Sentence examples for extensive differentiations from inspiring English sources

This was done by presenting descriptive summary statistics for discussions at three consecutive meetings; at each meeting the discussions from the previous meeting was pursued and expanded in order to get as rich and extensive differentiations as possible of the main cross-points, dilemmas, and challenges.

In others e.g., geckos, which have very extensive differentiation along their extended basilar membranes the differentiation is almost as great as that in higher vertebrates, including humans.

Culture-adapted cells appear capable of extensive differentiation, but their differentiation deviates from their normal counterparts (Fazeli et al., 2011; Werbowetski-Ogilvie et al., 2009).

These detached cells were incapable of forming secondary spheres, suggesting extensive differentiation in the culture conditions used.

This subline was adapted to culture, which allowed efficient passaging and cloning to facilitate transfection, while retaining the capacity for extensive differentiation [20].

The hES cells retained the capacity for extensive differentiation as indicated by analysis of ectoderm, mesoderm, and endoderm marker gene expression following EB formation.

Our results show that simultaneous deletion of both copies of Dll1 and of Jag1 causes an extensive differentiation of various subtypes of INs produced from the DV domains where each ligand is expressed.

This observation likely stems from two aspects of our experimental design: 1) that the input cell lines used were of advanced cellular age and contained an inefficient mitochondrial complement, and 2) the re-derived fibroblasts were produced using an extensive differentiation regimen that may more closely mimic the degree of growth and maturation found in a developing mammal.

The CM of the SUM1315-bo celineinduceducextensiveive differentiation of osteoclasts.

Inactivation of all three Klfs is required to inactivate the core pluripotency network and trigger extensive differentiation.

We obtained comparable E8.5 embryos from both normal and Blimp1−/− rESCs, indicating their potential for extensive differentiation.