Sentence examples for morphological impairments from inspiring English sources

Previous studies of complex I inhibition or genetic depletion have shown mild morphological impairments in Drosophila muscle, contrary to the stronger phenotype of Pink1 mutants.

23 Thus, the morphological impairments in these regions may play a role in respiratory and cardiovascular disturbances, such as higher heart rate and higher respiratory rate, in patients with COPD tested in our study.

These growth tests support the initial hypothesis that a strain with disrupted cre2 will lack the extreme morphological impairment of cre1 mutants, although the disruption of cre2 does lead to somewhat impaired growth on glucose and lactose, evident in liquid culture.

With FBS-coated CTAB NR, within a 24 h time frame, no morphological impairment of the membrane such as blebs or loss of microvilli was observed, suggesting the corona prevents the amphiphilic CTAB from interacting with the phospholipid bilayer.

This morphological impairment was rescued by overexpression of DGKβ.

This is because the baseline injury in the lung following saline lavage is not associated with severe morphological impairment in this model.

Cardiac-specific repression of PGC1α results in downregulation of mitochondrial enzymes, morphological impairment and loss of mitochondria (Czubryt et al., 2003).

As with A. nidulans strains containing creA mutations, the deletion of cre1 in this non mutated background resulted in higher total secreted protein and enzymatic activity of endoglucanases and xylanases, as well as morphological impairment.

Mutations in the creB and creC genes lead to partial deregulation of carbon repression of some genes, and affect the expression of other genes, but they do not cause the severe morphological impairment caused by creA mutations [ 15].

Disruption of carbon source mediated repression without severe morphological impairment could potentially lead to the development of industrially useful fungal strains, and as such creB represents a candidate for targeted disruption.

Hence, this study was designed to investigate the protective effects of icariin, a major constituent of flavonoids from the Chinese medicinal herb Epimedium brevicornum, on cognitive impairments and neuronal morphological damage induced by permanent occlusion of bilateral common carotid arteries (BCCAO) in rats, and further explore the potential mechanisms.