskva
Wave Genetics Inc., Toronto, Kanada
Tehnički univerzitet u Drezdenu, Nemačka
Velika Britanija

Ključne reči: genetski kod, DNK, talasni biokompjuter, kvantna holografija, hromozomski kontinuitet

Prošireni apstrakt
(celokupan rad predstavljen na CASYS 2000 – Četvrtoj međunarodnoj konferenciji o anticipatornim računarskim sistemima, 7–12. avgust 2000, Lijež, Belgija)

Šta teorija predviđa

Razvijeno je više nezavisnih pristupa teoriji talasne genetike. U ovom radu predstavljeni su novi eksperimenti sprovedeni u Moskvi, u Institutu za upravljačke nauke Ruske akademije nauka, koji potvrđuju ovu teoriju.

Teorija suštinski menja prihvaćeno shvatanje genetskog koda i tvrdi da:

evolucija biosistema stvara genetske „tekstove“ slične kontekstualnim tekstovima u ljudskim jezicima
hromozomski aparat istovremeno deluje kao izvor i prijemnik tih genetskih tekstova, dekodirajući i kodirajući ih
hromozomski kontinuitet višećelijskih organizama funkcioniše kao statičko-dinamička prostorno-vremenska holografska mreža koja sadrži organizam u savijenoj (konvoluiranoj) formi

Drugim rečima, teorija opisuje delovanje „genskog lasera“ i njegovih solitonskih elektro-akustičnih polja, pri čemu genski biokompjuter „čita i razume“ te tekstove na genomskom nivou, analogno ljudskom mišljenju.

Prirodni ljudski tekstovi (bez obzira na jezik) i genetski tekstovi imaju slične matematičko-lingvističke i entropijsko-statističke karakteristike, naročito u pogledu fraktalne raspodele frekvencija znakova. Kod genetskih tekstova, „znaci“ su nukleotidi.

Kako je nastala ova teorija

Osnovni problem bio je objasniti mehanizam izbora trećeg kodona u tripletu. To je lingvistički problem razrešavanja višeznačnosti.

Da bi se to objasnilo, bilo je neophodno pretpostaviti postojanje talasno-kontekstualne orijentacije ribozoma, kao i postojanje informacijskog posrednika male kapacitete, koji funkcioniše kroz endogena fizička polja genoma.

Ovo je dovelo do koncepta asocijativne holografske memorije genoma i njegove kvantne nelokalnosti.

Iz toga sledi postojanje brzih talasnih informacionih kanala koji povezuju hromozome različitih ćelija u jedan holistički biokompjuter.

Jedan od tipova polja koje proizvode hromozomi jeste zračenje.

Eksperimenti sprovedeni u Moskvi potvrđuju postojanje laserskog zračenja hromozoma i DNK, što zahteva temeljnu promenu razumevanja genetskog koda.

Šta eksperimenti potvrđuju

Svi talasni pristupi zahtevaju nelokalnost genetske informacije, u skladu sa EPR konceptom (Einstein–Podolsky–Rosen).

Eksperimenti pokazuju da je kvantna nelokalnost povezana sa:

laserskim zračenjem hromozoma
sposobnošću hromozoma da rotiraju polarizaciju sopstvenih fotona
sposobnošću da se laserski signali transformišu u širokopojasne radio-talase

U eksperimentima in vitro, DNK u interakciji sa laserskim zrakom (632,8 nm) istovremeno polarizuje i konvertuje zračenje u radio-frekventni opseg.

Otkriven je i fenomen „lokalizovanih fotona“ – informacije se mogu snimiti u heterogenostima laserskih ogledala i kasnije očitati bez gubitka, u obliku polarizovanih radio-talasa.

Ovo ukazuje na novi tip memorije i novu vrstu EPR spektroskopije zasnovane na polarizaciji fotona i radio-talasa.

Biološki efekti

Radio-talasi generisani iz DNK pod pravim uslovima pokazali su visoku biološku aktivnost:

ubrzan rast krompira (do 1 cm dnevno)
promene morfogeneze (formiranje krtola na stabljici)
„oživljavanje“ semena Arabidopsis thaliana iz Černobiljske zone

Radio-talasi bez DNK informacije nisu pokazivali biološku aktivnost.

Ovo podržava hipotezu da genetska informacija može postojati u obliku polarizacionog radio-talasnog polja.

Zaključci – nivoi nelokalnosti

Autori definišu šest nivoa genetske nelokalnosti:

organizam kao celina (regeneracija)
ćelijski nivo (razvoj iz jedne ćelije)
nuklearni nivo (kloniranje)
molekularni nivo (kontekstualno čitanje mRNA)
hromozomsko-holografski nivo
kvantna nelokalnost genoma

Na šestom nivou, ćelije organizma „znaju“ jedna za drugu trenutno, bez klasičnih signalnih puteva. Uzrok i posledica gube značenje.

Kvantna nelokalnost objašnjava koherentnost, stabilnost i integritet višećelijskih organizama.

Završna poruka

DNK-talasni biokompjuter predstavlja novi model biologije i računarstva, koji prevazilazi klasični analogni i digitalni pristup.

DNK deluje istovremeno kao:

biolaser
memorijski medij
prenosnik informacija kroz fizička polja

Genetski kod je, prema ovom modelu, znatno složeniji od trenutno prihvaćenog i uključuje materijalne, talasne, holografske i semantičke nivoe.

Ako želiš, u sledećem koraku mogu:

da sažmem ovaj tekst u 5–6 rečenica za web / brochure
da ga preoblikujem u neutralniju verziju (bez tvrdnji koje izazivaju otpor)
ili da ga stilizujem za Quantum / longevity kontekst, sa jasnim disklejmerima

What Do The Mystics Know?

When people heal from a disease without modern interventions, bio-chemical medicine has no framework to explain these events. They often dismiss them as spontaneous remissions… or the result of some kind of placebo effect. But is it a miraculous cure or can science explain how the body heals? Mystics and healers claim we are “energy beings” surrounded by a complex, structured network of fields that interpenetrate the human physical body.

MG THERAPY

WHAT IS MICRO-GENERATORS THERAPY AND MG – CEUTIKALS?

Ukrainian scientist, PhD in Biophysics and Medicine Professor Skrypnyuk, back in 1989, experimentally proved that besides matter and energy, information can also be used as a means of treatment. The basis of therapy constitutes bioinformatics – the science that studies the processes of obtaining, processing, storage and transmission of information in living organisms. In 1989, Professor Skrypnyuk in the Kiev department, Kharkov institute of neurology and psychiatry Protopopov, formulated the basics of therapy. Professor Skrypnyuk is a PhD in biological sciences who demonstrated that cells communicate with each other via signals. Such signals basically represent cellular language. The cellular language may be in written or oral form. The written language is used inside the cytoplasmic part of the cell. Through a synthesis of various enzymes and protein chains, the cell accurately spells certain information. They can be writen so that in fact they are like a USB memory stick or a CD on which certain information can be entered or deleted. The DNA chain located in the cell nucleus, is the most important part of the written information. It essentially represents the hard disk of a computer cell. The cell membrane represents “communication authority” which essentially generates and emits electromagnetic waves. The Oral language takes place by means of strictly defined signals in the form of electromagnetic waves so that bioinformation is going back and forth to the cell membrane via electromagnetic waves in form of a strictly defined frequency. Also, the oral form of the bioinformation uses the DNA chain inside the cell nucleus via simultaneous flow of a two-way process. The cell membrane is essentially a “RAM memory” and a place where the “bios” system of the cellular computer is written (Professor Skrypnyuk ).

BACKGROUND of bioinformatics

The first bioinformatic programs were developed for DNA sequence analysis.

Recent scientific bioInformatic research was directed to the cells and intercellular communication. These studies along with genetic research dedicated to the study of the mechanisms of inheritance information, allowing the science of informatics to allocate a new scientific direction – bioinformatics. Basically, bioinformatics provides a scientific basis for the development of a very important new direction in medicine-medical informatics.

Samuel Hahnemann (1755-1843) was among the first who saw the impact of information on human cells.

Over 30 years the principles of operation of biological material isolated organs in humans and animals are actively researched with special emphasis on the information sheet of cells. It is established that the chemical molecules affect cell structure through direct contact as well as indirect action. In the experiments, the biological effect of the cells depended not only on the dose of their existing matter and energy, but also by the quality of information or the information components. The cell responded to the structure of the information field of the matter in a way that the transfer of signal did not depended on the amount (dose material) of the chemical substance and energy.

Meanwhile bioinformatics is used in pharmaceuticals, calculation and forecasting of protein structures and interactions. The simulation and calculation of biological experiments and data is called In Silico calculation (bionformatics). It’s a matter of fast retrieval of repeated parts (templates) in the very long DNA sequences and solving the problems of overlapping and positioning two or more sequences to get their greatest match. The dynamic algorithms and programming methodology have found application in this area. Biological hypotheses rarely require exact match of the short sequential parts and usually in separate “signals” as the starting and finishing sequence of the genetic code.

Besides they developed solutions for finding unknown genes in DNA sequences – gene prediction.

To understand the working principle of the Micro-generator (MG therapies) and the function of the Micro–generator (MG ceutical), the specific foundation need to be considered. MG therapy is the result of the synergy of knowledge of Traditional Chinese medicine, combined with up-to-date discoveries in electronic and bioinformatics sphere. So, that synergy is the foundation of the science focusing on cell information exchange process – the MG therapy.
THE ORIGIN
The concrete reason for the emergence of MG therapy was the accident that happened in the 1980s in Kiev, CHERNOBYL. Due to the high level of radiation, it was very difficult to help the patients with the usual medical methods, which in themselves were invasive, so that the patients with such damaged health could not bear them. So the then president of the Soviet Union, Brezhnev, set a task for the Soviet Academy of Sciences to find a new non-invasive type of therapy and treatment as soon as possible, so that the people of Ukraine could be helped. This inspired Professor Skrypnyuk to perfect the knowledge that had been on his mind for a long time. He had the opportunity to manage one of the first three computers created in the world. One was assigned to the hands of scientists in New York, the 2nd to the hands of scientists in London, and the 3rd to the hands of Professor Skrypnyuk in Kiev. That’s how the idea for making a computer-analog to the human brain began.
In 2000, the sequence of nucleotides in the DNA molecule was discovered, which was sensationally presented. The arrangement of nucleotides in the double chain has been learned, but we have not yet mastered the meaning of the information in the chain. In other words, the questions of why and when DNA despiralization and the rewriting of the sequence of nucleotides to informational RNA occur. Professor Skrypnyuk dedicated his life to discovering this meaning, considering that it is not enough to know the sequence of nucleotides and to obtain sentences and phrases, but to try to discover the overall meaning. So if we wanted to explain what MG therapy is, it would be like we raise and teach a child through meaningful communication. So that today’s well-known treatment methods such as:
– drug treatment, PHARMACOTHERAPY,
– treatment with the energy of the apparatus, PHYSIOTHERAPY,
it could be added to:
– INFORMATION treatment – MG therapy
– FREQUENCY waves treatment – Ferty therapy.

In researching MG therapy, we need to follow two pillars: the diagnostic and the therapeutic pillar.
DIAGNOSTIC PILLAR
Chinese Traditional Medicine bases its research on acupuncture meridians (acupuncture channels), of which there are 12 in total. Its 5000 years of practice speaks enough about its exactness and confirmation of the meaning of existence. All acupuncture channels extend from the tips of the fingers, toes or hands, to the brain. And here they make a turn to the organ that determines.
In the forties of the twentieth century, Dr. Reinholland Voll lived and worked, (a German physician, developed Electro-Acupuncture according to Voll, the grandfather of many energy devices used in functional medicine, in the 1950s. Bioenergetic devices and functional medicine, he was born in 17.02.1909. in Berlin and died 12.02.1989. in Plochingen, Germany). Doctor Voll completed the existing 12 acupuncture channels with 8 more. So today we have 20 electropuncture channels. The new 8 electropuncture channels unite the existing ones and they are:
1. channel of LYMPH degeneration
2. channel of NERV degeneration
3. channel of ALLERGIES
4. channel of PARENHYMAL degeneration
5. channel of BONES/JOINTS degeneration
6. channel of CONNECTIVE tissue degeneration
7. channel of SKIN degeneration
8. channel of FAT degeneration
Dr. Voll worked for Hitler in those forties, which is why his discoveries were not recognized for a long time. After the Second World War, during the division of scientists into the victorious countries, he was sent to Kiev. During the work, the reason for those points to be chosen for examination was that those points provided information even after death. Voll had the opportunity to examine both living people and corpses, he obtained information from special places on the bones of the fingers and toes, which according to traditional Chinese medicine were along the meridians.
He began his research on devices that were initially like an inverted Ohm meter, which was used to measure the skin resistance of acupuncture points. Later, with the discovery of computers, we have the possibility, thanks to Dr. Voll’s discoveries, to observe them software-wise. Voll’s diagnostics gives us the opportunity to observe the state of electroacupuncture points and the organs, parts of organs and their cells connected to them. This also gives us the opportunity to test and choose the effect from the Micro-generator by observing the data before and after. Micro-generators for each of the electroacupuncture points, of which there are about 365, carry recorded information about sedation or stimulation of them. The way in which the information is selected and entered into the generators is in Professor Skrypnyuk patent. The information refers to the opening of ion channels on cell membranes, which allows it to get rid of toxins and metabolic products.

WHAT ARE THE ADVANTAGES OF MG THERAPY?

A simple examination

Diagnostic examination preceded the MG therapy – MG diagnosis is the method of Doctor Volla (EV) which allows us to get a full and detailed information about the functionality of organs and organ systems in a very short time.

Prevention

Changes in the information flow in cells occur much earlier than the diseases themselves and may be measured by informodiagnostic examination It allows us through informotherapy to take preventive action and restore balance to the body before the disease progresses.

Efficiency

Due to the action of the whole body at the cellular level, informotherapy is effective in treating many diseases, and for its holistic action is extremely good for diseases to the immune system – allergies and autoimmune diseases.

Measuring

Besides the personal feeling of improved health, informotherapy using sophisticated cameras and devices, also measures and documents. After completion of each cycle the duration of the therapy can accurately be determined.

Holistic effect

Besides acting on the body as a whole, it also allows certain actions to dysfunctional organs and systems of the body or restores connections between them.

Individualization

Through analysis of measurements obtained with informodiagnostic examination, the individual informotherapy for each patient can be determined. The measured parameters for each patient are different, so they are always done before each new cycle of MG therapy.

