@ahmadfall40 Dude that's exactly what was done. https://t.co/fdJ0cdmwiW
@ahmadfall40 Evolution of a new Viral Protein Coat. [Paper] Experimental Rugged Fitness Landscape in Protein Sequence Space; Yuuki Hayashi et al, 2006: [open access] https://t.co/fdJ0cdmwiW
@Life_Maverick1 @5317006 @StephenCMeyer @Simon7Holmes How long did this take? Evolution of a functional protein from a random non-functional 139 amino acid long polypeptide sequence. Experimental Rugged Fitness Landscape in Protein Sequence Space; Yuuki
@crevinfo @4tis @Ystenders That's nice.... Only that scientists have observed proteins evolving Evolution of a functional protein from a random non-functional 139 amino acid long polypeptide sequence. Experimental Rugged Fitness Landscape in Protein Seq
@HauerDvon @MrJohns52403217 @SubmitToChrist @TashaRoseRadMam @NellyHusz This would have been impossible as well Evolution of a functional protein from a random non-functional 139 amino acid long polypeptide sequence. Experimental Rugged Fitness Landscape
@Prophecy_YEC @theosib2 @AiG Yup... Evolution of a functional protein from a random non-functional 139 amino acid long polypeptide sequence. Experimental Rugged Fitness Landscape in Protein Sequence Space; Yuuki Hayashi et al, 2006: [open access] https:/
@Kezarddd @TheBearsLeft @leftistluthien @sabrina_verita What's the odds of evolving a functional protein from a random non-functional 139 amino acid long polypeptide sequence? Let's see you calculate the odds of an observed event. Experimental Rugged Fitn
Experimental Rugged Fitness Landscape in Protein Sequence Space https://t.co/zuRpJ1b1Dv