Sentence examples for morphological deficiencies from inspiring English sources

Uncompensable traits include nuclear vacuoles [ 9], morphological deficiencies that do not suppress movement [ 4], defective chromatin structure [ 10].

In addition, the experiment also showed that the mutant has abnormality in the digit number, which clearly suggests that the abnormalities in the position of morphogen source and in the morphogen amount that determine active proliferation area cause critical morphological deficiencies.

Since the disruption of cre2 increases the amount of cellulase activity without the severe morphological deficiencies seen with the cre1 disruption, targeting creB orthologues for disruption in other industrially useful filamentous fungi, such as A. oryzae, Trichoderma harzianum or A. niger may also prove beneficial.

Since the adpA gene has been identified as a major contributor to the morphological deficiency of bldA mutants [21], [54], it would be interesting to determine if adpA mRNA is specifically targeted by the tmRNA tagging system and more generally, determine the identities of some of the tmRNA tagged proteins we observed in our experiments.

We found that maintaining Hnf6 expression in islets resulted in a host of morphological and functional deficiencies, including a scattering of cell types within the islets, abnormal islet size, decreased insulin secretion, and a block to β cell maturation (Figure 1; [22], [22]).

Research on the offspring demonstrated that the quantitative, morphological, and functional deficiencies of β pancreatic cell from GK rat were not influenced by environment but genetic background [ 34].

Nutritional deficiencies and morphological lesions were more severe in the historical cohort.

Nutritional deficiencies and morphological lesions were more severe in the historical cohort (90% subtotal or total villous atrophy vs 51%, p<0.0001).

The availability of additional genetic models of DS that more closely reflect the gene dosage in people is enabling us to refine our understanding of morphological, physiological or developmental deficiencies that lead to cognitive impairment in DS.

However, such effects are unlikely to be the principal reason for the most obvious features of the mutant phenotype, since the deficiencies in morphological development and actinorhodin synthesis can be suppressed by specifically replacing TTA codons in appropriate regulatory genes by alternative leucine codons [ 13, 14].

trees, were grown in pots within a greenhouse to produce two Ni nutritional classes of trees—'Ni sufficient' (Ni+) vs. 'Ni deficient' (Ni-), based on expression of morphological symptoms of Ni deficiency [ 11].