Sentence examples for embryonic decisions from inspiring English sources

In daf-18 mg198) daf-18 mg198ls, mutantf the eanimalsbryonic decisions were many as in wild type.

Organs form relatively late, compared, for example, with early embryonic patterning decisions.

Studies of loss of function situations in mice have contributed to the understanding of epigenetic regulators in early embryonic lineage decisions.

Zygotic glp-1 activity is also functionally redundant with lin-12 in several late embryonic cell fate decisions (Lambie and Kimble 1991), and GLP-1 can functionally substitute for LIN-12 in the AC/VU decision when expressed under the control of lin-12 regulatory sequences (Fitzgerald and Greenwald 1995).

glp-1 (0) hermaphrodites can only be obtained as segregants from heterozygous mothers, because maternal glp-1 activity is necessary for essential early embryonic cell fate decisions; these segregants are sterile, because glp-1 activity is required for germline development but have normal somatic gonad development and vulval induction (Austin and Kimble 1987; Priess et al. 1987).

If the absence of lateral stabilization continues, the subsequent dynamics differ from the embryonic cell fate decision discussed above.

What if the president for some reason decided to listen to them, instead of to the Catholics, which is the group he really listens to in making his decisions about embryonic stem cell research?

Lineage commitment in the mammalian embryo is most often depicted as a series of binary choices between alternate cell states, and increasing evidence supports the hypothesis that fate decisions in embryonic stem (ES) cell cultures reflect these developmental processes [1].

The Runx3 transcription factor regulates cell fate decisions during embryonic development and in adults.

The Notch pathway regulates metazoan embryonic development, cell fate decisions and tissue boundaries specifications [ 2, 3].

During embryonic development, cell-fate decisions and lineage commitment are regulated by both transcription factors and epigenetic mechanisms.