Non-invasive and painless therapy

Because of the non-invasiveness of MG therapy, the possibility of side effects, infections or allergic reactions is excluded. The advantage of MG therapy regarding pharmacotherapy and physiotherapy is using low amounts of matter and energy, so that the probability of a harmful effect on the body is almost non existent.

Without limitations

MG therapy can used by all, regardless of age. Can be combined with other methods of treatment, and is especially good to follow with a proper diet and general healthy lifestyle.

BACKGROUND OF MG THERAPY

Nobel laureate Claude Shannon (engl. Claude Elwood Shannon.1916-2001) has been called the father of information theory. He showed that Boolean algebra could construct and resolve any logical or numerical relation His significance for the development of bioinformatics is huge.
The first bioinformatic programs were developed for DNA sequence analysis.
Recent scientific bioinformatic research was directed to the cells and intercellular communication. These studies along with genetic research dedicated to the study of the mechanisms of inheritance information, allowing the science of informatics to allocate a new scientific direction – bioinformatics. Basically, bioinformatics provides a scientific basis for the development of a very important new direction in medicine-medical informatics.
Samuel Hahnemann (1755-1843) was among the first who saw the impact of information on human cells.
Over 30 years the principles of operation of biological material isolated organs in humans and animals are actively researched with special emphasis on the information sheet of cells. It is established that the chemical molecules affect cell structure through direct contact as well as indirect action. In the experiments, the biological effect of the cells depended not only on the dose of their existing matter and energy, but also by the quality of information or the information components. The cell responded to the structure of the information field of the matter in a way that the transfer of signal did not depended on the amount (dose material) of the chemical substance and energy.

Meanwhile bioinformatics is used in pharmaceuticals, calculation and forecasting of protein structures and interactions. The simulation and calculation of biological experiments and data is called In Silico calculation (bioinformatics). It’s a matter of fast retrieval of repeated parts (templates) in the very long DNA sequences and solving the problems of overlapping and positioning two or more sequences to get their greatest match. The dynamic algorithms and programming methodology have found application in this area. Biological hypotheses rarely require exact match of the short sequential parts and usually in separate “signals” as the starting and finishing sequence of the genetic code.

Dr. Emoto performed a series of experiments observing the physical effect of information on the crystalline structure of water. He exposed water to different environments. Then, using a very powerful microscope with high-speed photography, he captured the ‘expressions’ of water to show how they were imprinted by focused intention. The frozen water samples showed that positive information such as classical music, focused prayer or uplifting words and phrases caused beautiful geometric crystals to form. Whereas negative information such as samples from polluted rivers, focused rage or words such as ‘hate’ and ‘fear’ that created distorted and randomly formed crystalline structures.

Dr. Emoto’s book The Hidden Messages in Water was published in Japan in 2005. With 500,000 copies sold internationally, it shows the keen interest in the amazing properties of water. Many respected scientists such as Mae Wan-Ho and Professor Gerald Pollack also suggest that water does indeed exhibit different properties, depending on what it has been in contact with, meaning that water has memory. Gerald Pollack is an academic researcher at the University of Washington. His latest book, The Fourth Phase of Water, provides a new understanding of water that holds the key to solving numerous puzzles in biology.

We can think of the biological building block of life, the cell, as a battery that must obtain energy to charge it. Water is part of the structure of each cell, and just like a battery, it needs to be charged. We are always surrounded by infrared radiation from the sun, which we store as heat. We humans rely on sunlight as the energy source that “charges” the “water batteries” in our tissues. Water that interacts with light and heat becomes “charge separated”. This means that the water molecule changes structure as the positively charged hydrogen atoms are repelled, leaving a negatively charged hydrogen and oxygen group. This separation of charge allows us to draw electrical energy from our “water-based battery.”

MG – CUTICALS
As we’ve discussed, water is a bit like a computer’s hard drive that can store audio and visual information and then play it back. The information your body receives is vital because it affects which proteins your body produces to repair or create new tissue. The better information you give your body, the better your health.

MG-ceuticals contain pure information that actually changes the environment of your cells, directly correcting specific information structures and energy patterns in your body. In this way, rather than merely relieving symptoms, they activate your body’s own healing mechanism, supporting and encouraging a more balanced, healthy life.
The cells are divided by membranes, whose charge is positive on the outside (ions of natrium) and negative on the inside, and that represents the main mechanism that controls the exchange of materials. Shortage of any ions, leads to disruption of the electrical potential of the membrane, which causes disruption to its selective permeability which in turn leads to disease of the cell and its extinction.
The cells of the body emit waves of certain frequencies around it, creating a electromagnetic spectrum of frequency called “information envelope”, responsible for the healthy functioning of the body.

Every tissue has its own individual frequency. Each second, several thousand chemical reactions take place in every cell. Whatever the reason: bacteria, viruses, drugs, chemical additives, pesticides, … and even food that is not in harmony with the blood group antigen can disrupt the genetically predefined frequency of the cell, which causes distortion of information in the communication of the cells.
As a result of this, comes to the disruption of biochemical processes that result in metabolic disorders in the tissue and occurrence of diseases. In short, the disruption in the electromagnetic frequency-information spectrum in the cells leads to the occurrence of diseases in the organism.

The solution to this problem can be found in a micro-generator which houses information on the biological frequency of healthy cells, whereby during the treatment cells “learn”, or remember to do what they forgot.
MG therapy is of a quantum nature in a way that it acts upon the body’s renewal of regulatory systems of the cell, making the overall body return to normal or near absolute functional condition.

In order to understand how MG therapy works we must bear in mind that we are creatures of flesh and blood, but at the cellular level our body is a perfect electronic system. All things in nature are composed of molecules, molecules of atoms depending on whether they contain more protons or electrons, can be positive or negative ions. Ions take part in every chemical processes.

In short, the disruption in the electromagnetic frequency-information spectrum in the cells leads to the occurrence of diseases in the organism.
Professor Skrypnyuk has found a way to return the cells to their biological healthy frequency, or to again teach them what they’ve forgotten. His research in the area of encoding, storage, transmission and use of information, resulted in practical methods of diagnosis, prevention and treatment through the use of information.
By examining the acupuncture points of the hands and feet, we obtain a specific diagnosis, based on which, by testing the microgenerator, we obtain a prescription for microgenerator infoceuticals.

EXPERT PROGRAM 2

The new science of information as medicine

After decades of research, scientists have formulated a system that integrates the meridian system of traditional Chinese medicine with quantum wave and information theory to provide the first comprehensive link between the biochemistry of the human body and bioenergetics and bioinformation. Scientists explain that each of us has a body-field based on twelve meridian-like channels that process and coordinate information throughout the body, and that our health depends on the proper flow and communication of information through these channels.

Quantum Information Medicine is the study of information and energy in living organisms. It’s literally changing the landscape of what we know about healing, rapidly speeding recovery time, and making old methods obsolete.

The Body’s Healing Powers

Information as the New Medicine

The idea of information as medicine may seem radically different. How can something as intangible as “information” have any effect on your body, never mind on the state of your health? It may sound unbelievable, or at least unfamiliar to you, but let’s explore how it works. A perfect example of this is we all start from a single cell that divides over and over again, forming tissues and organs, ultimately creating a functioning human-being.

How exactly does nature know what to do?

The answer is “information.” Information describes the way our systems are organized, but information also directs the development of that system to create “life”.

Distortion correction research

For more than thirty years, scientists have researched how to detect and correct distorted information in the body field. No one had explored health from this perspective before. This included everything from cells and tissues, to organs, body fluids such as blood and plasma, and even emotions. Most importantly, they studied how the body directs and controls energy in different parts of the body. They devised a way to correct the distortions so that the body could return to functioning as nature intended, which is to maintain a vibrant state of health and well-being. Scientists have developed drugs based on the principle that information can change the structure of a substance, giving it medicinal properties when that information is transferred to you. We call these medicines MGI-Ceutical. They are the pure information encoded in the homeopathic drops, which was transferred from the microgenerator. The information in MGI – ceuticals corrects distortions in the body’s field, ultimately directing the body’s own capacity for self-healing.

Water: The Science of Miracles

Water is necessary for life. In fact, our body is more water than anything else. Did you know that our blood, bones and muscles are mostly made up of water? An astonishing 99 percent of the molecules in the human body are water molecules. This is because the proteins and fats in our bodies are made up of water molecules. In fact, every cell in our body is filled with water.

Our body is more “water” than anything else. Water is necessary for the functioning of our body, for our health and well-being.

Inside our cells are proteins and other structures, with spaces that are filled with water. This means there are lots of surfaces that interact with water and impact its structure. In fact, water is part of the very structure of our cells. We learned in science class that water is H2 O; however, It has a unique crystalline structure. Instead of being H2 O it is H3 O2 . The ‘structure of water’ means the way water’s molecules are organized. Scientists have discovered some amazing things about water. First, water molecules can join together into groups called clusters. Most surfaces and molecules in our body are H3 O2 and have a gel-like consistency. This type of water is found next to water-loving surfaces such as proteins and cell membranes, and has a special order of layers with different electrical charges from ordinary tap water. This structured water works as memory cells in which water actually records information it is exposed to – just as a laser encodes information on to а disc.

Water: One Of The Primary Ways We Get Information

We are completely connected to the environment around us, where we obtain information we need to survive and thrive. Water is one of the primary ways our bodies get this information. In a series of fascinating experiments in the 1990s, Dr. Masaru Emoto gained worldwide acclaim with his groundbreaking discovery that water is deeply connected to the consciousness of its surroundings. Dr. Emoto performed a series of experiments observing the physical effect of information on the crystalline structure of water. He exposed water to different environments. Then, using a very powerful microscope with high-speed photography, he captured the ‘expressions’ of water to show how they were imprinted by focused intention. The frozen water samples showed that positive information such as classical music, focused prayer or uplifting words and phrases caused beautiful geometric crystals to form. Whereas negative information such as samples from polluted rivers, focused rage or words such as ‘hate’ and ‘fear’ that created distorted and randomly formed crystalline structures. Dr. Emoto’s book The Hidden Messages in Water was published in Japan in 2005. With 500,000 copies sold internationally, it shows the keen interest in the amazing properties of water. Many respected scientists such as Mae Wan-Ho and Professor Gerald Pollack also suggest that water does indeed exhibit different properties, depending on what it has been in contact with, meaning that water has memory. Gerald Pollack is an academic researcher at the University of Washington. His latest book, The Fourth Phase of Water, provides a new understanding of water that holds the key to solving numerous puzzles in biology.

A little science…on your “water-based battery”

THE LIVING MATRIX

The Living Matrix is an interconnected system that reaches into every part and system of the body. It’s made up of the structural collagen network. Collagen is the most abundant protein in the body. It helps strengthen connective tissue and provides cushioning for various parts of the body. The matrix is truly living, in that it provides our bodies with a stable structure. It is also the container for our internal ocean, the fluids where many crucial biochemical and metabolic reactions take place. No water, no life. The matrix is the sponge that holds water in our bodies. It bathes our cells with nutrients, helps us eliminate toxins, and transmits memory and information to all the cells and tissues. That’s why the living matrix needs to be well hydrated. This network acts like a liquid superconducting cable that operates at the speed of light, touching every part of our cells almost instantaneously. Energy and information in the Living Matrix affect every cell and every aspect of our body-field, including the nervous system, the immune system, the endocrine system (including hormones and neurotransmitters), right down to how our DNA is expressed (epigenetics).

MGI – ceuticals: Revolutionary Remedies Of The Future

As we’ve discussed, water is a bit like a computer’s hard drive that can store audio and visual information and then play it back. The information your body receives is vital because it affects which proteins your body produces to repair or create new tissue. The better information you give your body, the better your health. MGI-ceuticals contain pure information that actually changes the environment of your cells, directly correcting specific information structures and energy patterns in your body. In this way, rather than merely relieving symptoms, they activate your body’s own healing mechanism, supporting and encouraging a more balanced, healthy life.

The cells are divided by membranes, whose charge is positive on the outside (ions of natrium) and negative on the inside, and that represents the main mechanism that controls the exchange of materials. Shortage of any ions, leads to disruption of the electrical potential of the membrane, which causes disruption to its selective permeability which in turn leads to disease of the cell and its extinction.

The cells of the body emit waves of certain frequencies around it, creating a electromagnetic spectrum of frequency called “information envelope”, responsible for the healthy functioning of the body. Every tissue has its own individual frequency. Each second, several thousand chemical reactions take place in every cell. Whatever the reason: bacteria, viruses, drugs, chemical additives, pesticides, … and even food that is not in harmony with the blood group antigen can disrupt the genetically predefined frequency of the cell, which causes distortion of information in the communication of the cells.

As a result of this, comes to the disruption of biochemical processes that result in metabolic disorders in the tissue and occurrence of diseases. In short, the disruption in the electromagnetic frequency-information spectrum in the cells leads to the occurrence of diseases in the organism.

MG therapy is of a quantum nature in a way that it acts upon the body’s renewal of regulatory systems of the cell, making the overall body return to normal or near absolute functional condition. In order to understand how MG therapy works we must bear in mind that we are creatures of flesh and blood, but at the cellular level our body is a perfect electronic system. All things in nature are composed of molecules, molecules of atoms depending on whether they contain more protons or electrons, can be positive or negative ions. Ions take part in every chemical processes. The cells are divided by membranes, whose charge is positive on the outside (ions of natrium) and negative on the inside and that represents the main mechanism that controls the exchange of materials. Shortage of any ions, leads to disruption of the electrical potential of the membrane, which causes disruption to its selective permeability which in turn leads to disease of the cell and its extinction. The cells of the body emit waves of certain frequencies and around it, creating electromagnetic spectrum frequency “information envelope”, responsible for the healthy functioning of the body. Every tissue has its own individual frequency. Each second, several thousand chemical reactions take place in every cell. Whatever reason: bacteria, viruses, drugs, chemical additives, pesticides, … and even food that is not in harmony with the blood group antigen can disrupt the genetically predefined frequency of the cell, which causes distortion of information in the communication of the cells. As a result of this, comes to the disruption of biochemical processes that result in metabolic disorders in the tissue and occurrence of diseases. In short, the disruption in the electromagnetic frequency-information spectrum in the cells leads to the occurrence of diseases in the organism.

Professor Skrypnyuk has found a way to return the cells to their biological healthy frequency, or to again teach them what they’ve forgotten. His research in the area of encoding, storage, transmission and use of information, resulted in practical methods of diagnosis, prevention and treatment through the use of information – Micro-Generators-diagnosis MGI – diagnostics and Micro-generators therapy.

