Abantu abalishumi abaphambili bendalo kwisayensi:

I-piking yunlong yunlong ye-fuo enegama lokuphanda i-coronavirus entsha

Ngomhla we-15 kuDisemba 2022, indalo ibhengeze indalo yayo yendalo, uluhlu lwabantu abalishumi abaye baba yinxalenye yeziganeko eziphambili zezenzululwazi, kwaye amabali anika umbono obalulekileyo wezinye zezenzululwazi.

Ngonyaka wezinto ezifudumeleyo kunye nendalo inyule abantu abalishumi abasuka kwi-Astronomers abaye bawaxhasa ubukho bendalo, besiya kubaphambukeli be-chikesky, besiziimoninton ze-monasky, inkosi yeempawu zendalo.

I-YUNSLOng Cao ivela kwiZiko leNdawo eyi-Biamedical (biopic) kwiDekiDyunivesithi. Ugqirha Cao uphumelele kwiYunivesithi yaseZhejiang kunye nenqanaba le-bachelor kwi-physic kwaye wafumana i-PHD ye-HODRD yaseHarvard kwi-Hiaoliang xie, kwaye ngoku iluhlobo lophando kwiYunivesithi yasePiking. U-Yunlong Cao ugxile kuphuhliso lwetekhnoloji yeseli yeseli, kwaye uphando luye lwanceda ekuvumeni indavirsus ye-coronavirsus entsha kwaye uqikelela utshintsho olukhokelela kwindalo entsha.

Ngo-18 Meyi 2020, Xiaoliang xie / yunlong cao et al. Ipapashe iphepha kwijena lejenali elinomxholo othi: "Ukungathathi cala i-antinedies nxamnye ne-SARS-cov-2 echongwe ngumgangatho ophezulu weseli bspalencent yezigulana.

Olu phononongo luxela iziphumo ze-coronavirus entsha (i-SARS-Cov-2) ye-Anticlas Screen Antiglon kwi-antiglon i-antig1 i-antig1 i-antigen i-antig1 i-antibodies kwi-60 yezigulana.

Olu phononongo lubonisa okwesihlandlo sokuqala ukuba inyathelo lokuqalisa i-leses-nye linokusetyenziswa ngokuthe ngqo kwinkcitho yeziyobisi kwaye inesibonelelo sokuba yinkqubo ye-Antinedies yokungaziphathi kakuhle i-antibodies.

Ngomhla we-17 kaJuni 2022, Xiaoliang xie / yunlong cao et al. Ipapashwe iphepha elinomxholo: I-Ba.2.12.1, Ba.4 kunye ne-Ba.5 ukubaleka i-antibodies ecekeceke kusulelo lwe-Omiciron kwindalo.

Olu phononongo lufumanise ukuba amabala amatsha e-omicron ifune ba.2.12.1, u-Ba.4 ubonise ukunqanda i-plasma ebalekayo kwi-PLARMARMMA YOKUGQIBELA NGOKUGQIBELA.

Ezi zinto zifunyenwe zibonisa ukuba i-BAICINIFIF yokugonya i-omicron esekwe kwi-Omicron isenokungasekho ifanelekile njenge-booster kwimeko yokugonywa yangoku kwaye ii-antibodies ezibekiweyo aziyi kunika ukhuseleko olubanzi kwi-mutant yoxinzelelo olutsha. Ngaphaya koko, ugorha ogonyamelo ngokusuleleka kwe-omicron kunzima kakhulu ukufezekisa ngenxa ye 'myOgenic' panomenon ye-coronavirsus entsha kunye nokukhawuleza kwezakhiwo zokuguquka komzimba.

Nge-30 ka-Okthobha 2022, iXiaoliang Xie / i-XUNSICK ye-WOOOng yeCao ipapashe iphepha lophando elinomxholo: I-Tov-2 ye-SOS-2 ye-SOV-2 iqhutywa i-Omitgent Oriprint Biorprint Biorprint Biorprint Biorprint Biorprint Biorprint Biorprint Biorprint Biorprint Biorprint Biorprint Biorprint Biorprint Biorprint Biorple.

