Sentence examples for damage of renal function from inspiring English sources

As these two MR techniques have been much more widely used in some clinical regimes, our approach may be quickly translated to the patient study for monitoring the damage of renal function in a variety of kidney diseases, especially in CIAKI that we focus on here.

Although there is at present little data to suggest renal damage after RIT, impairment of renal function has been observed with whole abdominal irradiation in patients given doses >20 Gy.

Renal disease often causes impairment of renal function.

This influx of granulocytes is correlated with increased tubular damage and loss of renal function [2], [25], [26].

Owing to the potential for renal damage, careful monitoring of renal function is required before and during treatment with zoledronic acid [ 65].

As we all known, dyslipidemia caused by renal dysfunction is the most common complication in patients with CKD, and it will in turn contribute to further progression of renal damage and deterioration of renal function, which are mainly characterised with a continuously decreasing estimated glomerular filtration rate (eGFR).

In contrast with the variety of biological markers (including troponins) for early diagnosis of cardiac damage [3], standard assessment of renal function in ICU patients is still determined by assessment of serum creatinine levels and serum creatinine-based formulas [4].

Acute kidney damage (AKD) refers to renal parenchymal damage that may be evidenced via histological samples or by biomarkers of renal tissue damage but not by measures of renal function.

Despite the increased tissue damage (figure 4E) and worsening of renal function we observed in SCF ASON treated animals (see figures 4F and G), we noted a similar number of infiltrating granulocytes in the ischemic kidney compared to the NSON treated controls (figure 5C).

In contrast with the variety of biological markers (including troponins) for early diagnosis of cardiac damage [ 3], standard assessment of renal function in ICU patients is still determined by assessment of serum creatinine levels and serum creatinine-based formulas [ 4].

Glomerular and tubulointerstitial damage, hypertension, proteinuria, and the deterioration of renal function resulting from renal ablation were all similarly and significantly improved with both treatment doses [ 40].