By examining the acupuncture points of the hands and feet, we obtain a specific diagnosis, based on which, by testing the microgenerator, we obtain a prescription for microgenerator infoceuticals.

DOBRE STRANICE O OVOJ TEMI

LINK…https://www.iwt.co.rs/nutree-quantum-ceuticals-01/

Informacija kao nova terapijska dimenzija-OPCIJA 1

Informacija kao nova terapijska dimenzija

Ideja da se informacija koristi kao deo terapijskog pristupa može zvučati prilično radikalno.
Kako nešto tako neopipljivo kao što je „informacija“ može imati stvaran efekat na vaše telo – a kamoli na vaše celokupno zdravlje?

Možda deluje neverovatno ili vam je bar nepoznato.
Ali hajde da pogledamo kako se to zaista ispoljava u biologiji.

Jednostavan primer je samo čudo života.
Svi počinjemo od jedne jedine ćelije koja se deli iznova i iznova, formirajući tkiva i organe, i na kraju stvara potpuno funkcionalno ljudsko biće.

Inteligencija isceljivanja tela

Da li ste se ikada zapitali kako vaše telo instinktivno zna šta treba da radi?

Kada posečete prst, udarite koleno ili zakačite prehladu, vaše telo zna kako da se isceli.
Opremljeno je prirodnim mehanizmima samopopravljanja.
Zna kako da ukloni oštećene ćelije, popravi „pokvarene“ proteine, uspori pojedine procese starenja, eliminiše toksine, bori se protiv infekcija, ukloni strana tela i na bezbroj načina vas održava u životu i funkciji.

Jedna od velikih misterija konvencionalne biologije je to što smo mi samoorganizujući sistemi.
Telo kao da „zna“ šta treba da radi i kao da prati neki informacioni kod koji mu govori kako da raste, popravlja se i prilagođava.

Koliko je to zapravo neverovatno?
I kako tačno priroda „zna“ šta da radi?

Odgovor je: informacija.

Informacija opisuje način na koji su naši sistemi organizovani – ali takođe usmerava razvoj i stalnu regulaciju tih sistema na način koji čini „život“ mogućim.

Ćelijska komunikacija – jezik tela

Ćelijska komunikacija (cellular communication) je krovni pojam koji se u biologiji – a još preciznije u biofizici, biohemiji i biosemiotici – koristi da opiše različite načine na koje žive ćelije razmenjuju poruke i signale.

Neki od tih mehanizama uključuju ćelijsku signalizaciju (cell signaling), između ostalog.
Kroz ove procese milioni ćelija mogu da komuniciraju i rade zajedno kako bi obavljale ključne funkcije neophodne za preživljavanje.

I višećelijski i jednoćelijski organizmi u velikoj meri se oslanjaju na komunikaciju između ćelija (cell-to-cell communication).

Kada ta komunikacija teče jasno i usklađeno, mi to doživljavamo kao:

stabilnu energiju
dobar san i oporavak
otpornost na stres
osećaj vitalnosti i unutrašnje ravnoteže

Kada se u informacijama pojavi „šum“, obrasci funkcionisanja se postepeno menjaju – često mnogo pre nego što se pojavi prvi simptom.

Gde se ovde uklapa IGR Protocol?

Ako telo posmatramo ne samo kao skup organa i biohemijskih reakcija, već i kao informacioni sistem, onda se prirodno nameće pitanje:

da li je moguće terapijski delovati tako da podržimo upravo ovaj sloj – sloj informacija i komunikacije?

Na tom principu zasnovali smo naš pristup koji nazivamo:

IGR Protocol – Information-Guided Regulation

IGR Protocol je informacijom vođen terapijski pravac, usmeren na podršku prirodnim mehanizmima samoregulacije i regeneracije tela.
On ne pokušava da zameni medicinu, već da je dopuni – tako što radi sa „softverom“ organizma: načinom na koji telo razmenjuje i obrađuje informacije.

Cilj IGR pristupa nije da „preuzme kontrolu“ nad telom, već da:

smanji šum u komunikaciji između ćelija
podrži unutrašnju regulaciju sistema
stvori povoljnije uslove za regeneraciju, ravnotežu i dugoročno očuvanje zdravlja

Drugim rečima, umesto da telo guramo spolja, IGR nastoji da oslobodi i usmeri ono što u njemu već postoji – njegovu sopstvenu inteligenciju isceljivanja.

Information as a New Therapeutic Dimension

The idea of using information as part of a therapeutic approach may sound quite radical.
How can something as intangible as “information” have a real effect on your body – let alone on your overall health?

It may seem unbelievable, or at least unfamiliar.
But let’s look at how this actually appears in biology.

A simple example is the miracle of life itself.
We all start from a single cell that divides again and again, forming tissues and organs, and ultimately becoming a fully functioning human being.

The Body’s Healing Intelligence

Have you ever wondered how your body instinctively knows what to do?

When you cut your finger, hit your knee, or catch a cold, your body knows how to heal.
It is equipped with natural self-repair mechanisms.
It knows how to remove damaged cells, repair “broken” proteins, slow down certain aging processes, eliminate toxins, fight infections, clear foreign bodies and, in countless ways, keep you alive and functioning.

One of the great mysteries of conventional biology is that we are self-organizing systems.
The body seems to “know” what to do and to follow an information code that tells it how to grow, repair and adapt.

How miraculous is that?
And how exactly does nature know what to do?

The answer is: information.

Information describes how our systems are organized – but it also guides the development and ongoing regulation of those systems in a way that makes “life” possible.

Cellular Communication – the Language of the Body

Cellular communication is an umbrella term used in biology – and more specifically in biophysics, biochemistry and biosemiotics – to describe different ways in which living cells exchange messages and signals.

Some of these mechanisms include cell signaling, among others.
Through these processes, millions of cells can communicate and work together to perform vital functions that are essential for survival.

Both multicellular and unicellular organisms rely heavily on cell-to-cell communication.

When this communication is clear and coordinated, we experience it as:

stable energy
good sleep and recovery
resilience to stress
a sense of vitality and inner balance

When “noise” appears in this information flow, patterns of function begin to change – often long before the first symptom appears.

Where Does the IGR Protocol Fit In?

If we look at the body not only as a collection of organs and biochemical reactions, but also as an information system, a natural question arises:

Is it possible to act therapeutically in a way that supports this very layer – the layer of information and communication?

This is the principle behind our approach, which we call:

IGR Protocol – Information-Guided Regulation

The IGR Protocol is an information-guided therapeutic approach focused on supporting the body’s natural mechanisms of self-regulation and regeneration.
It does not seek to replace medicine, but to complement it – by working with the body’s internal “software”: the way it processes and exchanges information.

The goal of the IGR approach is not to “take control” of the body, but to:

reduce noise in communication between cells
support the internal regulation of systems
create more favorable conditions for regeneration, balance and long-term health

In other words, instead of pushing the body from the outside, IGR aims to unlock and orient what is already present within it – its own healing intelligence.

The relationship of bioinformatics, clinical bioinformatics and informotherapy Z.D. Skrypnyuk

Imedis Conference 2007, No. 237

The relationship of bioinformatics, clinical bioinformatics and informotherapy
Z.D. Skrypnyuk
(Research Institute of Integrative and Negentropic Medicine, Kiev-1, Ukraine)

Comparing the terms “clinical bioinformatics” and “informotherapy”, it can be concluded that these two sciences have many common tasks.

“Bioinformatics” is a science, the subject of which is the study of the information state and information processes in biological systems (Skrypnyuk, 1999, 2002; Chailakhyan, 2005).

“Clinical bioinformatics” is a science, the subject of which is the study of the information state (structure) and information processes in the process of pathogenesis and sanogenesis of biological systems (Skrypnyuk, 2005).

“Informotherapy” is a branch of medicine that studies the influence of information on physiological, biochemical, biophysical and pathological processes in humans and animals, the processes of receipt, coding, storage, decoding and use of information, develops methods of therapeutic and preventive use of information (Skrypnyuk, 1989, 1994).

Currently, significant advances have been made in the study of problems that are common to bioinformatics, clinical bioinformatics and informotherapy.

The primary mechanisms for receiving individual information signals, carried by some carriers of information signals, have been studied. The mechanisms of reception of information signals carried by mediators: acetylcholine, adrenaline have been investigated (Vulfius, Kovalenko, 1978; Glebov, Kryzhanovsky, 1978; Zeimal, Shelkovnikov, 1989; Anichkov, 1982; Nozdrachev, 1983; Sergeev, Shimanovsky, 1987; Bertram, Kattsung, 1998).

It has been established that receptors for protein, peptide hormones and many biologically active substances are located on plasma membranes, while receptors for steroid hormones are located in the cytoplasm (Rosen and Smirnov, 1981; Golikov, 1988).

The role of various secondary mediators in the mechanism of information transmission received by the plasma membrane under the action of mediators (Bogach, Skrypnyuk, Burdyga, 1980; Bogach et al., 1981; Kostyuk, 1986; Skok, Shuba, 1986), hormones (Skrypnyuk, 1989), peptides (Klimov, 1983; Skrypnyuk, 1989, 1995) into intracellular structures has been studied.

Biological “languages”

The study of biological languages begins with the study of “letters”, “sounds”, “words” and “sentences”. Each cell “knows” several languages.

At present, the languages of DNA, RNA, and protein molecules are well studied.

The “letters” of the DNA language are nucleotides: adenine, cytosine, guanine and thymine; the “letters” of the RNA language are nucleotides: adenine, cytosine, guanine and uracil.

The “words” of the DNA and RNA languages consist of three letters – triplets of nucleotides. “Sentences” – genes – consist of a different number of “words”.

The “alphabet” of the protein language consists of 20 “letters” – amino acids. As a result of decoding the genetic code, it was found that each “letter” of the protein language corresponds to a “word” of the RNA language – a triplet of nucleotides (Crick, 1962; Ichas, 1971).

In the language of biological membranes, “letters” are secondary mediators: calcium ions, cyclic nucleotides, diacylglycerol, inositol triphosphate.

“Beech communications” are biologically active you “languages of the intercellular and interorganic primary mediators: mediators, hormones, substances. Biological information can be carried not only by material carriers – “letters”, but also by energy carriers – “sounds”.

Action potentials, slow waves act as such “sounds” in transmembrane information transfer, and in intercellular information transfer – electromagnetic waves, mechanical vibrations, etc.

Usually biological information is transmitted not by separate “letters” or “sounds”, but by “files”, which consist of “sentences” and “words” (Skrypnyuk, 1999 A, 1999 B, 2000).

Electrical “sentences” of excitable cells

To study the content of information exchanged by excitable cells, electrical complexes of smooth muscle cells of the ureter, intestine, stomach, uterus, oviduct of guinea pig, cat stomach, ureter and human uterus (slow waves, peak and plateau-like action potentials) were recorded using the technique of double sucrose bridges.

The mechanical (functional) activity of smooth muscles was recorded using a mechanotron.

In response to electrical stimulation, the smooth muscle cells of the ureter of the guinea pig, human, and cat stomach generated complex action potentials, which consisted of peak potentials and plateaus.

The parameters of the functional activity of smooth muscles (amplitude, speed and duration of contraction and relaxation) depended on the number of peak potentials, the duration of the plateau, and the rate of increase in action potentials.

In sodium-free solution, the rate of rise and the number of peak potentials, the duration of the plateau of action potentials, the amplitude and rate of contraction decreased. Similar qualitative changes in the parameters of action potentials and functional activity were observed in hypocalcium solution, hyposodium, hypochlorous solution, and hypermagnesium solution.

The results obtained allow us to conclude that in normal Krebs solution, smooth muscle cells of the longitudinal and annular layer of the guinea pig intestine, antrum of the guinea pig and cat stomach generated slow waves, peak and complex action potentials and contracted.

If the peak potentials and the plateau of action potentials can be considered as separate sounds, and the action potentials as a whole as separate words, then the electrical complex, which consists of slow waves and action potentials, can be considered as (“written”) “sentences”.

Selected physiological “sentences” of electrical complexes can make up an information “file” with the help of “biological letters”, which are mediators and hormones, pain mediators, and other biologically active substances.

At every moment, the cell is simultaneously influenced by several biologically active substances that make up the “word”.

To study the influence of individual “letters” and “words” on the electrical and functional activity of smooth muscles, the influence of mediators (acetylcholine, norepinephrine), hormones (oxytocin, vasopressin, insulin, parathyroidin, hydrocortisone, cortisone, corticotropin, thyrotropin, angiotensin), pain mediators (histamine, bradykinin, substance P, potassium ions), biologically active substances (dibutyryl-cAMP, papaverine, caffeine, D600, actinomycin D, puromycin, vinblastine, vincristine, sodium vanadate, ruthenium red, prednisolone) was studied.

The obtained results showed that smooth muscle cells of the ureter, gastrointestinal tract, uterus and oviduct respond to the action of bradykinin, angiotensin, oxytocin, insulin, parathyroidin, cortisone, hydrocortisone and indicate that these cells are competent to the indicated biologically active substances. These findings expand our understanding of hormone target cells.

The threshold concentrations that caused changes in the electrical and contractile activity of smooth muscle cells of various organs and systems (ureter, stomach, intestines, uterus, oviduct) differ from each other. This indicates that the density of hormone receptors on the cells of various organs is different.

Studies have shown that protein-peptide and steroid hormones have an exciting or modulating effect on the electrical and contractile activity of smooth muscle cells.

The electrical and contractile activity of smooth muscles is determined by the concentration of a complex of biologically active substances that currently act on the cells.

Thus, the transfer of information from cell to cell is carried out not by separate “letters” (mediators), but by “sentences”, which consist of constantly changing “words” – a certain set of mediators, hormones and other biologically active substances at a given moment in time.

Recently, an attempt has been made to study the phonetics, morphology, and syntax of cellular languages (Skrypnyuk, 2001).

The structure and functions of information transmission channels in humans and animals (Skrypnyuk, 1994; B. Sudakov, 1995), memory mechanisms (Ashmarin et al., 1987), mechanisms of generation of a biological response to information signals (Skrypnyuk, 1976; Klevets, 1993; Bogach, Skrypnyuk, 1977), mechanisms of feedback formation in living systems (Anokhin, 1973, 1980; Sudakov, 1984) have been studied.

Unfortunately, up to the present time, mechanisms of processing and interaction of information messages in living systems are insufficiently researched.

Disease as an information disorder

Diseases of humans and animals are accompanied not only by metabolic disorders in the body, but also by errors in the exchange of information.

