Sentence examples for adapt the phenotype from inspiring English sources

During evolution, higher organisms have recruited multitarget regulatory elements that are capable of modifying these robust networks and reconcile maintaining functionality under mutational pressure with being able to rapidly adapt the phenotype to the environment.

Accordingly, the frequency of adapting the phenotype increases, while the remaining fraction of young cells decreases.

Simultaneously, they signal to adjacent endothelial cells via Delta-like ligand (DLL -Notch interactions not to aDLL -Notchinteractionsotype, but to mainotin toe proliferadapt sthek cell phenotipe and to form a vascellr lumen [ 3, 4].

Although the YPO has many fewer terms than GO (about 160 terms as of October 2008, compared to about 2200 GO terms in the smallest GO aspect, Cellular Component), it will be useful to develop a very broad set of perhaps 20 observables representing general phenotypes, and to adapt the GO Slim Mapper as a Phenotype Slim Mapper tool.

Upon chronic colonization, P. aeruginosa can adapt this phenotype by conversion into a mucoid form that is more resistant to antibiotics and host defense.

This study demonstrates that an organism has the potential to adapt its phenotype after the first encounter with another organism to establish mutualism before its extinction.

10, 595 602 (2009).In references 3 and 4, the concept is introduced that Treg cells adapt their phenotype to match the type of immune response they are controlling, sometimes sharing key segments of the transcriptional program with co-residing T effector cells.

Hence, if a recessive mutation occurred that brought on an adaptive advantage to the new environment of the colonised island, there would be a very significant advantage for the individuals carrying the adapted, recessive, phenotype, to reduce their breeding with the rest of the colonising group.

This suggests that, despite initial differences in apparent phenotype, the polarization became similar following microbial stimulation; both cell types showed the ability to adapt their phenotype.

Muscle fibers have the ability to adapt their phenotype and modify MyHC-type, architecture and their size in response to changes in internal or external environment (Pette and Staron 2001).

This could also be compatible with the lack of correlation between antigen expression in different parts of a sample from the same patient, in that the cells within different microenvironments appear to be able to adapt their phenotype.