With Liu's supervision, Esvelt developed a technique to trick certain viruses into evolving proteins so rapidly in the laboratory that researchers could observe dozens of rounds of molecular evolution in a single day.
Students literally observe phenotypic and molecular evolution in their classroom!
"This is one of the first comprehensive studies to look at rates of molecular evolution in dolphins".
"Rates of molecular evolution in plants seem to be correlated with changes in life history," he explained.
"This paper presents a very exciting development for understanding the rate of molecular evolution in primates," says Michael Steiper, an anthropological geneticist at Hunter College in New York.
But, he adds, ultimately it's good news that, by disproving the molecular clock theory, molecular evolution in a wide variety of organisms may become better understood.
Discussing the importance of random mutations and the basis of molecular evolution in biology classes complements students' views of the evolutionary process.
The receptor gene sequences provide novel information to study their molecular evolution in relation to other insect chemoreceptor gene family.
Moreover, the slow rate of molecular evolution in DNA makes it difficult to clearly resolve human prehistory during the Holocene, even in rapidly evolving molecules like mitochondrial DNA.
Rates of molecular evolution in mitochondrial genes are extremely slow in anthozoans [1], and finding informative nuclear markers is generally challenging.
One would expect that additional cycles of molecular evolution in GFP insertion vectors with increasing stringency would likely produce a more robust and soluble Rv2911 variant.
