Sentence examples for major phenotypic differences from inspiring English sources

This also highlights the critical requirement of more anchored amniote genome assemblies for ultimately determining the consequence of chromosomal rearrangements on gene regulation and function that have led to the major phenotypic differences between the different amniote lineages.

Understanding how genome arrangement has changed over time may ultimately help us to elucidate the genome changes, and their consequences on gene regulation and function, that have led to the major phenotypic differences observed between the different mammalian lineages.

Clinical A. baumannii isolates display major phenotypic differences in virulence-associated phenotypes such as, biofilm formation, adherence to human epithelial cells, invasion, motility and cytotoxicity [ 2– 6].

However, the majority of individuals did not experience motor auras, and furthermore, major phenotypic differences were observed between a set of monozygotic twins.

The gene-disruption mutants segregated from NG6441 and the WT were grown under controlled conditions to assess major phenotypic differences.

The twins shared many clinical similarities but also exhibited major phenotypic differences, despite having the same genetic background and living in the same environment until their teenage years.

A major phenotypic difference between control and HSP90-reduced lines, excepting RNAi-B1, appeared to be the shape and timing of formation of true leaves.

Mycobactin dependency in vitro is a major phenotypic difference between M. paratuberculosis and other subspecies of the MAC complex.

A major phenotypic difference between noca-1∆ noca-1∆n-1∆ worms is thandthe former are sterile whereas the latter are fertile.

For example, FCT candidates are enriched for SNPs significantly associated with tassel morphology in maize, a major phenotypic difference between parviglumis and mexicana (Iltis and Doebley 1980).

Notably, alcohol dehydrogenase was found in the detected molecular paths only when flux data was included in the scoring even though alcohol production was a major phenotypic difference between S. cerevisiae under fully aerobic and conditions or 2.8% oxygen provision.