If normal bioinformatics studies the exchange of information in normal cells, organs, systems and the body as a whole, then clinical bioinformatics studies the exchange of information in diseased cells, organs, systems and the body as a whole and the mechanisms of sanogenesis.

To study the mechanisms of the onset and development of cell disease, using the technique of double sucrose bridges, the influence of chemicals (acids, esters, chloroform, nitrogenous compounds, etc.), physical (high temperature, electric current) and informational (mediators, hormones, pain mediators, frequent and aperiodic stimuli) factors on the functional activity of cells was investigated.

It was found that one of the early violations of the functional activity of cells under the action of pathogenetic chemical, physical and information factors is a change in the spontaneous electrical and functional activity of cells, ionic conductivity of the plasma membrane, inhibition of the ion pumps of these cells and a decrease or complete disappearance of the reaction to the action of signal molecules or signal electrical impulses.

The development of bioinformatics is important for the development of information technology in practical medicine.

Definition and principles of informotherapy

In 1989, we proved that information, along with matter and energy, has healing properties. It was proposed to call the section of medicine that studies the influence of information on physiological, biochemical, biophysical and pathological processes in humans and animals, processes of receipt, coding, storage, decoding, information processing, and develops methods of therapeutic and prophylactic use of information – informotherapy.

The main difference between informotherapy and pharmacotherapy is that informotherapy:

uses energy stored in the form of ATP, creatine phosphate and other high-energy substances in the human body (patient),
uses various chemicals that are available in the patient’s body and which can be synthesized by his body.

That is, when using informotherapy, the information received by the body causes the formation of internal therapeutic agents in the body, which can be both a substance and the energy of internal physical processes.

This makes it possible to use in the process of informotherapy the minimum amount of substance or energy that is needed only as a carrier of information; therefore, the possibility of side effects in informotherapeutic treatment is reduced approximately as many times as the dose of the substance or energy used in informotherapeutic treatment is less than the dose of the substance or energy used in pharmacotherapy or physiotherapy.

When treating with informotherapy, the dose of a therapeutic agent is measured in units of information (bits).

The main problems of informotherapy are:

Study of molecular and cellular mechanisms of admission of information by human and animal organisms and its coding.
Study of the structure and function of information transmission channels in human and animal organisms (information channels).
Research of mechanisms of memorization, storage, processing of information in the human body and the generation of a biological response.
Investigation of the role and mechanisms of feedback formation in the human body.
Investigation of the etiopathogenetic role of information.
Research of the healing properties of information, determination of the optimal doses, effective carriers and methods of using the information for therapeutic purposes.

Many of these problems are solved by related disciplines. However, the study of most of them is scattered across different disciplines, and many questions of one or another problem were not raised at all.

For example, the reception of information by a person is carried out both with the help of sensory systems and bypassing them.

In physiology and biophysics of sensory systems, molecular and cellular mechanisms of receiving and coding information coming through the senses are studied.

However, these disciplines do not study the molecular and cellular mechanisms of receiving information by the body when exposed to X-ray radiation, radiation, viruses, microwave, EHF radiation.

The mechanism of receiving and coding information under the action of radiation is studied by radiobiology, viruses – by virology, the actions of microwave, EHF radiation – by physiotherapy, hygiene; however, the mechanism of reception and coding of information has not been studied enough (Skrypnyuk, 1994 A).

Information therapy has a lot in common with bioinformatics and clinical bioinformatics. However:

informotherapy pays more attention to the pathogenetic and therapeutic effects of information, creates informational messages that have therapeutic and prophylactic value;
bioinformatics – theoretical and experimental problems of information exchange in living systems;
clinical bioinformatics – informational mechanisms of pathogenesis and sanogenesis.

Experimental studies have shown that certain information signals, “sentences”, “files” can restore the functional state of cells, organs and systems after the damaging effects of various factors, as well as increase the resistance of cells, organs and systems to subsequent damaging influences.

The results of these studies allowed us to conclude that information can act not only as a therapeutic agent, but also as a preventive one, i.e. we can talk not only about informotherapy, but also about informoprophylaxis.

Microgenerators and practical information therapy

In 1990, we developed special microgenerators (microprocessors) of electromagnetic waves, which carry certain information files capable of restoring functional activity of individual cells, organs and functional systems of a person.

With the help of the developed microgenerators, a microprocessor (microgenerator) informotherapy was created.

Information therapy methods are divided into:

information therapy methods, when information signals directly act on damaged cells (microprocessor information therapy, partly homeopathy and reflexotherapy), and
indirect information therapy, in which information signals affect the sensory organs, where they are converted into receptor potentials and action potentials that cause changes in the functional activity of the nervous and endocrine systems.

These systems, with the help of mediators or hormones, can restore functional activity of damaged cells, organs and systems (psychotherapy, aromatherapy, music therapy, chromotherapy, etc.).

The therapeutic effect is determined using informodiagnostics, the essence of which is to determine changes in electrical impedance and potentials of cells, organs and tissues before and after exposure to certain signals.

Based on the presented data, it can be concluded that the formation and development of the information technology system of practical medicine is based on the development of normal and clinical bioinformatics, informodiagnostics, direct and indirect informotherapy, informoprophylaxis.

Further development of bioinformatics will make it possible to create whole health programs in the languages of intracellular, intercellular, interstitial, interorgan and intersystem communication. The transfer of these programs to the cells of the body with the help of a convenient information carrier will allow them to restore the metabolism, energy and information in the human body and make a person healthy.

References (as in the original)

Anichkov S.V. Neuropharmacology. L.: Medicine, 1982. 384 p.
Anokhin P.K. Fundamental questions of the general theory of functional systems // Principles of systemic organization of functions. M.: Nauka, 1973. pp. 5–61.
Anokhin P.K. Key questions of the theory of functional systems. M.: Nauka, 1980. 197 p.
Ashmarin I.P., Borodkin Yu.S., Bundzen P.V. et al. Memory mechanisms. L.: Nauka, 1987. 431 p.
Bertram G. Katzung. Basic and clinical pharmacology. M.: Binom, 1998. Vol. 1. 612 p.
Bogach P.G., Kurskiy M.D., Kucherenko N.E., Rybalchenko V.K. Structure and the function of biological membranes. K.: Vishcha school, 1981. 335 p.
Bogach P.G., Skrypnyuk Z.D., Burdyga F.V. The role of magnesium ions in regulation electrical processes, contraction-relaxation sensitivity of smooth muscles to acetylcholine // Molecular genetic biophysics, 1980. Vol. 5. pp. 51–56.
Vulfius E.A., Kovalenko V.A. Cholinergic receptors. Biophysics. Outcomes of science and technology. M., 1978. 207 p.
Glebov R.N., Kryzhanovsky G.N. Functional biochemistry of synapses. M.: Medicine, 1978. 325 p.
Golikov P.P. Receptor mechanisms of the glucocorticoid effect. M.: Medicine, 1988. 286 p.
Zeimal E.V., Shelkovnikov S.A. Muscarinic cholinergic receptors. L.: Nauka, 1989. 288 p.
Ichas M. Biological code. M.: Mir, 1971. 351 p.
Klevets M.Yu. Electrical power of secretory cells of gastric glands and mechanisms of activation of extrusion and enzymes. Author’s abstract, Doctor of Biol. Sciences. Kiev, 1993. 40 p.
Klimov P.K. Peptides and the digestive system. L.: Nauka, 1983. 273 p.
Komissarov I.V. Elements of the theory of receptors in molecular pharmacology. M.: Medicine, 1969. 215 p.
Kostyuk P.G. Calcium and cellular excitability. M.: Nauka, 1986. 255 p.
Natochin Yu.V. Intracellular signal transmission in the mechanism of antidiuretic action of vasopressin // Intracellular signaling. M.: Nauka, 1988. pp. 113–118.
Nozdrachev A.D. Physiology of the autonomic nervous system. L.: Medicine, 1983. 295 p.
Rosen V.B., Smirnov A.N. Receptors and steroid hormones. M.: Moscow University Publishing House, 1981. 310 p.
Sergeev P.V. Receptors of physiologically active substances. M.: Medicine, 1987. 397 p.
Skok V.I., Shuba M.F. Neuromuscular physiology. K.: Vischa school, 1986. 223 p.
Skrypnyuk Z.D. Transmembrane electrical processes and contraction-relaxation of smooth muscles at various ratios of magnesium and calcium ions in the environment. Author’s abstract, Cand. Biol. Sciences. Kiev, 1976. 20 p.
Skrypnyuk Z.D. Mechanisms of hormonal regulation of electrical and contractile activity of smooth muscles. Diss. Doctor Biol. Sciences. Kiev, 1989. 299 p.
Skrypnyuk Z.D. Informational and negentropic therapy // Informational and negentropic therapy. 1994. No. 1. pp. 4–8.
Skrypnyuk Z.D. Basic concepts of traditional Chinese medicine from the point of view of information therapist // Informational and negentropic therapy. 1994. No. 1. pp. 19–24.
Skrypnyuk Z.D. Some mechanisms of receiving pain signals (pain information) by effector cells // Informational and negentropic therapy. 1995. No. 2. pp. 15–24.
Skrypnyuk Z.D. Problems and tasks of bioinformatics for 10 years. Kiev, 1999 A. pp. 80–83.
Skrypnyuk Z.D. Bioinformatics: subject and department // Informational and negentropic therapy. 1999 B. pp. 82–83.
Skrypnyuk Z.D. “Alphabet”, “letters” and “sounds”, “words” and “speech” of cellular “languages” // Informational and negentropic therapy. 2000. pp. 81–83.
Skrypnyuk Z.D. Phonetics, morphology and syntax of cellular languages // Informational and negentropic therapy. 2001. pp. 135–136.
Skrypnyuk Z.D. Clinical bioinformatics: subject and tasks // Informational and negentropic therapy. 2005.
Sudakov K.V. General theory of functional systems. M.: Medicine, 1984. 224 p.
Sudakov K.V. Information principle in physiology: analysis from the standpoint of the general theory of functional systems // Advances in physiological sciences, 1995. Vol. 26, No. 4. pp. 3–26.
Chailakhyan L.M. What is an subject “BIOINFORMATICS”? // Biophysics, 2005, Vol. 50, No. 1, pp. 152–155.
Bogach P.G., Skrypnyuk Z.D. Role of Mg and Ca ions and their interrelation in regulating the transmembrane electrical processes and contraction-relaxation of smooth muscle // Abstract of 27-th Intern. Congr. of Physiological Sciences. Paris, 1977. p. 84.
Crick F.H. The genetic code, Sci. Am. 1962. 207. pp. 66–74.

Ako hoćeš, u sledećem koraku mogu da ti:

izdvojim 2–3 ključna citata koja možeš da linkuješ u IGR prezentaciji, ili
napravim mini-box “What is Informotherapy (according to Skrypnyuk)?” za slajd ili za footnote u tvojoj brosuri.

Odnos bioinformatike, kliničke bioinformatike i informoterapije Z. D. Skrypnyuk

Imedis konferencija 2007, br. 237

Odnos bioinformatike, kliničke bioinformatike i informoterapije
Z. D. Skrypnyuk
(Research Institute of Integrative and Negentropic Medicine, Kiev-1, Ukraine)

Upoređujući pojmove „klinička bioinformatika“ i „informoterapija“, može se zaključiti da ove dve nauke imaju mnogo zajedničkih zadataka.

„Bioinformatika“ je nauka čiji je predmet proučavanje informacionog stanja i informacionih procesa u biološkim sistemima (Skrypnyuk, 1999, 2002; Chailakhyan, 2005).

„Klinička bioinformatika“ je nauka čiji je predmet proučavanje informacionog stanja (strukture) i informacionih procesa u toku patogeneze i sanogeneze bioloških sistema (Skrypnyuk, 2005).

„Informoterapija“ je grana medicine koja proučava uticaj informacija na fiziološke, biohemijske, biofizičke i patološke procese kod ljudi i životinja, procese prijema, kodiranja, skladištenja, dekodiranja i korišćenja informacija, kao i razvoj metoda terapijske i preventivne upotrebe informacije (Skrypnyuk, 1989, 1994).

Trenutno je postignut značajan napredak u proučavanju problema zajedničkih za bioinformatiku, kliničku bioinformatiku i informoterapiju.

Proučeni su osnovni mehanizmi prijema pojedinačnih informacionih signala koje nose određeni nosioci informacionih signala. Ispitani su mehanizmi prijema informacionih signala koje nose medijatori: acetilholin, adrenalin (Vulfius, Kovalenko, 1978; Glebov, Kryzhanovsky, 1978; Zeimal, Shelkovnikov, 1989; Anichkov, 1982; Nozdrachev, 1983; Sergeev, Shimanovsky, 1987; Bertram, Kattsung, 1998).

Utvrđeno je da se receptori za proteinske, peptidne hormone i mnoge biološki aktivne supstance nalaze na plazma membranama, dok se receptori za steroidne hormone nalaze u citoplazmi (Rosen i Smirnov, 1981; Golikov, 1988).

Proučavana je uloga različitih sekundarnih medijatora u mehanizmu prenosa informacija koje plazma membrana prima dejstvom medijatora (Bogach, Skrypnyuk, Burdyga, 1980; Bogach i sar., 1981; Kostyuk, 1986; Skok, Shuba, 1986), hormona (Skrypnyuk, 1989), peptida (Klimov, 1983; Skrypnyuk, 1989, 1995) u intracelularne strukture.

Biološki „jezici“

Proučavanje bioloških jezika počinje proučavanjem „slova“, „zvukova“, „reči“ i „rečenica“. Svaka ćelija „zna“ nekoliko jezika.

Trenutno su jezici DNA, RNA i proteinskih molekula prilično dobro proučeni.

„Slova“ jezika DNA su nukleotidi: adenine, citozin, guanin i timin; „slova“ jezika RNA su nukleotidi: adenine, citozin, guanin i uracil.

„Reči“ jezika DNA i RNA sastoje se od tri slova – tripleta nukleotida. „Rečenice“ – geni – sastoje se od različitog broja „reči“.

„Alfabet“ proteinskog jezika sastoji se od 20 „slova“ – aminokiselina. Kao rezultat dešifrovanja genetičkog koda, ustanovljeno je da svako „slovo“ proteinskog jezika odgovara jednoj „reči“ jezika RNA – tripletu nukleotida (Crick, 1962; Ichas, 1971).

U jeziku bioloških membrana, „slova“ su sekundarni medijatori: joni kalcijuma, ciklični nukleotidi, diacilglicerol, inozitol-trifosfat.

