Sentence examples for a potential compensation for from inspiring English sources
This role was not substantiated in caspase 2-null mice, which had grossly normal neuronal development [ 3], but we have shown that these mice had an increase in caspase 9 and Smac (second mitochondrial-derived activator of caspase)/DIABLO [direct IAP (inhibitor of apoptosis -binding protein with low pI] in the nervous system, providing apoptosis -bindingsation for loss of casprotein[ 4].
The functions of LygA and LygC are unknown, thus the consequence of the loss of LygC in mammals is unclear, but the duplication of the LygA gene on the mammalian lineage may represent a potential compensation for the loss of this gene.
A potential compensation would be for the benefit of the funds". According to the FT, this suit could be filed on Monday.
However, indicators used for assessing such a potential compensation effect usually only rely on species diversity and abundance while ignoring variations in species-specific vulnerability.
The Consumers, Estate Agents and Redress Act should come into effect on 6 April, making it compulsory for every estate agent to be in an ombudsman-style scheme offering an arbitration service and potential compensation for wronged clients.
Another concern is potential compensation for a transporter KO.
One potential compensation for cilia shortening in smokers would be a concomitant reduction in airway surface fluid height that would re-establish the relationship between cilia and the mucus such that 10% of the cilia length would enter the mucus on the forward stroke regardless of the cilia length.
Potential compensation for HIV testing (WTA) may alter the demand for testing, and private benefits and costs are captured through several covariates in the survey.
The hematopoietic tissues (fetal liver, bone marrow, spleen, and thymus) were selected to evaluate by qRT-PCR whether potential compensation for the loss of Stfa2l1 and Csta in mutant animals could occur through increased mRNA levels of Stfa2 and Stfa3 (expressed at significant levels in these organs) as well as Stfa1 (highly expressed in wild-type fetal liver cells) (Figures 2B, S1, and 4A D).
Thus recycling of glucose through apical GLUT2 is associated with recovery of Na + through SGLT1, providing potential compensation for loss of Na + by urinary excretion in diabetes.