Olu phononongo lubonisa ukuba inzuzo ye-XB ngaphezulu kwe-BQ.1 inokubakho kwinxalenye yokutshintsha ngaphandle kwe-spinosin, kwaye i-gebb inakho ukubaleka i-genosin ye-genosin, enokuyivumela ukuba isulele i-NTD, enokuyivumela ukuba isuse i-BQ.1 kwaye inxulumene amatywikelo. Nangona kunjalo, kufanelekile ukuba uqaphele ukuba utshintsho olwenzeka kwingingqi ye-NTD lwenzeka kwi-BQ.1 kwixabiso elikhawulezayo. Olu luhlu luguqula kakhulu amandla ezinto ezingafaniyo ukuze ubaleke ekuchaseni ii-antibodies eziveliswe ngokugonya kunye nosulelo lwangaphambili.

UGqr. Yunlong Cao uthe kusenokukhuselwa kwi-XBB ukuba iyosulelekanga nge-Bq.1, kodwa kuyafuneka ngakumbi ukubonelela ubungqina koku.

Ukongeza kwi-Yunlong Cao, abanye abantu ababini benza uluhlu lwegalelo labo elibalaseleyo kwimicimbi yezempilo yoluntu, uLisa McCorkell noDimie Ogoina.

U-Lisa McCorkell ngumphandi onophandi onamalungu amade kunye nelungu elisesikweni lentsebenziswano ye-LED ye-LED, uye wanceda ekufumaneni ulwazi kunye nenkxaso-mali yophando kwisifo.

UDimie Ogoina sisifo esosulelayo kwiYunivesithi yaseNiger Delta eNigeria kunye nomsebenzi wakhe kwi-Nigepox Ebepimic eNigeria inike ulwazi oluphambili ngokuchasene nobhubhane ophambili kwi-chidepmine.

Nge-10 kaJanuwari ukuya kwengama-2022, iYunivesithi yaseMaryland yamayeza yabhengeza i-genes yentliziyo ephumeleleyo yehlabathi, xa i-57 yentliziyo eneminyaka engama-57 ubudala i-datnet yafumana i-gene-gannet ifumene ubomi bakhe.

Nangona le ntliziyo yehagu ihambise ubomi bukaDavid Bennett kuphela ngeenyanga ezimbini, kuye kwakho impumelelo enkulu kunye nembali yembali kwicandelo le-XenotranPlantration. UMuhammad Mohiuddin, ugqirha ongugqirha wakhokelela kwiqela eligqibile ukuthunyelwa kwehagu le-genered ye-generes, ngokungathandabuzekiyo kwathiwa ngabantu abaphambili bonyaka.

Abanye abaninzi bakhethwa ukuba baphuhlise izinto eziphucukileyo zesayensi kunye nenkqubela phambili ye-Astromer, eyakha indima yendawo ye-Nasa ye-Nasa ye-Nasa ye-Nasa ye-Nasa ye-Nasa ye-Nasa ye-Telescope ukuze ifumane indawo kwaye isebenze ngokufanelekileyo kwinqanaba elitsha neliphezulu. UAlondle Nelson, njengoMgaqo-nkqubo weSayensi yeShyasi kunye neTekhnoloji yeTekhnoloji ye-Ofisi yezeNzululwazi kunye neTekhnoloji, incede ulawulo luka-Mongameli Biden kuphuhlisa izinto ezibalulekileyo zenzululwazi nakwizikhokelo zenzululwazi evulekileyo. I-Diana Greene Greene, umphandi wokukhupha kunye nomphambukeli kwiDyunivesithi yaseCalifornia, eSan Francisco, enike idatha ephambili kwimpembelelo ePhakamileyo yeNkundla ePhakamileyo yeShumi.

Kukwakhona namanye amagama koluhlu oluphezulu lonyaka olufanelekileyo kuphuhliso lwemozulu kunye nezinye iingxaki zehlabathi. Zi: I-António Guters, Unobhala-Jikelele weZizwe Ezimanyeneyo, i-Saseemul HUQ, UMlawuli weZiko leMfundo le-Dhaka, i-Bangladesh, kunye ne-Svitlavokhokho be-IKIAROVSK, i-IPCC ye-IPCC).