„Komunikacije“ putem biološki aktivnih supstanci predstavljaju „jezike“ interćelijskih i interorganskih primarnih medijatora: medijatora, hormona, supstanci. Biološku informaciju ne mogu nositi samo materijalni nosači – „slova“, već i energetski nosači – „zvuci“.

Akcioni potencijali i spori talasi deluju kao takvi „zvuci“ u transmembranskom prenosu informacija, a u međučelijskom prenosu informacija – elektromagnetni talasi, mehaničke vibracije itd.

Obično se biološka informacija ne prenosi pomoću pojedinačnih „slova“ ili „zvukova“, već „datoteka“ („fajlova“) koje se sastoje od „rečenica“ i „reči“ (Skrypnyuk, 1999 A, 1999 B, 2000).

Električne „rečenice“ pobuđivih ćelija

Da bi se proučio sadržaj informacija koje razmenjuju pobuđive ćelije, električni kompleksi glatkih mišićnih ćelija uretera, creva, želuca, materice, jajovoda zamorca, želuca mačke, uretera i materice čoveka (spori talasi, vršni i plato-slični akcioni potencijali) registrovani su tehnikom „double sucrose bridge“.

Mehanička (funkcionalna) aktivnost glatkih mišića registrovana je pomoću mehanotrona.

Kao odgovor na električnu stimulaciju, glatke mišićne ćelije uretera zamorca, čoveka i želuca mačke generisale su kompleksne akcione potencijale koji su se sastojali od vršnih potencijala i platou.

Parametri funkcionalne aktivnosti glatkih mišića (amplituda, brzina i trajanje kontrakcije i relaksacije) zavisili su od broja vršnih potencijala, trajanja platou i brzine porasta akcionih potencijala.

U rastvoru bez natrijuma, brzina porasta i broj vršnih potencijala, trajanje platou akcionih potencijala, amplituda i brzina kontrakcije su se smanjivali. Slične kvalitativne promene parametara akcionih potencijala i funkcionalne aktivnosti primećene su u hipokalcijumskom rastvoru, hiponatrijumskom, hipohlornom i hipermagnezijumskom rastvoru.

Dobijeni rezultati omogućavaju zaključak da u normalnom Krebsovom rastvoru glatke mišićne ćelije uzdužnog i kružnog sloja creva zamorca, antruma želuca zamorca i mačke generišu spore talase, vršne i kompleksne akcione potencijale i kontrahuju se.

Ako se vršni potencijali i platou akcionih potencijala mogu smatrati pojedinačnim „zvucima“, a akcioni potencijali u celini – pojedinačnim „rečima“, onda se električni kompleks koji se sastoji od sporih talasa i akcionih potencijala može smatrati „napisanom“ biološkom „rečenicom“.

Odabrane fiziološke „rečenice“ električnih kompleksa mogu da formiraju informacioni „fajl“ uz pomoć „bioloških slova“, koja su medijatori i hormoni, medijatori bola i druge biološki aktivne supstance.

U svakom trenutku, na ćeliju istovremeno deluje nekoliko biološki aktivnih supstanci koje zajedno čine „reč“.

Da bi se proučio uticaj pojedinačnih „slova“ i „reči“ na električnu i funkcionalnu aktivnost glatkih mišića, ispitivan je uticaj medijatora (acetilholin, noradrenalin), hormona (oksitocin, vazopresin, insulin, paratireoidin, hidrokortizon, kortizon, kortikotropin, tireotropin, angiotenzin), medijatora bola (histamin, bradikinin, supstanca P, joni kalijuma), biološki aktivnih supstanci (dibutiril-cAMP, papaverin, kofein, D600, aktinomicin D, puromicin, vinblastin, vinkristin, natrijum-vanadat, rutenijum crveni, prednizolon).

Dobijeni rezultati su pokazali da glatke mišićne ćelije uretera, gastrointestinalnog trakta, materice i jajovoda reaguju na dejstvo bradikinina, angiotenzina, oksitocina, insulina, paratireoidina, kortizona, hidrokortizona i ukazuju da su ove ćelije „kompetentne“ (imaju receptore) za navedene biološki aktivne supstance. Ovi nalazi proširuju naše razumevanje ciljnih ćelija za hormone.

Prag koncentracije koje su izazvale promene u električnoj i kontraktilnoj aktivnosti glatkih mišićnih ćelija različitih organa i sistema (ureter, želudac, creva, materica, jajovodi) razlikovale su se međusobno. To ukazuje da je gustina hormonskih receptora na ćelijama različitih organa različita.

Studije su pokazale da proteinsko–peptidni i steroidni hormoni imaju uzbudno ili modulirajuće dejstvo na električnu i kontraktilnu aktivnost glatkih mišićnih ćelija.

Električna i kontraktilna aktivnost glatkih mišića određena je koncentracijom kompleksa biološki aktivnih supstanci koje u datom trenutku deluju na ćelije.

Dakle, prenos informacija od ćelije do ćelije odvija se ne putem pojedinačnih „slova“ (medijatora), već putem „rečenica“ koje se sastoje od stalno promenljivih „reči“ – određenog skupa medijatora, hormona i drugih biološki aktivnih supstanci u datom trenutku.

U poslednje vreme učinjen je pokušaj da se proučavaju fonetika, morfologija i sintaksa ćelijskih jezika (Skrypnyuk, 2001).

Proučavani su struktura i funkcije informacionih kanala prenosa u organizmu ljudi i životinja (Skrypnyuk, 1994; B. Sudakov, 1995), mehanizmi pamćenja (Ashmarin i sar., 1987), mehanizmi generisanja biološkog odgovora na informacione signale (Skrypnyuk, 1976; Klevets, 1993; Bogach, Skrypnyuk, 1977), mehanizmi formiranja povratne sprege u živim sistemima (Anokhin, 1973, 1980; Sudakov, 1984).

Nažalost, do danas su mehanizmi obrade i interakcije informacionih poruka u živim sistemima nedovoljno istraženi.

Bolest kao poremećaj razmene informacija

Bolesti ljudi i životinja praćene su ne samo metaboličkim poremećajima u organizmu, već i greškama u razmeni informacija.

Ako normalna bioinformatika proučava razmenu informacija u zdravim ćelijama, organima, sistemima i organizmu u celini, onda klinička bioinformatika proučava razmenu informacija u obolelim ćelijama, organima, sistemima i organizmu u celini, kao i mehanizme sanogeneze.

Da bi se proučili mehanizmi nastanka i razvoja bolesti ćelija, tehnikom „double sucrose bridge“ ispitivan je uticaj hemijskih (kiseline, estri, hlorofrom, azotna jedinjenja itd.), fizičkih (visoka temperatura, električna struja) i informacionih faktora (medijatori, hormoni, medijatori bola, česti i neperiodični stimulusi) na funkcionalnu aktivnost ćelija.

Utvrđeno je da je jedna od ranih povreda funkcionalne aktivnosti ćelija pod dejstvom patogenih hemijskih, fizičkih i informacionih faktora promena spontane električne i funkcionalne aktivnosti ćelija, promena jonske provodljivosti plazma membrane, inhibicija jonskih pumpi ovih ćelija i smanjenje ili potpuno nestajanje reakcije na dejstvo signalnih molekula ili signalnih električnih impulsa.

Razvoj bioinformatike je važan za razvoj informacionih tehnologija u praktičnoj medicini.

Definicija i principi informoterapije

Godine 1989. dokazali smo da informacija, zajedno sa materijom i energijom, poseduje isceljujuća svojstva. Predloženo je da se deo medicine koji proučava uticaj informacije na fiziološke, biohemijske, biofizičke i patološke procese kod ljudi i životinja, procese prijema, kodiranja, skladištenja, dekodiranja i obrade informacija, kao i razvijanje metoda terapijske i preventivne upotrebe informacije nazove – informoterapija.

Glavna razlika između informoterapije i farmakoterapije je u tome što informoterapija:

koristi energiju uskladištenu u vidu ATP-a, kreatin-fosfata i drugih visokenergetskih supstanci u organizmu pacijenta,
koristi različite hemijske supstance koje su već prisutne u organizmu pacijenta i koje njegov organizam može da sintetiše.

Odnosno, pri primeni informoterapije, informacija koju organizam prima dovodi do formiranja unutrašnjih terapeutskih sredstava u telu, koja mogu biti i supstanca i energija unutrašnjih fizičkih procesa.

To omogućava da se u procesu informoterapije koristi minimalna količina supstance ili energije koja je potrebna samo kao nosač informacije; shodno tome, mogućnost neželjenih efekata u informoterapijskom lečenju smanjuje se približno onoliko puta koliko je doza supstance ili energije koja se koristi u informoterapiji manja od doze supstance ili energije korišćene u farmakoterapiji ili fizioterapiji.

Kod informoterapije, doza terapeutskog sredstva meri se u jedinicama informacije (bitovima).

Glavni problemi informoterapije su:

Proučavanje molekularnih i ćelijskih mehanizama prijema informacije od strane organizma ljudi i životinja i njenog kodiranja.
Proučavanje strukture i funkcija kanala prenosa informacija u organizmu ljudi i životinja (informacioni kanali).
Proučavanje mehanizama pamćenja, skladištenja, obrade informacija u ljudskom organizmu i generisanja biološkog odgovora.
Ispitivanje uloge i mehanizama formiranja povratne sprege u organizmu čoveka.
Ispitivanje etiopatogenetske uloge informacija.
Istraživanje isceljujućih svojstava informacija, određivanje optimalnih doza, efikasnih nosača i metoda primene informacija u terapijske svrhe.

Mnoge od ovih problema rešavaju srodne discipline. Međutim, proučavanje većine od njih je rasuto kroz različite discipline, i mnoga pitanja pojedinih problema uopšte nisu ni postavljena.

Na primer, prijem informacija kod čoveka odvija se i uz pomoć čulnih sistema, i mimo njih.

U fiziologiji i biofizici čulnih sistema proučavaju se molekularni i ćelijski mehanizmi prijema i kodiranja informacija koje dolaze putem čula.

Međutim, ove discipline ne proučavaju molekularne i ćelijske mehanizme prijema informacija od strane organizma pri dejstvu X-zraka, jonizujućeg zračenja, virusa, mikrotalasnog (mikrotalasno, EHF) zračenja.

Mehanizam prijema i kodiranja informacija pri dejstvu zračenja proučava radiobiologija, pri dejstvu virusa – virusologija, pri dejstvu mikrotalasnog i EHF zračenja – fizioterapija i higijena; ipak, mehanizam prijema i kodiranja informacije još uvek nije dovoljno proučen (Skrypnyuk, 1994 A).

Informoterapija ima mnogo zajedničkog sa bioinformatikom i kliničkom bioinformatikom. Ipak:

informoterapija posvećuje više pažnje patogenetskim i terapijskim efektima informacije, stvara informacione poruke koje imaju terapijsku i preventivnu vrednost;
bioinformatika se bavi teorijskim i eksperimentalnim problemima razmene informacija u živim sistemima;
klinička bioinformatika proučava informacione mehanizme patogeneze i sanogeneze.

Eksperimentalne studije su pokazale da određeni informacioni signali, „rečenice“, „datoteke“ mogu da obnove funkcionalno stanje ćelija, organa i sistema posle štetnog dejstva različitih faktora, kao i da povećaju otpornost ćelija, organa i sistema na kasnije štetne uticaje.

Rezultati ovih studija omogućili su zaključak da informacija može delovati ne samo kao terapeutsko sredstvo, već i kao sredstvo prevencije, tj. možemo govoriti ne samo o informoterapiji, već i o informoprofilaksi.

Mikro–generatori i praktična informoterapija

Godine 1990. razvili smo specijalne mikrogeneratore (mikroprocesore) elektromagnetnih talasa, koji nose određene informacione „fajlove“ sposobne da obnove funkcionalnu aktivnost pojedinih ćelija, organa i funkcionalnih sistema čoveka.

Uz pomoć razvijenih mikrogeneratora stvorena je mikroprocesorska (mikrogeneratorska) informoterapija.

Metode informoterapije dele se na:

direktnu informoterapiju, kada informacijski signali direktno deluju na oštećene ćelije (mikroprocesorska informoterapija, delimično homeopatija i refleksoterapija), i
indirektnu informoterapiju, pri kojoj informacijski signali deluju na čula, gde se pretvaraju u receptorne potencijale i akcione potencijale, koji zatim menjaju funkcionalnu aktivnost nervnog i endokrinog sistema.

Ovi sistemi, pomoću medijatora ili hormona, mogu da obnove funkcionalnu aktivnost oštećenih ćelija, organa i sistema (psihoterapija, aromaterapija, muzička terapija, hromoterapija itd.).

Terapijski efekat se procenjuje pomoću informodijagnostike, čija je suština određivanje promena električne impedanse i potencijala ćelija, organa i tkiva pre i posle delovanja određenih signala.

Na osnovu prikazanih podataka može se zaključiti da se formiranje i razvoj sistema informacionih tehnologija u praktičnoj medicini zasniva na razvoju normalne i kliničke bioinformatike, informodijagnostike, direktne i indirektne informoterapije i informoprofilakse.

Dalji razvoj bioinformatike omogućiće stvaranje celovitih zdravstvenih programa na jezicima intracelularne, interćelijske, intersticijske, interorganske i intersistemske komunikacije. Prenos ovih programa u ćelije organizma pomoću pogodnog informacionog nosača omogućiće obnovu metabolizma, energetike i informacionih procesa u ljudskom organizmu i učiniti čoveka zdravim.

