Sentence examples for length differentiation from inspiring English sources

Finally, our findings provide a framework for future identification of the genes responsible for rapid beak length differentiation using a combination of fine-mapping, a candidate gene approach, and functional analysis.

The ratio of beating EBs for iPS cell line 11.1 increased with the length of differentiation and reached approximately 30% after plating for 8 days, falling down after 10 days.

Thus, EB3-depleted cells manage to increase their cell length upon differentiation by less than 60% of their original size, whereas control cells elongate to about 3-fold length.

Adjusted for the interactions of race, age, tumor histology and tumor location with surgery, sex, race, age, smoking at diagnosis, tumor histology, tumor length, tumor differentiation, clinical stage, radiation modality and surgery for EC-specific death free survival.

Though 7-fold symmetry would slightly widen the chamber compared with 6-fold symmetry, probably more important was its doubling in length by differentiation into two subunits, the inner proteolytic and the outer not, and doubling the number of rings, thus greatly distancing the active sites from the entry pores.

Intriguingly, Leishmania donovani parasites lacking a component of the outer dynein arm docking complex (LdDG2 null mutants) also demonstrated a link between flagellum length regulation and differentiation, and it was proposed that unincorporated flagellar proteins trigger stress responses which promote differentiation between parasite forms (Harder et al., 2010).

A possible reason for this result may be that tumour length and cell differentiation are highly related to tumour staging.

Bone cultures of fetal mouse tibias treated with FGF18 show decreased bone length and hypertrophic differentiation of chondrocytes.

As a result, the bulk of Ngn3+ and Kit+ spermatogonia extend their unit length unidirectionally as differentiation progresses.

Little is known about the regulatory mechanisms underlying the effects of telomerase activity and telomere length on osteoblast differentiation.

The current work examines the mechanism by which the promoter mutations act using a two-step CRISPR knockin approach in human ES cells and then studying the effect of the mutations on telomerase and telomere length maintenance upon differentiation.