Sentence examples for morphological phenotypes that from inspiring English sources
Interestingly, rpb1-5XCTD cells displayed many bizarre and pleiotropic morphological phenotypes that defied simple categorization.
Homozygous cvy1 mutant displayed strong morphological phenotypes that are indistinguishable from the well-characterized DISTORTED trichome mutants [ 2].
Embryos exposed to WAF starting at 3.5 hours post-fertilization (hpf) until a maximum of 5 days post-fertilization (dpf) caused an array of morphological phenotypes that included dorsal tail curvature, cardiac edema, cyst formation, reduced head structures and brain hemorrhages.
EMT is a key process in tumor metastasis [ 40, 41] and is a process, whereby epithelial cells lose their epithelial cell features and acquire a mesenchymal morphological phenotype that is associated with some characteristic alterations at the molecular levels.
Unlike morphological traits, phenotypes that confer a growth advantage under a specific condition are especially suited for BSA and RHS, as phenotypic selection can be performed in bulk.
Among 100 plants in MF1, twenty-one individuals with heterozygous Xa7 and Pi2 were found by PCR analysis, and one plant with similar morphological phenotypes to that of Guangzhan63-4S waselecteded for self-pollination under short day and low temperature conditions at Hainan in winter-spring season of 2009 2010.
Transgenic plants overexpressing BiP3 but lacking XA21 do not exhibit abnormal developmental or morphological phenotypes suggesting that the reduction in resistance observed when BiP3 is overexpressed is not a consequence of a general ER stress response.
We found similar patterns for mouse gene expression levels, Arabidopsis life-history traits, and yeast morphological phenotypes, implying that this segregation of buffering effects is not limited to any one particular class of traits or species.
The analysis of single Rac deletion during late neuronal maturation highlights specific morphological and functional phenotypes that are not compensated by the remaining Rac.
Our findings suggest that dMfn is a direct substrate of the PINK1/Parkin pathway and that the mitochondrial morphological alterations and tissue degeneration phenotypes that derive from mutations in PINK1 and parkin result at least in part from reduced ubiquitin-mediated turnover of dMfn.
(v) Knock-out mutants of neither AOS showed a deviating morphological phenotype suggesting that there are overlapping functions with other Cyp74 enzymes.
