Da yawa daga cikin kungiyoyin masana kimiyya ne wadanda ke ci gaba da aiki don haɓaka sabon dandamali na ajiya wanda ke ba mu damar da yawa. Ofayan manyan damar shine amfani da DNA don adana ɗimbin bayanai kuma yanzu ƙungiyar masu bincike daga Jami'ar Columbia, kamar yadda aka buga a Kimiyya, da alama sun ɗauki mataki mai mahimmanci.
Ya bayyana cewa zane mai nasara, aiwatarwa da gwajin a sabon algorithm wanda zai iya watsa bidiyon kai tsaye akan wayoyin hannu yin amfani da duk damar da ajiyar ke bayarwa a yau a cikin ADN tsarin da, injiniyoyi da yawa ba sa jinkirin bayyana shi azaman kusan tsarin ajiya mai kyau.
Wannan sabuwar hanyar tana bada damar adana har zuwa ragowa 1,6 a cikin kowane sashin nitrogen na DNA.
Don aiwatar da wannan aikin, ƙungiyar ta canza bayanan binary zuwa sansanonin nitrogenous don daga baya su iya karanta waɗannan tushe ta amfani da Fountaine Code algorithm. Godiya ga wannan fasaha, don lokacin, har zuwa 1,6 ragowa akan kowane tushe nitrogenous, adadin da yafi dukkan hanyoyin da suka gabata baya kuma wannan yana kusa da ka'idar ka'ida na rago 1,8.
Idan muka sanya duk waɗannan bayanan a cikin hangen nesa kuma muka mai da hankali ga ƙididdigar masu binciken da ke kula da aikin, za mu ga cewa wannan aikin yana da ikon adana komai ƙasa da haka 215 petabytes a cikin kowane gram na DNA Don haka, wannan shine yadda aka gano shi, zamu iya fuskantar matsakaicin matsakaicin matsakaici wanda mutum yayi.
A cikin maganganun na Yaniv Erlich ne adam wata, farfesa a kimiyyar kwamfuta a Jami'ar Columbia kuma marubucin marubucin aikin:
DNA ba ya raguwa a kan lokaci kamar kaset kaset ko CD, hakanan kuma ba zai tsufa ba tunda, idan ya yi, za mu sami manyan matsaloli.