References (as in the original)

Anichkov S.V. Neuropharmacology. L.: Medicine, 1982. 384 p.
Anokhin P.K. Fundamental questions of the general theory of functional systems // Principles of systemic organization of functions. M.: Nauka, 1973. pp. 5–61.
Anokhin P.K. Key questions of the theory of functional systems. M.: Nauka, 1980. 197 p.
Ashmarin I.P., Borodkin Yu.S., Bundzen P.V. et al. Memory mechanisms. L.: Nauka, 1987. 431 p.
Bertram G. Katzung. Basic and clinical pharmacology. M.: Binom, 1998. Vol. 1. 612 p.
Bogach P.G., Kurskiy M.D., Kucherenko N.E., Rybalchenko V.K. Structure and the function of biological membranes. K.: Vishcha school, 1981. 335 p.
Bogach P.G., Skrypnyuk Z.D., Burdyga F.V. The role of magnesium ions in regulation electrical processes, contraction-relaxation sensitivity of smooth muscles to acetylcholine // Molecular genetic biophysics, 1980. Vol. 5. pp. 51–56.
Vulfius E.A., Kovalenko V.A. Cholinergic receptors. Biophysics. Outcomes of science and technology. M., 1978. 207 p.
Glebov R.N., Kryzhanovsky G.N. Functional biochemistry of synapses. M.: Medicine, 1978. 325 p.
Golikov P.P. Receptor mechanisms of the glucocorticoid effect. M.: Medicine, 1988. 286 p.
Zeimal E.V., Shelkovnikov S.A. Muscarinic cholinergic receptors. L.: Nauka, 1989. 288 p.
Ichas M. Biological code. M.: Mir, 1971. 351 p.
Klevets M.Yu. Electrical power of secretory cells of gastric glands and mechanisms of activation of extrusion and enzymes. Author’s abstract, Doctor of Biol. Sciences. Kiev, 1993. 40 p.
Klimov P.K. Peptides and the digestive system. L.: Nauka, 1983. 273 p.
Komissarov I.V. Elements of the theory of receptors in molecular pharmacology. M.: Medicine, 1969. 215 p.
Kostyuk P.G. Calcium and cellular excitability. M.: Nauka, 1986. 255 p.
Natochin Yu.V. Intracellular signal transmission in the mechanism of antidiuretic action of vasopressin // Intracellular signaling. M.: Nauka, 1988. pp. 113–118.
Nozdrachev A.D. Physiology of the autonomic nervous system. L.: Medicine, 1983. 295 p.
Rosen V.B., Smirnov A.N. Receptors and steroid hormones. M.: Moscow University Publishing House, 1981. 310 p.
Sergeev P.V. Receptors of physiologically active substances. M.: Medicine, 1987. 397 p.
Skok V.I., Shuba M.F. Neuromuscular physiology. K.: Vischa school, 1986. 223 p.
Skrypnyuk Z.D. Transmembrane electrical processes and contraction-relaxation of smooth muscles at various ratios of magnesium and calcium ions in the environment. Author’s abstract, Cand. Biol. Sciences. Kiev, 1976. 20 p.
Skrypnyuk Z.D. Mechanisms of hormonal regulation of electrical and contractile activity of smooth muscles. Diss. Doctor Biol. Sciences. Kiev, 1989. 299 p.
Skrypnyuk Z.D. Informational and negentropic therapy // Informational and negentropic therapy. 1994. No. 1. pp. 4–8.
Skrypnyuk Z.D. Basic concepts of traditional Chinese medicine from the point of view of information therapist // Informational and negentropic therapy. 1994. No. 1. pp. 19–24.
Skrypnyuk Z.D. Some mechanisms of receiving pain signals (pain information) by effector cells // Informational and negentropic therapy. 1995. No. 2. pp. 15–24.
Skrypnyuk Z.D. Problems and tasks of bioinformatics for 10 years. Kiev, 1999 A. pp. 80–83.
Skrypnyuk Z.D. Bioinformatics: subject and department // Informational and negentropic therapy. 1999 B. pp. 82–83.
Skrypnyuk Z.D. “Alphabet”, “letters” and “sounds”, “words” and “speech” of cellular “languages” // Informational and negentropic therapy. 2000. pp. 81–83.
Skrypnyuk Z.D. Phonetics, morphology and syntax of cellular languages // Informational and negentropic therapy. 2001. pp. 135–136.
Skrypnyuk Z.D. Clinical bioinformatics: subject and tasks // Informational and negentropic therapy. 2005.
Sudakov K.V. General theory of functional systems. M.: Medicine, 1984. 224 p.
Sudakov K.V. Information principle in physiology: analysis from the standpoint of the general theory of functional systems // Advances in physiological sciences, 1995. Vol. 26, No. 4. pp. 3–26.
Chailakhyan L.M. What is an subject “BIOINFORMATICS”? // Biophysics, 2005, Vol. 50, No. 1, pp. 152–155.
Bogach P.G., Skrypnyuk Z.D. Role of Mg and Ca ions and their interrelation in regulating the transmembrane electrical processes and contraction-relaxation of smooth muscle // Abstract of 27-th Intern. Congr. of Physiological Sciences. Paris, 1977. p. 84.
Crick F.H. The genetic code, Sci. Am. 1962. 207. pp. 66–74.

Ako hoćeš, u sledećem koraku mogu da ti:

izdvojim 2–3 ključna citata koja možeš da linkuješ u IGR prezentaciji, ili
napravim mini-box “What is Informotherapy (according to Skrypnyuk)?” za slajd ili za footnote u tvojoj brosuri.

Šta je informoterapija – prema Z.D. Skrypnyuku

Informoterapija je, prema Skrypnyuku, grana medicine koja proučava kako informacija utiče na fiziološke, biohemijske, biofizičke i patološke procese u ljudskom i životinjskom organizmu – i kako se ta informacija može terapeutski koristiti.

Ona se bavi:

načinom prijema, kodiranja, skladištenja, obrade i dekodiranja informacija u organizmu,
ulogom informacija u patogenezi i sanogenezi,
razvojem metoda kojima se ciljane informacione poruke koriste kao terapijsko i preventivno sredstvo.

Za razliku od klasične farmakoterapije, informoterapija:

koristi unutrašnju energiju i supstance samog pacijenta (ATP, kreatin-fosfat, endogene biohemijske puteve),
dok su supstance ili fizički stimulusi spolja prisutni uglavnom kao nosači informacije, u daleko manjim dozama,
„doza“ terapije može se posmatrati u informacionim jedinicama (bitovima), a ne samo u miligramima.

Skrypnyuk pravi razliku između:

direktne informoterapije – kada informacijski signali ciljano deluju na ćelije, tkiva ili regulacione sisteme (mikrogeneratori, deo homeopatije, refleksoterapija),
indirektne informoterapije – kada informacija deluje preko čulnih sistema (svetlo, zvuk, miris, reč) i preko nervnog i endokrinog sistema pokreće unutrašnje regulacione odgovore (psihoterapija, muziko-terapija, aromaterapija, hromo-terapija itd.).

U tom smislu, informoterapija stoji na preseku:
bioinformatike (razumevanje informacionih procesa),
kliničke bioinformatike (informacioni mehanizmi bolesti i sanacije)
i praktične medicine (terapija + prevencija kroz ciljane informacione signale).

Ovo ti može biti „teorijska kičma“ iza IGR protokola.

📦 SCIENCE BOX (EN)

What is Informotherapy – according to Z.D. Skrypnyuk

Informotherapy, as defined by Skrypnyuk, is a branch of medicine that studies how information influences physiological, biochemical, biophysical and pathological processes in humans and animals – and how this information can be used therapeutically.

It focuses on:

the reception, coding, storage, processing and decoding of information inside the organism,
the role of information in pathogenesis and sanogenesis,
and the development of methods that use targeted informational messages as therapeutic and preventive tools.

Unlike classical pharmacotherapy, informotherapy:

relies primarily on the patient’s own internal energy and biochemical resources (ATP, creatine phosphate, endogenous pathways),
while external substances or physical stimuli are used mainly as carriers of information, often in much smaller doses,
and the “dose” of the therapeutic agent can be described in units of information (bits) rather than only in milligrams.

Skrypnyuk distinguishes between:

direct informotherapy – where informational signals act directly on cells, tissues or regulatory systems (micro-generators, some forms of homeopathy, reflexotherapy),
indirect informotherapy – where information acts via the sensory systems (light, sound, smell, words) and, through the nervous and endocrine systems, triggers internal regulatory responses (psychotherapy, music therapy, aromatherapy, chromotherapy, etc.).

In this sense, informotherapy sits at the crossroads of:
bioinformatics (information processes in living systems),
clinical bioinformatics (informational mechanisms of disease and healing),
and practical medicine (therapy + prevention via targeted informational signals).

🎯 Parafrazirani „citati“ koje možeš da koristiš uz IGR

Možeš ih stavljati kao izdvojene rečenice u prezentaciji, na sajtu, u brošuri za lekare.

SR:
„Informoterapija koristi informaciju kao terapijsko sredstvo – ne da zameni prirodnu regulaciju, već da je precizno podrži.“
EN:
“Informotherapy uses information as a therapeutic agent – not to replace natural regulation, but to support and refine it.”
SR:
„Za razliku od farmakoterapije, informoterapija oslanja se pre svega na energiju i supstance koje već postoje u organizmu pacijenta – spoljašnji stimulus je uglavnom nosilac informacije.“
EN:
“Unlike pharmacotherapy, informotherapy relies primarily on the energy and substances already present in the patient’s body – the external stimulus serves mainly as an information carrier.”
SR:
„Ako je bolest delom posledica grešaka u razmeni informacija, onda terapija može biti i korekcija tih informacija – ne samo dodavanje novih molekula.“
EN:
“If disease is partly a consequence of errors in information exchange, then therapy can also mean correcting that information – not only adding new molecules.”

Ako želiš, sledeći korak može da bude da uvezemo IGR protokol direktno u ovu priču, tipa: „IGR – Information-Guided Regulation protocol as a practical framework of informotherapy in modern longevity & wellness context“.

IGR protokol – informaciono vođena regulacija SR.

IGR protokol – informaciono vođena regulacija

Upravo na ideji informoterapije i kliničke bioinformatike zasniva se ono što mi zovemo
IGR protokol (Information-Guided Regulation) – praktičan okvir za rad sa informacijom kao regulatornim slojem zdravlja.

IGR ne „menja DNK“ i ne pretenduje da zameni klasičnu medicinu.
Njegov cilj je da, u okviru bezbednih i neinvazivnih parametara, podrži regulacione procese organizma – tamo gde su informacione veze oslabljene ili poremećene.

Tri stuba IGR protokola

1. Informaciona procena (regulatorna dijagnostika)
Polazna tačka je detaljna funkcionalna procena koja ne gleda samo strukturu organa, već i:

kako različiti sistemi komuniciraju,
gde postoje znaci funkcionalnog „zamora“ ili preopterećenja,
kako organizam reaguje na različite frekvencijske i informacione stimuluse.

Ovakva procena ne zamenjuje laboratoriju i klasičnu dijagnostiku, već daje dodatni sloj – sliku regulacije i komunikacije u sistemu.

2. Ciljano informisanje (informacioni obrasci)
Na osnovu dobijenih podataka biraju se personalizovani informacijski obrasci – šabloni kodiranih signala niskog intenziteta koji su dizajnirani da:

podrže prirodnu regulaciju jonskih kanala i membranskog potencijala,
olakšaju detoksikacione i reparativne procese na ćelijskom nivou,
harmonizuju komunikaciju između različitih sistema (npr. nervni – endokrini – imuni).

Ti obrasci ne deluju „umesto“ tela, već služe kao podsetnik: signal koji organizmu vraća informaciju o zdravijem obrascu funkcionisanja.

3. Kontinuirana povratna sprega (pre–posle princip)

Ključ IGR pristupa je merenje, a ne pretpostavka.
Zato se:

stanje se procenjuje pre intervencije,
zatim se primenjuje izabrani informacioni protokol,
potom se ponavlja procena da bi se videlo da li i gde su nastale promene.

Na ovaj način, benefit se ne zasniva na utisku, već na poređenju pre–posle parametara regulacije.
Ako se merljivo poboljšanje ne vidi – protokol se ne nastavlja ili se menja.

Šta IGR protokol jeste – a šta nije

❌ Nije zamena za medicinsku terapiju kod ozbiljnih stanja.
✅ Jeste potencijalni komplementarni pristup, fokusiran na regulaciju i informaciju.
❌ Ne „obećava čuda“, niti instant-rešenja.
✅ Gradi se na ideji da organizam već poseduje mehanizme samoregulacije i regeneracije, a da je naš zadatak da na informacionom nivou podržimo te procese – gde je to moguće i u granicama bezbednosti.

U tom smislu, IGR protokol može da se pozicionira kao:

„Praktična primena savremenih uvida iz bioinformatike, informoterapije i kvantne biofizike – u formi neinvazivnih, informaciono vođenih intervencija.“

IGR Protocol – Information-Guided Regulation (EN)

Building on the concepts of bioinformatics, clinical bioinformatics and informotherapy, we define what we call the
IGR Protocol (Information-Guided Regulation) – a practical framework for working with information as a regulatory layer of health.

IGR does not claim to “rewrite DNA” or replace conventional medicine.
Its aim is, within safe and non-invasive parameters, to support the body’s regulatory processes – especially where information flow and communication appear weakened or disturbed.

Three pillars of the IGR Protocol

1. Informational assessment (regulatory diagnostics)
The starting point is a functional assessment that looks beyond organ structure and focuses on:

how different systems communicate,
where there are signs of functional overload or reduced adaptability,
how the organism responds to different frequency- and information-based stimuli.

This type of assessment does not replace laboratory tests or imaging; it provides an additional layer – a map of regulation and communication inside the system.

2. Targeted signaling (informational patterns)
Based on this assessment, personalized informational patterns are selected – low-intensity encoded signals designed to:

support natural regulation of ion channels and membrane potential,
facilitate detoxification and reparative processes at the cellular level,
harmonize communication between major regulatory systems (nervous, endocrine, immune, etc.).

These patterns do not act instead of the body, but rather serve as a reminder – a signal that reflects a healthier template of function back to the organism.

3. Continuous feedback (before–after principle)

A core principle of IGR is “measure, don’t assume.”

Therefore:

the state is assessed before the intervention,
the individualized informational protocol is applied,
then a post-assessment is performed to evaluate where and whether change has occurred.

In this way, benefit is not defined by subjective impression alone, but by before–after changes in regulatory parameters.
If measurable improvement is not observed, the protocol is not continued, or it is adapted.

What the IGR Protocol is – and what it is not

❌ It is not a replacement for standard medical therapy in serious conditions.
✅ It can be a complementary approach focused on regulation and information.
❌ It does not promise miracles or instant fixes.
✅ It is grounded in the idea that the body already possesses powerful mechanisms of self-regulation and regeneration – and that our role is to support those mechanisms on the informational level, where this is possible and safe.

In this sense, the IGR Protocol can be presented as:

“A practical application of modern insights from bioinformatics, informotherapy and quantum biophysics in the form of non-invasive, information-guided interventions.”

Ako želiš, sledeći korak može da bude da:

spojimo ovaj IGR deo sa onim što si već napisao o Quantum konceptu,
i napravimo jednu celu „LEKARI ONLY“ sekciju (PDF / landing strana) gde se lepo nižu: Informacija – Informoterapija – IGR – Quantum kapsula kao platforma.

