Iingcali zaseRashiya ezivela kwi-Institute of Cytology and Genetics SB RAS (ICiG SB RAS) zicebise iteknoloji entsha yokwenza i-nanomaterials eneempawu zokulwa ne-antibacterial.
Iimpawu zezinto eziphathekayo zinokuxhomekeka kwimichiza kunye / okanye isakhiwo. Iingcali zeZiko leCytology kunye neGenetics SB RAS zifumene indlela yokufumana i-lamellar nanoparticles ezijonge ngokuthe nkqo kubushushu obuphantsi.
Ukujongwa ngokuthe nkqo kwenza kube lula ukubeka i-nanoparticles ngakumbi kwindawo enye ye-substrate. Kwaye oku, kuvula indlela yokutshintsha iimpawu zemveliso yokugqibela.
"Eziqhelweni, le ndlela yavavanywa kwi-hexagonal boron nitride (h-BN), into efana nesakhiwo kwigraphite. Ngenxa yokutshintsha ukuqhelaniswa kwe-h-BN nanoparticles, izinto eziphathekayo ngokwenene zifumene iipropati ezintsha, ngokukodwa, ngokutsho kwabadali, i-antibacterial, "kusho ukupapashwa kwe-Institute of Cytology kunye ne-Genetics SB RAS.
Uphando lucebisa ukuba xa udibana neenanoparticles ezijonge ngokuthe nkqo, ngaphezulu kwesiqingatha seebhaktheriya ziyafa emva kweyure nje yokunxibelelana. Kuyabonakala ukuba, esi siphumo sinxulumene nomonakalo womatshini kwi-membrane yeseli yebhakteria xa udibana ne-nanoparticles.
Itekhnoloji entsha inokuba luncedo ekusebenziseni i-antibacterial coatings kwizixhobo zonyango kunye neminye imiphezulu. Ukongezelela, kwixesha elizayo, ubuchule obucetywayo bunokufumana ukusetyenziswa kwezinye iindawo.
umthombo: 3dnews.ru