Two alternative hypotheses attribute different benefits to codon-anticodon adaptation. The
first assumes that protein production is rate limited by both initiation and elongation and that …

Two alternative hypotheses attribute different benefits to codon-anticodon adaptation. The
first assumes that protein production is rate limited by both initiation and elongation and that …

Two alternative hypotheses attribute different benefits to codon-anticodon adaptation. The
first assumes that protein production is rate limited by both initiation and elongation and that …

Two alternative hypotheses attribute different benefits to codon-anticodon adaptation. The
first assumes that protein production is rate limited by both initiation and elongation and that …

Two alternative hypotheses attribute different benefits to codon-anticodon adaptation. The
first assumes that protein production is rate limited by both initiation and elongation and that …

Two alternative hypotheses attribute different benefits to codon-anticodon adaptation. The
first assumes that protein production is rate limited by both initiation and elongation and that …

抄録< jats: title> Abstract</jats: title>< jats: p> Two alternative hypotheses attribute different
benefits to codon-anticodon adaptation. The first assumes that protein production is rate …

Two alternative hypotheses attribute different benefits to codon-anticodon adaptation. The
first assumes that protein production is rate limited by both initiation and elongation and that …

Two alternative hypotheses attribute different benefits to codon-anticodon adaptation. The
first assumes that protein production is rate limited by both initiation and elongation and that …

Two alternative hypotheses attribute different benefits to codon-anticodon adaptation. The
first assumes that protein production is rate limited by both initiation and elongation and that …