QUANTUM – mesto gde regeneracija počinje razumevanjem

Quantum je koncept nove generacije koji spaja savremeni wellness sa principima biohackinga i longevity pristupa – i nudi iskustvo drugačije od svega što je danas dostupno u svetu.

Umesto još jednog „spa tretmana za opuštanje“, Quantum je dizajniran kao platforma za regeneraciju koja istovremeno:

pruža iskustvo odmora i resetovanja,
koristi napredne tehnologije za praćenje efekata,
i uvodi informaciju kao novi, često zanemaren sloj u razumevanju zdravlja.

Više od tretmana: zašto se rezultati često ne zadržavaju?

Mnogima je poznat isti scenario:
promene ishrane, suplementi, tretmani, programe – sve to donese kratkoročno olakšanje, ali se umor, tegobe ili estetski problemi vraćaju.

Jedan od razloga je što se većina pristupa fokusira na simptome i strukturu, a ređe na ono što stoji iza svega:
kako telo komunicira, reguliše i koordinira procese na nivou informacija.

Upravo tu se Quantum razlikuje.

Quantum u kratkim crtama

Quantum koncept je inspirisan najboljim svetskim medical wellness i longevity centrima, ali za razliku od klasičnih 7–10-dnevnih programa koji se nude u luksuznim resortima i klinikama, Quantum omogućava da se inicijalni, visoko personalizovan protokol započne za jedan do dva dana tokom boravka u hotelu, a zatim nastavi tamo gde gosti žive i rade – kod kuće, na putu ili u kancelariji.

Sve procedure u Quantum kapsuli individualno se prilagođavaju svakoj osobi na osnovu:

funkcionalne analize i
procene terapeutske kompatibilnosti (TCA – Therapeutic Compatibility Assessment),

odnosno procene realnih benefita tretmana.

Na ovaj način, gosti ne dobijaju samo prijatan tretman, već:

personalizovana rešenja za estetske i zdravstvene izazove,
i važne uvide o zdravlju i ishrani, koji im pomažu da donose svesnije i dugoročno bolje odluke.

Ali prava vrednost Quantum koncepta ne mora da se završi boravkom u hotelu, jer Quantum nudi mogućnost da se tretmani i programi nastave kod kuće ili tamo gde to gostu najviše odgovara.

Na ovaj način, umesto da sedam ili više dana provodite u resortima i klinikama koje nude slične opcije, za inicijalni Quantum protokol dovoljan je jedan do dva dana – uz našu podršku, kroz jednu od opcija nastavka programa.

Drugim rečima:
compressed on-site, extended off-site – sa hotelom kao početnom tačkom, a ne jedinom destinacijom.

Informacija kao nova terapijska dimenzija

Na prvi pogled, ideja da informacija ima terapijski potencijal deluje apstraktno.
Ali savremena biologija već decenijama sve više liči na – nauku o informacijama.

Teorija informacija Clauda Shannona dala je matematički okvir za razumevanje kako se poruke kodiraju, prenose i dekodiraju.
Na istim principima kasnije su razvijeni alati bioinformatike, koji analiziraju DNK, gensku regulaciju i signalne mreže u ćeliji.
Klinička bioinformatika i informoterapija dodatno proučavaju kako se informacije generišu, kvare i obnavljaju tokom patoloških procesa i oporavka.

Istovremeno, moderna fiziologija i biofizika sve jasnije pokazuju da je organizam dinamična komunikaciona mreža:

ćelije razmenjuju signale putem hemijskih glasnika, jonskih kanala, električnih potencijala, mehaničkih sila,
a postoji sve više podataka da i veoma slaba elektromagnetna polja mogu uticati na membranski potencijal i kalcijumske kanale – dakle, na način na koji ćelije „čitaju“ signale.

U najkraćem:
zdravlje nije samo „da li je organ oštećen ili ne“, već i kako informacija cirkuliše kroz sistem – da li su signali jasni, usklađeni i pravovremeni, ili su haotični, blokirani i izmenjeni.

Informacija kao ključni regulatorni sloj

Informacija je jedna od najzanemarenijih dimenzija zdravlja.

Ljudi i životinje stalno su u interakciji sa ritmovima i poljima svoje okoline. Ta interakcija nije samo biohemijska – ona utiče i na to kako se ćelije organizuju, komuniciraju i reaguju na promene.

Kada je unutrašnji protok informacija u telu usklađen sa okolinom, regulacioni sistemi mogu da rade ono za šta su stvoreni:

da održavaju ravnotežu,
popravljaju oštećenja
i prilagođavaju se novim uslovima.

Kada se ta harmonija naruši, mali funkcionalni poremećaji mogu vremenom da se nagomilaju i doprinesu nastanku simptoma i bolesti.

Svakog dana telo stvara ogroman broj novih ćelija.
Ako posmatramo pojednostavljenu analogiju – svaka nova ćelija je svojevrsna „kopija“ postojećeg obrasca.

Ako je „originalni dokument“ – osnovna regulatorna informacija – narušen, onda i kopije teže da ponavljaju isti poremećaj.

Naš cilj nije da „prepisujemo DNK“, već da radimo na nivou informacije i regulacije:

da podržimo jasnije signaliziranje,
bolju koordinaciju između ćelija
i uslove u kojima sopstveni regenerativni programi tela mogu efikasnije da funkcionišu.

IGR protokol u okviru Quantum kapsule

(Information-Guided Regulation)

Na ovim uvidima zasniva se ono što u Quantum sistemu zovemo
IGR protokol (Information-Guided Regulation) – praktična primena informaciono vođenih intervencija u realnom okruženju hotela i svakodnevnog života.

1. Informaciona procena – pre nego što bilo šta predložimo

Polazna tačka nije tretman, već uvid.

Kroz funkcionalnu analizu i BRS protokole sagledavamo:

kako različiti sistemi komuniciraju,
gde postoje znaci preopterećenja ili smanjenog adaptivnog kapaciteta,
kako organizam reaguje na različite informacione i frekvencijske podražaje.

Ovakva procena ne zamenjuje laboratorijsku i klasičnu dijagnostiku, ali dodaje novi sloj: sliku regulacije i komunikacije u sistemu.

2. Ciljano informisanje – personalizovani obrasci, ne generički programi

Na osnovu dobijenih podataka biraju se personalizovani informacijski obrasci – nizovi kodiranih signala niskog intenziteta, dizajniranih da:

podrže prirodnu regulaciju jonskih kanala i membranskog potencijala,
olakšaju eliminaciju metaboličkih produkata i toksina,
unaprede komunikaciju između ključnih sistema (nervni, endokrini, imuni).

Ovi signali ne guraju telo u određen smer na silu, već deluju kao podsetnik – informacija o zdravijem obrascu funkcionisanja, na koji se telo može osloniti ako ima resurse da odgovori.

3. Kontinuirana povratna sprega – merimo, ne pretpostavljamo

Suština IGR pristupa je jednostavna:

ne verujemo obećanjima, već merenjima.

Zato svaka ozbiljna intervencija prati princip:

Pre – inicijalno funkcionalno skeniranje i procena stanja.
Intervencija – primena izabranog informacionog protokola.
Posle – ponovljeno skeniranje i poređenje parametara.

Na ovaj način:

benefit se ne zasniva na utisku, već na pre–posle promenama,
ako nema merljivog pomaka – protokol se prilagođava ili se ne nastavlja,
gost (i lekar, ako je uključen) dobija jasniju sliku šta telo zaista „uzima“, a šta ne.

Šta Quantum + IGR jesu – a šta nisu

Nisu zamena za zvaničnu medicinsku terapiju kod ozbiljnih stanja.
Mogu da budu komplementarni pristup za one koji žele dublje razumevanje regulacije, regeneracije i sopstvene uloge u tom procesu.
Ne obećavamo čuda preko noći.
Fokus je na tome da se:
- prvo razume u kakvim uslovima organizam funkcioniše,
- zatim precizno izabere ono što mu je kompatibilno,
- i potom meri da li se nešto zaista promenilo.

Zato za hotele, medicinske partnere i goste koji traže više od „još jednog tretmana“,
Quantum + IGR mogu da postanu most između:

iskustva odmora
i ozbiljnijeg, informaciono vođenog rada na regeneraciji.

Ako želiš, u sledećem koraku mogu da:

iz ovog teksta izvučem kraću „hotel-friendly“ verziju (za sajt / brošuru za goste)
i dužu, više stručno toniranu verziju (za lekare / partnere), sa prostorom za reference i linkove.

INFORMACIJA JE KLJUČ I NAUKA KOJA STOJI IZA

Informacija je jedna od najzanemarenijih dimenzija zdravlja.
Ljudi i životinje stalno su u interakciji sa ritmovima i poljima svoje okoline. Ta interakcija nije samo biohemijska – ona utiče i na to kako se ćelije organizuju, komuniciraju i reaguju na promene.

Kada je unutrašnji protok informacija u telu usklađen sa okolinom, regulacioni sistemi mogu da rade ono za šta su stvoreni: da održavaju ravnotežu, popravljaju oštećenja i prilagođavaju se.
Kada se ta harmonija vremenom naruši, mali funkcionalni poremećaji mogu da se nagomilaju i na kraju doprinesu nastanku simptoma i bolesti.

Svakog dana telo stvara ogroman broj novih ćelija.
U jednostavnoj analogiji, svaka nova ćelija može se posmatrati kao „kopija“ postojećeg obrasca.
Ako je „originalni dokument“ – osnovna regulatorna informacija – narušen, onda će i kopije težiti da prenose isti poremećaj dalje.

Na prvi pogled, ideja da informacija ima terapijski potencijal deluje apstraktno.
Ali ako pogledamo savremenu biologiju – ona je već odavno i nauka o informacijama.

Teorija informacija, koju je razvio Claude Shannon sredinom 20. veka, nastala je da bi opisala kako se poruke kodiraju, prenose i dekodiraju u komunikacionim sistemima. Kasnije je isti matematički okvir počeo da se primenjuje na genetiku i molekularnu biologiju – DNK, regulaciju gena i signalne mreže u ćeliji. Iz tog pristupa razvila se bioinformatika: oblast koja posmatra žive sisteme kao informacione mreže – analizira sekvence, šablone, regulacione kodove i načine na koje se informacije prenose između ćelija i tkiva.

Istovremeno, fiziologija i biofizika sve više naglašavaju da je organizam dinamična komunikaciona mreža. Ćelije ne „rade same za sebe“ – one stalno razmenjuju signale putem hemijskih glasnika, električnih potencijala, jonskih kanala, mehaničkih sila i, potencijalno, finih elektromagnetnih polja.

Savremena istraživanja pokazuju da čak i veoma slaba elektromagnetna polja mogu da utiču na naponski-zavisne jonske kanale u ćelijskim membranama, naročito kalcijumske kanale, i na taj način promene tok signala unutar ćelije. Ovo ne znači automatski da imamo gotovu terapiju, ali jasno pokazuje da organizam reaguje na informaciju kodiranu u fizičkim signalima niskog intenziteta.

Pored toga, postoji i linija istraživanja koja posmatra vodu u organizmu ne samo kao rastvor, već kao aktivan medijum za organizaciju i prenos informacija – posebno u interfejsnim slojevima oko proteina i membrana. Neki autori predlažu da takva „struktuirana“ ili „tečno-kristalna“ voda može da učestvuje u brzoj, nelinearnoj komunikaciji unutar tkiva, iako ova oblast i dalje ostaje predmet naučne rasprave i daljih istraživanja.

U najkraćem, savremena nauka sve jasnije pokazuje da se zdravlje ne može svesti samo na biohemiju i strukturu organa.
Način na koji se informacije generišu, kodiraju, prenose i „čitaju“ u organizmu – kroz genetske kodove, jonske tokove, električne potencijale i moguće specifična stanja vode – postaje jednako važan sloj razumevanja.

Upravo na tom uvidu se zasniva ideja da se, pored klasičnih farmakoloških i fizičkih intervencija, razvijaju i informaciono-vođeni terapijski pristupi – oni koji ne pokušavaju da „nasilno zamene“ prirodnu regulaciju, već da je ciljano podrže. Naš cilj nije da „prepisujemo DNK“ u bukvalnom smislu, već da radimo na nivou informacije i regulacije: da podržimo jasnije signaliziranje, bolju koordinaciju između ćelija i uslove u kojima sopstveni regenerativni programi tela mogu efikasnije da funkcionišu.

Ovaj naučni okvir predstavlja pozadinu našeg informaciono-vođenog pristupa, koji interno nazivamo MG terapija, a u stručnoj komunikaciji opisujemo kao IGR Protocol (Information-Guided Regulation) – koncept usmeren na podršku regulatornim mehanizmima organizma putem pažljivo strukturisanih informacija i niskointenzivnih signala, uvek kao komplement, a ne zamena klasičnim medicinskim procedurama.

INFORMACIJA JE KLJUČ I NAUKA KOJA STOJI IZA 2

INFORMACIJA JE KLJUČ – I NAUKA KOJA STOJI IZA NJE

Informacija je jedna od najzanemarenijih dimenzija zdravlja.
Ljudi i životinje stalno su u interakciji sa ritmovima i poljima svoje okoline. Ta interakcija nije samo biohemijska – utiče i na to kako se ćelije organizuju, komuniciraju i reaguju na promene.

Kada je unutrašnji protok informacija u telu usklađen sa okolinom, regulacioni sistemi rade ono za šta su stvoreni: održavaju ravnotežu, popravljaju oštećenja i prilagođavaju se.
Kada se ta harmonija naruši, mali funkcionalni poremećaji mogu da se gomilaju i na kraju doprinesu nastanku simptoma i bolesti.

Svakog dana telo stvara ogroman broj novih ćelija.
U jednostavnoj analogiji, svaka nova ćelija je „kopija“ postojećeg obrasca. Ako je „originalni dokument“ – osnovna regulatorna informacija – narušen, i kopije će težiti da nose isti poremećaj dalje.

Naš cilj nije da „prepisujemo DNK“ u bukvalnom smislu, već da radimo na nivou informacije i regulacije: da podržimo jasnije signaliziranje, bolju koordinaciju između ćelija i uslove u kojima sopstveni regenerativni programi tela mogu efikasnije da funkcionišu.

Informacija kao nova terapijska dimenzija

Na prvi pogled, ideja da informacija ima terapijski potencijal deluje apstraktno.
Ali savremena biologija je već odavno – nauka o informacijama.

