Maningi amaqembu ososayensi aqhubeka nokusebenza ukwenza ipulatifomu entsha yokugcina esivumela amandla amakhulu kakhulu. Enye yamathuba amakhulu ukusebenzisa i-DNA ukugcina inani elikhulu lemininingwane futhi manje iqembu labaphenyi abavela ku Columbia University, njengoba kushicilelwe ku- Isayensi, kubonakala sengathi uthathe isinyathelo esibaluleke kakhulu.
Kubukeka sengathi ukwakheka okuphumelelayo, ukuqaliswa nokuhlolwa kwefayela le- i-algorithm entsha ekwazi ukudlulisa ividiyo ebukhoma kuma-mobiles sisebenzisa wonke amathuba ahlinzekwa yisitoreji ku-ADN namuhla, uhlelo, onjiniyela abaningi abanqikazi ukuluchaza njengohlelo lokugcina oluphelele.
Le ndlela entsha ivumela ukugcina kuze kufike ku-1,6 bits kusisekelo ngasinye se-nitrogen se-DNA.
Ukuze kwenziwe lo msebenzi, iqembu liguqula idatha kanambambili ibe izisekelo ze-nitrogenous ukuze kamuva likwazi ukufunda lezi zisekelo usebenzisa i-Fountaine Code algorithm. Ngenxa yale ndlela, okwamanje, kuze kufike 1,6 izingcezu kusisekelo ngasinye se-nitrogenous, inani eliphakeme kakhulu kunezindlela zonke zangaphambilini futhi elisondele kakhulu kumkhawulo wethiyori wamabhithi ayi-1,8.
Uma sibeka yonke le datha ngendlela efanele futhi sinaka izibalo zabaphenyi abaphethe iphrojekthi, sithola ukuthi le phrojekthi ayikwazi ukugcina lutho olungaphansi Ama-petabyte angama-215 kugremu ngalinye le-DNA Ngakho-ke, le yindlela ekhonjwe ngayo, besizobhekana nendawo yokugcina ecijile kunayo yonke eyake yenziwa ngumuntu.
Ezitatimendeni ze U-Yaniv Erlich, uprofesa wesayensi yamakhompiyutha e-Columbia University kanye nombhali ngokubambisana wephrojekthi:
I-DNA ayilulazi ngokuhamba kwesikhathi njengamateyipu amakhasethi noma ama-CD, nayo ngeke iphelelwe yisikhathi ngoba, uma kwenzeka, sizoba nezinkinga ezinkulu kakhulu.