Značajno negativna promjena u sadržaju kolostruma ima i te kako važnu ulogu u rastu mladunčadi

 
 
Dr. Eva Sirinathsinghji, Institute for Science in Society, objavila je vrlo zanimljiv tekst u kojem je predstavila rezultat značajnog znanstvenog istraživanja. Nova znanstvena studija, piše dr. Eva Sirinathsinghji, otkrila je da koze hranjene genetski modificiranom sojom tolerantnom na herbicid glifozat MON 4-3-2 (proizvod kompanije 'Monsanto') imaju znatnu promjenu u sastavu kolostruma, odn. prvog mlijeka izrazito bogatog hranjivim tvarima koje se stvara za vrijeme bređosti. Kolostrum je izrazito bogat sadržajem proteina/bjelančevina, vitamina i antitijela/protutijela koja imaju ulogu u zaštiti novorođenih od različitih bolesti.
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Znanstveni rad objavljen je „online“ 31. siječnja 2015. u časopisu „Small Ruminant Research“ („Istraživanje malih preživača“ - časopis Međunarodnog udruženja uzgajivača koza), a istraživanje je provedeno na Sveučilištu u Napulju, Italija, pod vodstvom prof. Lombardia. Ovo znanstveno istraživanje moramo gledati u svjetlu novijih istraživanja u kojima je otkriveno prisustvo herbicida glifozata (ili glifosata) u humanom majčinom mlijeku diljem SAD-a i to u visokim koncentracijama – 1.600 puta veća koncentracija nego što je zakonom dozvoljena gornja granica sadržaja jednog pesticida u pitkoj vodi u Europskoj uniji.
 
Otkrića stručnjaka od goleme su važnosti jer imaju znatan učinak na zdravlje, budući kolostrum ima značajnu kratkoročnu ulogu na zdravlje i opstanak, odn. preživljavanje kod novorođenih preživača jednako kao i kod novorođenih beba. Nadalje, osim što je kolostrum iznimno bogat hranjivim tvarima, on je bogat i u sadržaju protutijela ili antitijela koja su esencijalno važna za tzv. pasivan prijenos imuniteta s majke na mladunčad u prvih 24 – 48 sati njihovog života. To isto vrijedi i za novorođenčad.
 
Već je dobro poznato da poremećena probava ili apsorbcija antitijela iz kolostruma kod preživača neminovno uzrokuje stanje tzv. sekundarne imunodeficijencije, radi čega je mladunčad znatno podložna bakterijskoj septikemiji i uobičajenim bolestima, dok je rizik od uginuća znatno povećan u prvih 10 tjedana života. Humano majčino mlijeko također ima ulogu u zaštiti novorođenčeta od proljeva, infekcija dišnih putova i nekrotičnog enterokolitisa.
 
U navedenoj studiji sudjelovalo je 40 muške jaradi i njihove majke poznate talijanske pasmine 'Cilantana' iz Napuljske regije. Sve koze su do ovog istraživanja imale isti broj jarenja, a u prethodnim laktacijama dale su slične količine mlijeka. Šezdeset dana prije jarenja sve bređe koze bile su podijeljene u grupe i to: dvije ispitne grupe – svaka grupa 10 koza, i one su hranjene genetski modificiranom/GM sojom; te dvije kontrolne grupe (u svakoj je 10 koza), koje su hranjene konvencionalnom (genetski ne-modificiranom) sojom. Sve skupine hranjene su neograničenom količinom kvalitetnog sijena uz dodatak iste koncentracije konvencionalne soje ili genetski modificirane soje. U svrhu potvrde prisutnosti GM hrane korišten je specifičan laboratorijski test, tzv. lančana reakcija polimeraze koja je također korištena i u dokazu genetski ne-modificirane soje za kontrolnu grupu koza koje su hranjene genetski ne-modificiranom sojom.
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
Eva Sirinathsinghji
 
Kod koza iz ispitnih grupa koje su hranjene genetski modificiranom sojom otkriveno je dramatično smanjenje sadržaja proteina/bjelančevina u kolostrumu: 6,1 % i 6,0 % dok je kod dvije kontrolne grupe sadržaj proteina u kolostrumu bio 18,7 % i 18,8 %. Nadalje, prosječni sadržaj masti u kolostrumu obje kontrolne grupe bio je 7,2 % i 7,1 % dok je kod koza u obje ispitne grupe iznosio 4,6 %. A na kraju ono najvažnije: prosječan sadržj protutijela u kolostrumu koza iz obje kontrolne grupe bio je 33,2 % i 31,2 % dok je kod koza iz obje ispitne grupe (koze hranjene GM sojom) prosječan sadržaj protutijela u kolostrumu bio 20,9 % i 18,0 %.
 