Teorija informacija, koju je sredinom 20. veka formulisao Claude Shannon, prvobitno je nastala da opiše kako se poruke kodiraju, prenose i dekodiraju u komunikacionim sistemima.
Kasnije je isti matematički okvir počeo da se primenjuje i na genetiku i molekularnu biologiju – na DNA, regulaciju gena i signalne mreže u ćeliji.

Iz tog pristupa razvila se bioinformatika – oblast koja posmatra žive sisteme kao informacionе mreže i primenjuje računarske metode na analizu bioloških podataka, posebno genetskih sekvenci i proteinskih struktura.
U medicini je iz toga proistekla klinička bioinformatika, koja pokušava da rezultate tih analiza poveže sa dijagnostikom i terapijom.

Paralelno, razvija se i koncept informoterapije – pravca koji proučava kako se medicinski relevantne informacije primaju, kodiraju, skladište i koriste u organizmu, i na koji način se te informacije mogu upotrebiti u terapijske i preventivne svrhe.

Skrypnjuk i informoterapija: od teorije do prakse

U tom kontekstu, ukrajinski naučnik Z. D. Skrypnyuk (biolog, istraživač u oblasti bioinformatike) više od tri decenije razvija koncept koji povezuje bioinformatiku, kliničku bioinformatiku i informacionu terapiju.

U radovima Instituta za informoterapiju u Kijevu opisuje se informoterapija kao oblast koja:

proučava prijem, kodiranje, skladištenje, dekodiranje i upotrebu informacija u živim sistemima
razvija metode terapijskog i preventivnog korišćenja informacija u medicini

Ideja je da ćelije ne komuniciraju samo putem biohemije, već i preko finih električnih i elektromagnetnih signala – i da je moguće, kroz pažljivo strukturisane signale, uticati na te regulatorne procese na informacionom nivou.

Na osnovu tih uvida razvijeni su modeli tzv. informaciono vođenih terapija, u kojima se posebni obrasci signala (frekvencija, trajanje, modulacija) koriste kao „nosilac informacije“ za podršku regulacionim sistemima. U nekim pristupima ti signali se dobijaju preko mikrogeneratora, koji sadrže zapisane šablone povezane sa funkcijom određenih tkiva ili sistema – ideja je da ćelije „podsete“ na pravilne obrasce regulacije, pre nego da se simptom samo potisne.

Ovo polje je i dalje razvojno i predmet naučne rasprave, ali jasno je da se ne radi o „magiji“, već o pokušaju da se primeni isti informatički i biofizički način razmišljanja koji je već transformisao genetiku i molekularnu biologiju – sada na nivo regulacije i terapije.

Information Is the Key: The Science Behind It

Information is one of the most overlooked dimensions of health.
Humans and animals are constantly interacting with the rhythms and fields of their environment. This interaction is not only biochemical – it also influences how cells organize, communicate, and respond to change.

When the internal flow of information in the body is aligned with the environment, regulatory systems can do what they are designed to do: maintain balance, repair damage, and adapt.
When that harmony is disturbed over time, small functional imbalances can accumulate and eventually contribute to symptoms and disease.

Every day, the body creates an enormous number of new cells.
In a simple analogy, each new cell can be seen as a “copy” of an existing template.
If the “original document” – the underlying regulatory information – is distorted, then the copies will tend to carry the same disturbance forward.

At first glance, the idea that information itself could have therapeutic potential sounds abstract.
But if we look at modern biology, it has long been a science of information.

Information theory, developed by Claude Shannon in the mid-20th century, was originally created to describe how messages are encoded, transmitted, and decoded in communication systems. Later, the same mathematical framework was applied to genetics and molecular biology – DNA, gene regulation, and cellular signaling networks. From this emerged bioinformatics: a field that views living systems as information networks, analyzing sequences, patterns, regulatory codes, and the ways information is transmitted between cells and tissues.

At the same time, physiology and biophysics increasingly emphasize that the organism is a dynamic communication network. Cells do not “work alone” – they constantly exchange signals through chemical messengers, electrical potentials, ion channels, mechanical forces, and, potentially, subtle electromagnetic fields.

Contemporary research shows that even very weak electromagnetic fields can influence voltage-gated ion channels in cell membranes, especially calcium channels, and in this way alter the flow of signals inside the cell. This does not mean we already have a finished therapy, but it clearly demonstrates that the organism responds to information encoded in low-intensity physical signals.

In addition, there is a line of research that looks at water in the body not only as a solvent, but as an active medium for organizing and transmitting information – particularly in interfacial layers around proteins and membranes. Some authors suggest that such “structured” or “liquid-crystalline” water may participate in fast, nonlinear communication within tissues, although this area remains a matter of scientific debate and ongoing investigation.

In short, modern science increasingly shows that health cannot be reduced to biochemistry and organ structure alone.
The way information is generated, encoded, transmitted, and “read” in the body – through genetic codes, ion flows, electrical potentials, and possibly specific states of water – is becoming an equally important layer of understanding.

On this insight rests the idea that, alongside classical pharmacological and physical interventions, information-guided therapeutic approaches can be developed – approaches that do not attempt to “override” natural regulation, but to support it in a targeted way. Our aim is not to “rewrite DNA” in a literal sense, but to work at the level of information and regulation: to support clearer signaling, better coordination between cells, and conditions in which the body’s own regenerative programs can operate more effectively.

This scientific framework forms the background of our information-guided approach, which we internally call MG Therapy, and in professional communication describe as the IGR Protocol (Information-Guided Regulation) – a concept focused on supporting the body’s regulatory mechanisms through carefully structured information and low-intensity signals, always as a complement to, not a replacement for, conventional medical procedures.

Information Is the Key: The Science Behind It

At first glance, the idea that information itself could have therapeutic potential sounds abstract.
But if we look at modern biology, it has long been a science of information.

MG Therapy an example of some of the interesting cases

THE ORIGIN

The concrete reason for the emergence of MG therapy was the accident that happened in the 1980s in Kiev, CHERNOBYL. Due to the high level of radiation, it was very difficult to help the patients with the usual medical methods, which in themselves were invasive, so that the patients with such damaged health could not bear them. So the then president of the Soviet Union, Brezhnev, set a task for the Soviet Academy of Sciences to find a new non-invasive type of therapy and treatment as soon as possible, so that the people of Ukraine could be helped. This inspired Dr. Skrypnyuk to perfect the knowledge that had been on his mind for a long time. He had the opportunity to manage one of the first three computers created in the world. One was assigned to the hands of scientists in New York, the 2nd to the hands of scientists in London, and the 3rd to the hands of Dr. Skrypnyuk in Kiev. That’s how the idea for making a computer-analog to the human brain began.

In 2000, the sequence of nucleotides in the DNA molecule was discovered, which was sensationally presented. The arrangement of nucleotides in the double chain has been learned, but we have not yet mastered the meaning of the information in the chain. In other words, the questions of why and when DNA despiralization and the rewriting of the sequence of nucleotides to informational RNA occur. Dr. Skrypnyuk dedicated his life to discovering this meaning, considering that it is not enough to know the sequence of nucleotides and to obtain sentences and phrases, but to try to discover the overall meaning. So if we wanted to explain what MG therapy is, it would be like we raise and teach a child through meaningful communication. So that today’s well-known treatment methods such as:

drug treatment, PHARMACOTHERAPY,
treatment with the energy of the apparatus, PHYSIOTHERAPY,

it could be added to:

INFORMATION treatment – MG therapy
FREQUENCY waves treatment – Ferty therapy.

In researching MG therapy, we need to follow two pillars: the diagnostic and the therapeutic pillar.

DIAGNOSTIC PILLAR

Chinese Traditional Medicine bases its research on acupuncture meridians (acupuncture channels), of which there are 12 in total. Its 5000 years of practice speaks enough about its exactness and confirmation of the meaning of existence. All acupuncture channels extend from the tips of the fingers, toes or hands, to the brain. And here they make a turn to the organ that determines.

In the forties of the twentieth century, Dr. Reinholland Voll lived and worked, (a German physician, developed Electro-Acupuncture according to Voll, the grandfather of many energy devices used in functional medicine, in the 1950s. Bioenergetic devices and functional medicine, he was born in 17.02.1909. in Berlin and died 12.02.1989. in Plochingen, Germany). Doctor Voll completed the existing 12 acupuncture channels with 8 more. So today we have 20 electropuncture channels. The new 8 electropuncture channels unite the existing ones and they are:

channel of LYMPH degeneration
channel of NERV degeneration
channel of ALLERGIES
channel of PARENHYMAL degeneration
channel of BONES/JOINTS degeneration
channel of CONNECTIVE tissue degeneration
channel of SKIN degeneration
channel of FAT degeneration

Dr. Voll worked for Hitler in those forties, which is why his discoveries were not recognized for a long time. After the Second World War, during the division of scientists into the victorious countries, he was sent to Kiev. During the work, the reason for those points to be chosen for examination was that those points provided information even after death. Voll had the opportunity to examine both living people and corpses, he obtained information from special places on the bones of the fingers and toes, which according to traditional Chinese medicine were along the meridians.

He began his research on devices that were initially like an inverted Ohm meter, which was used to measure the skin resistance of acupuncture points. Later, with the discovery of computers, we have the possibility, thanks to Dr. Voll’s discoveries, to observe them software-wise. Voll’s diagnostics gives us the opportunity to observe the state of electroacupuncture points and the organs, parts of organs and their cells connected to them. This also gives us the opportunity to test and choose the effect from the Micro-generator by observing the data before and after. Micro-generators for each of the electroacupuncture points, of which there are about 365, carry recorded information about sedation or stimulation of them. The way in which the information is selected and entered into the generators is in Dr. Skrypnyuk patent. The information refers to the opening of ion channels on cell membranes, which allows it to get rid of toxins and metabolic products.

BACKGROUND of bioinformatics

The first bioinformatic programs were developed for DNA sequence analysis.

Recent scientific bioinformatic research was directed to the cells and intercellular communication. These studies along with genetic research dedicated to the study of the mechanisms of inheritance information, allowing the science of informatics to allocate a new scientific direction – bioinformatics. Basically, bioinformatics provides a scientific basis for the development of a very important new direction in medicine-medical informatics.

Samuel Hahnemann (1755-1843) was among the first who saw the impact of information on human cells.

Over 30 years the principles of operation of biological material isolated organs in humans and animals are actively researched with special emphasis on the information sheet of cells. It is established that the chemical molecules affect cell structure through direct contact as well as indirect action. In the experiments, the biological effect of the cells depended not only on the dose of their existing matter and energy, but also by the quality of information or the information components. The cell responded to the structure of the information field of the matter in a way that the transfer of signal did not depend on the amount (dose material) of the chemical substance and energy.

Meanwhile bioinformatics is used in pharmaceuticals, calculation and forecasting of protein structures and interactions. The simulation and calculation of biological experiments and data is called In Silico calculation (bioinformatics). It’s a matter of fast retrieval of repeated parts (templates) in the very long DNA sequences and solving the problems of overlapping and positioning two or more sequences to get their greatest match. The dynamic algorithms and programming methodology have found application in this area. Biological hypotheses rarely require exact match of the short sequential parts and usually in separate “signals” as the starting and finishing sequence of the genetic code.

Water is one of the primary ways our bodies get information. In a series of fascinating experiments in the 1990s, Dr. Masaru Emoto gained worldwide acclaim with his groundbreaking discovery that water is deeply connected to the consciousness of its surroundings. Dr. Emoto performed a series of experiments observing the physical effect of information on the crystalline structure of water. He exposed water to different environments. Then, using a very powerful microscope with high-speed photography, he captured the ‘expressions’ of water to show how they were imprinted by focused intention. The frozen water samples showed that positive information such as classical music, focused prayer or uplifting words and phrases caused beautiful geometric crystals to form. Whereas negative information such as samples from polluted rivers, focused rage or words such as ‘hate’ and ‘fear’ that created distorted and randomly formed crystalline structures. Dr. Emoto’s book The Hidden Messages in Water was published in Japan in 2005. With 500,000 copies sold internationally, it shows the keen interest in the amazing properties of water. Many respected scientists such as Mae Wan-Ho and Professor Gerald Pollack also suggest that water does indeed exhibit different properties, depending on what it has been in contact with, meaning that water has memory. Gerald Pollack is an academic researcher at the University of Washington. His latest book, The Fourth Phase of Water, provides a new understanding of water that holds the key to solving numerous puzzles in biology.

MG – ceuticals

As we’ve discussed, water is a bit like a computer’s hard drive that can store audio and visual information and then play it back. The information your body receives is vital because it affects which proteins your body produces to repair or create new tissue. The better information you give your body, the better your health. MG-ceuticals contain pure information that actually changes the environment of your cells, directly correcting specific information structures and energy patterns in your body. In this way, rather than merely relieving symptoms, they activate your body’s own healing mechanism, supporting and encouraging a more balanced, healthy life.

Dr. Skrypnyuk has found a way to return the cells to their biological healthy frequency, or to again teach them what they’ve forgotten. His research in the area of encoding, storage, transmission and use of information, resulted in practical methods of diagnosis, prevention and treatment through the use of information.

By examining the acupuncture points of the hands and feet, we obtain a specific diagnosis, based on which, by testing the microgenerator, we obtain a prescription for microgenerator infoceuticals.

An example of some of the interesting cases

Girl 15 years old. Someone hit her with a puck in the head while she was playing hockey. After only one treatment (for a month) of the expert program and without detox, the hematoma disappeared. The spleen channel on the left leg was showing us (on the picture below the text, on the right next to Rp, it showed us, all acupuncture points were shown during the examination, the spleen was blue before the treatment). After therapy all acupuncture points improve the function of the spleen channel, and at the same time, the MRI of the head showed the disappearance of the hematoma.

Crevenjanska Petra Arrival time : 22.07.2015. Bratislava – Slovakia

Before treatment: Crevenjanska Petra Arrival time : 22.07.2015. Bratislava – Slovakia

After treatment: 02.09.2015. control, complete disappearance of the hematoma

Aleksandar Janošević 46 years old

After treatment
– uric acid is normal
– he does not drink a preparation with purine reduction
– liver enzymes have normal results

Before treatment
– high uric acid, drinks a preparation for removing purines
– liver enzymes were bad

HOW IT WORKS?

Thanks to the possibility of diagnostics according to EPD test, we get the patient’s record for all electro-acupuncture points, as in this case, for example.

After one month, as in this example, we get the following results, after applying MG – generator therapy

We are able to show a before and after comparison shot. The first shot is the examination and programming of the generator, which was done on April 15, 2019. year, and the second, i.e. control recording, was made on 05.20.2019.