Coevolving networks of genes, “thus increasing and maintaining informational complexity, decreasing uncertainty, and expediting evolution (for detailed discussions on computational methods and theoretical implications." https://t.co/2F7H7auoM1
“Networks of genes can coevolve (e.g., interacting ion-channel genes).” https://t.co/2F7H7auoM1
Coevolving gene clusters. "Mutations are complex, occur in clusters, occur at different rates within and between genes (= “hot spots” in the genome).” https://t.co/2F7H7auoM1
“Mantra: natural selection acts on random gene mutation which produces variant proteins, which each have different fitness qualities for their specific environmental niches. First level evolution is random, the second level is adaptive. https://t.co/2F7H7
“Protein evolution is not a random process. Scientific evidence suggests that natural selection tinkers with molecular improvements by retaining adaptive peptide sequence." https://t.co/2F7H7auoM1
Jackprot Simulation Couples Mutation Rate with Natural Selection to Illustrate How Protein Evolution Is Not Random https://t.co/ACMKZaox4I
Here is link to paper published in Evolution Education and Outreach by Springer http://t.co/ACMKZaox4I
Jackprot Simulation Couples Mutation Rate with Natural Selection to Illustrate How Protein Evolution Is Not Random http://t.co/ACMKZaox4I
Link to companion article published in Evolution Education & Outreach of Springer http://t.co/uC03GvLlsb http://t.co/bIDqmS9XJS