Juun 17, gantaalka xambaara ee Long March 2 F Yao 12 ee siday dayax gacmeedka Shenzhou 12 ee dadka waa la shiday oo laga soo qaaday Xarunta Daahfurka Satalaytka ee Jiuquan.Shay ahaan, wadar dhan 29.9 garaam oo ah iniinaha Orchid ee Nanjing ayaa la geeyey hawada sare iyada oo ay weheliyaan saddex cirbixiyeen si ay u galaan safar saddex bilood ah oo meel bannaan ah.

Noocyada Orchid ee lagu beerayo meel bannaan markan waa cawska cas, kaas oo ay dooratay oo ay soo saartay Xarunta Tijaabada Sayniska iyo Tiknoolajiyada ee Fujian Forestry, oo ah unug si toos ah u hoos taga Xafiiska Kaymaha Fujian.

Waqtigan xaadirka ah, taranta meel bannaan ayaa si weyn loogu isticmaalay hal-abuurnimada warshadaha abuurka beeraha.Taranta meel Orchid waa in si taxadar leh loo doortay abuurka orchid meel bannaan, ka dhigi isticmaalka buuxa ee shucaaca cosmic, vacuum sare, microgravity iyo bey'ada kale si kor loogu qaado isbeddelada qaab-dhismeedka koromosoom ee abuurka orchid, ka dibna mari dhaqanka unugyada shaybaarka si loo gaaro kala duwanaansho noocyada orchid.TijaaboMarka la barbar dhigo taranta caadiga ah, taranta boosku waxay leedahay suurtogalnimo sare oo ah beddelka hidda-wadaha, taas oo ka caawisa in ay dhalaan noocyo orchid cusub oo leh xilli ubax dheer, dhalaalaya, ka weyn, qalaad, iyo ubaxyo udgoon badan.

Xarunta Tijaabada Sayniska Kaymaha ee Fujian iyo Machadka Cilmi-baarista Ubaxa ee Yunnan Academy of Sciences Beeraha ayaa si wada jir ah u sameeyay cilmi-baaris ku saabsan taranka hawada sare ee orchids Nanjing tan iyo 2016, iyaga oo isticmaalaya dayax-gacmeedka "Tiangong-2" ee dadka, gantaallada xambaara ee Long March 5B , iyo Shenzhou 12 xambaara Dayax gacmeedka bani'aadamku waxa uu sido ku dhawaad ​​100g oo ah iniinaha "Nanjing Orchid".Waqtigan xaadirka ah, laba xariiq oo biqilka abuurka orchid ayaa la helay.

Xarunta Tijaabada Sayniska iyo Tiknoolajiyada Fujian waxay sii wadi doontaa adeegsiga fikradda cusub iyo tignoolajiyada "Technology Space +" si ay u fuliso cilmi-baaris ku saabsan isbeddellada midabka caleenta orchid, midabka ubaxa, iyo udgoonka ubaxa, iyo sidoo kale cloning iyo falanqaynta shaqeynta hiddo-wadaha mutant, iyo in la dhiso nidaamka isbeddelka hidda-socodka orchid si loo hagaajiyo noocyada Heerka kala duwanaanta tayada, dardargelinta xawaaraha taranta, iyo kor u qaadida samaynta habka taranta jiho ah ee "isbeddelka taranka bannaanka + taranta injineernimada hidde" ee orchids.