Sentence examples for in chick studies from inspiring English sources
Dessimoz et al. show that in chick studies, FGF4 induces posterior endoderm markers in a concentration dependent manner and inhibits expression of anterior endoderm markers, such as Hex1 and Nkx2.1.
The exact composition of the rat basal diet was not found on literature search, but the composition of basal diet used in the chick studies was similar to the formulated low-Si diet used here (i.e. all vitamins and minerals were present; see Table 1), apart from the chick diet being amino acid-based rather than casein/corn-based used here [37].
Studies in chick embyros have demonstrated that expression of EWS-FLI1 disrupts normal NCSC development [16].
Other studies in chick and zebrafish show that ZNF9 deletion results in severe brain and muscle phenotypes [20], [21].
Previous studies in chick dorsal root sensory neurons have reported a similar anterograde capsid velocity and a retrograde velocity twice that obtained in this study [3].
Misexpression studies in chick embryos suggested that both Wnt4 and Wnt5a can alter chondrogenesis and shorten limb growth, apparently by different mechanisms.
Finally, previous studies in chick demonstrated that BMP inhibition (e.g., with Noggin) can block NC specification during early, but not late stages of NC development [23].
Studies in chick growth plate chondrocytes indicate that NO metabolism is required for development of the mature chondrocyte phenotype: it stimulates hypertrophy and seems to promote apoptosis of terminally differentiated chondrocytes [49].
Early studies in chick and frog embryos showed that canonical Wnt antagonists, crescent and Dikkopf (Dkk), induce cardiac gene expression while Wnt/β-catenin signaling inhibits cardiac differentiation [10], [11].
Studies in chick suggest that segmental identity overrides isthmic signalling in inducing rhombic lip cell types (Eddison et al., 2004).
Previous studies in chick have indicated that directional differences in cell proliferation can affect shape and overall growth trajectories of the facial prominences (Li et al., 2013b).
