Shiinuhu wuxuu sameeyay horumarro uu kaga hortagayo cudurka fayraska ee Solanaceae

Shiinuhu wuxuu horumar ka sameeyay ka hortagga cudurka fayraska ee Solanaceae ka dib markii uu isticmaalay daawada dsRNA nano nucleic acid, sida laga soo xigtay akadeemiyada Shiinaha ee cilmiga beeraha.

Kooxda khabiiradu waxay si hal-abuur leh u isticmaaleen nanomaterials si ay u qaadaan asiidhyada nucleic-ka ah iyaga oo sii maraya xannibaadda manka, gudbinta dsRNA iyada oo aan la helin gargaar jireed oo dibadda ah, iyo firfircoonida RNAi ka dib marka la geeyo qaybaha manka si loo yareeyo gaadiidka fayraska ee miraha.

Isticmaalka nanoparticles dsRNA ee xakamaynta cayayaanka waxaa loo arkaa inay tahay tignoolajiyada kacaanka ee goobta ilaalinta dhirta mustaqbalka.

Sanadihii la soo dhaafay, kooxda waxaa ka go'an in ay horumariyaan ka hortagga cagaarka iyo istaraatijiyad xakamaynta cayayaanka iyo cudurada, oo waxay sameeyeen cilmi-baaris nidaamsan oo si sax ah loo beegsaday iyo deegaanka saaxiibtinimo.

Daraasadu waxay barbardhigtay saamaynta fayraska ee afar hab oo gaarsiinta dsRNA dhirta, kuwaas oo ah dhexgalka, buufinta, qooynta xididka, iyo gudaha manka.

Natiijooyinku waxay muujinayaan in HACC-dsRNA NPs-yada noolaha ah loo isticmaali karo sidii vector gaadiidka biomolecular fudud, iyo sidoo kale sida gudbiyaha suurtagalka ah ee khalkhalgelinta dabeecadaha aan transgenic ee dhirta.Gudbinta tooska ah ee cudurada fayrasyada dhirta waa la yarayn karaa, sidaas darteed hoos u dhigida heerka fayraska-qaada ee abuurka faraca iyadoo la dhexgelinayo manka oo leh NPs.

Natiijooyinkani waxay muujinayaan faa'iidooyinka tignoolajiyada RNAi-ku-salaysan ee NPs ee taranka iska caabbinta cudurada iyo horumarinta xeeladaha cusub ee taranka iska caabinta cudurada dhirta.

Warbixinta ayaa sidoo kale lagu bilaabay ACS Applied Materials & Interfaces, mid ka mid ah joornaalka ugu awooda badan Shiinaha.

Waa kuwan qaar ka mid ah sunta cayayaanka si looga hortago cayayaanka khudaarta.

Dimethoate 40% EC

Deltamethrin 2.5% EC