Sentence examples for steps of renal from inspiring English sources

Experimental and clinical studies suggest that the damage of the renal microvascular function and architecture may participate in the early steps of renal injury in chronic renal disease, irrespective of the cause.

LHX1 is a major and dose-dependent regulator of various steps of renal and urogenital development.

Renal hypertrophy is an early phenomenon in diabetic patients: clinical observations show that it precedes microalbuminuria [ 12], which is now recognized as a non-obligatory step as ~20% of renal insufficient diabetic patients are normoalbuminuric [ 33- 35].

In conclusion, ECSOD has a relevant role in decreasing ONOO- formation in the renal artery during early sepsis development, which can be an important step in the preservation of renal blood flow.

To address the molecular mechanisms by which Chop deficiency attenuates UUO-induced renal fibrosis, we first examined the impact of Chop deficiency on UUO-induced tubular apoptosis as UUO-induced ER stress in the tubular compartment is known to cause cell injury and death, which serves as the initial step to the development of renal fibrosis.

This standardized procedure of two-step, weight controlled surgical resection of renal cortex resulted in a very moderate and stable degree of renal failure with a minor increase in systolic blood pressure, if any.

This finding is similar to some others measuring alternative relevant peptidases, and supports the hypothesis that the loss of several physiologically significant peptidases may be a critical step in the malignant transformation of renal tissues [ 8, 10- 17, 17, 35].

Clearly, repair of renal tubular damage is a crucial step in restoration of renal function upon transplantation.

Further exploration of the association between biomarkers of renal function, biomarkers of renal injury and prognosis appears a crucial next step before doing so.

During impairment of renal perfusion pressure, glomerular filtration rate (GFR) is maintained by a two-step hemodynamic adaption.

UPEC colonization of renal fibroblasts.