Značajne razlike uočene su i 15 dana nakon jarenja, a sve se vratilo u normalu nakon 30 dana. Smanjena koncentracija protutijela u kolostrumu objašnjava se smanjenim sadržajem proteina, iako nije posve jasno zašto je koncentracija proteina u mlijeku bila smanjena i 15 dana nakon jarenja. Autori ove znanstvene studije smatraju da je to možda zbog manjka B limfocita, stanica koje proizvode protutijela (antitijela). Analiza težine jaradi pokazala je znatno smanjenje težine jaradi u dobi od 30 dana i to onih koza koje su bile hranjene GM sojom: prosječna težina jaradi od koza iz obje ispitne grupe bila je 8,3 kg i 8,2 kg dok je jarad koza iz obje kontrolne grupe imala prosječnu težinu 9,5 kg i 9,4kg. Nadalje, težina jaradi u dobi od 60 dana (netom prije klanja) iz obje ispitne grupe bila je 10,3 kg i 10,1 kg, a težina jaradi iz obje kontrolne grupe bila je 12,5 kg i 12,3 kg. Nije uočena značajna razlika u težini pojedinih unutarnjih organa. No, razina serumskih protutijela (IgG) bila je značajno niža kod jaradi iz obje ispitne grupe.
 
Ova znanstvena studija dokazala je da značajno negativna promjena u sadržaju kolostruma ima i te kako važnu ulogu u rastu mladunčadi, a posljedica je kasnija smanjena težina životinja. Znanstvenici su otkrili i transgenu DNK u kolostrumu koza hranjenih genetski modificiranom sojom. Ovo je otkriveno zahvaljujući nedavnom otkriću transgene DNK iste sekvence  - promotor mozaičnog virusa cvjetače (CaMV 35S) u genomu DNK organa štakora hranjenih genetski modificiranom hranom (naslov originalnog teksta: CaMV 35S Promoter in GM Feed that Sickened Rats Transferred into Rat Blood, Liver and Brain Cells; Science in Society 65, 32-33, 2015.). 
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
Horizontalni prijenos transgene DNK u genom onih koji se hrane genetski modificiranom hranom, ili mikroba koji žive u organizmu onih hranjenih GM hranom, predstavlja još jedan i do sada nepoznat i neotkriven rizik kao i opasnost koju donose genetski modificirane poljoprivredne kulture. Promotor CaMV 35S nosi i svoj vlastiti, specifičan rizik uključujući njegovu sklonost rekombinaciji s DNK, što potencijalno modificira (mijenja) sekvence genoma onih koji se hrane genetski modificiranom hranom. On je također aktivan u stanicama sisavaca, što znači da može utjecati i na ekspresiju ostalih gena, uljučujući i tzv. neaktivne ('spavajuće') viruse. Ovo je sada potpuno novo otkriće koje je u suprotnosti s dosadašnjim tvrdnjama o navodnom cijepanju nukleotida u probavnom traktu, čime se sprječava svaka toksičnost transgene DNK za svakog onog koji konzumira genetski modificiranu hranu.
 
Danas su SAD suočene s najvećom razinom neonatalnog mortaliteta (smrtnosti) od svih industrijaliziranih država. Mnogi različiti faktori sigurno utječu na to, no posve je jasno da cjelovitost prvih obroka novorođenih ima dalekosežne i dugotrajne učinke i mora biti zaštićeno od svakog onečišćenja s pesticidima i genetski modificiranom hranom. [Izvor: dr. Eva Sirinathsinghji, Institute for Science in Society (ISIS izvješće: 16. 3. 2015.)]
 

Prevela: Rodjena Marija Kuhar, dr. med. vet.