Okokuqala eMoscow State Medical University eqanjwe ngo-I.M. Sechenov (Sechenov University) ukhulume ngephrojekthi ye-bioreactor ekhethekile ezovumela ukukhula kwamangqamuzana omuntu emkhathini ngaphansi kwezimo ze-microgravity.
Lo mshini, othuthukiswa ngochwepheshe basenyuvesi, uzohlinzeka ngezimo zokusinda kwamaseli emkhathini. Ngaphezu kwalokho, izohlinzeka ngokuvikelwa kwezitshalo nokudla.
Kuhlelwe ukuhlola ukufakwa kuqala Emhlabeni. Ngemuva kochungechunge lokuhlolwa okudingekayo, izoya ku-International Space Station (ISS). Ososayensi banentshisekelo yokuthi amangqamuzana angakhula ngokungabi nasisindo ngendlela efanayo nasemhlabeni, ukuthi azophila kanjani phakathi nendiza ende, nokuthi isimo sawo sincike kuziphi izimo.
"Inhloso enkulu yocwaningo ukuthola indlela yokukhulisa amaseli e-bone marrow stem ku-zero gravity, i-cosmonauts (noma izakhamuzi zamakoloni azayo) ezingasebenzisa ukuphulukisa amanxeba, ukushisa, nokuphulukisa amathambo ngemva kokuphuka," kusho i-Sechenov University. isitatimende.
Kulindeleke ukuthi ucwaningo lwesikhathi esizayo luzokwenza kube nokwenzeka ukuklama isikhungo esizovumela ukusetshenziswa kwamaseli omnkantsha avela kumalungu eqembu ukuze bathole ukwelashwa phakathi nezimo zendiza. Uhlelo olunjalo luzodingeka emisebenzini yesikhathi eside yasemkhathini. Lo msebenzi uhlelelwe ukuthi uphothulwe ngo-2024.
Masingeze ukuthi ngo-2018, ukuhlolwa okuyingqayizivele "i-Magnetic 3D bioprinter" "yokuphrinta" izicubu eziphilayo kwenziwa ebhodini le-ISS. Ulwazi olwengeziwe mayelana nalo msebenzi lungatholakala kundaba yethu.
Source: 3dnews.ru