1 xic acid is at least partially eliminated by tubular secretion.

2 h protein-binding affinity and dependence on tubular secretion.

3 ds to duplicate the efficacy of clearance by tubular secretion.

4 distribution of loop diuretics, reduce their tubular secretion, and enhance the inactivation of furos

5                                    Measuring tubular secretion as an independent marker of kidney fun

6 dofovir was also eliminated via the urine by tubular secretion as well as glomerular filtration.

7 microbial metabolite with high dependence on tubular secretion but low protein-binding affinity.

8 on-GFR factors (e.g., creatinine production, tubular secretion) conservatively biased associations wi

9             Therefore, estimates of proximal tubular secretion function correlate with glomerular fil

10 rter (hOAT1) is a key component in the renal tubular secretion of negatively charged molecules includ

11                                              Tubular secretion of solutes is more efficient than glom

12 d 2j remained unchanged upon blockage of the tubular secretion pathway with probenecid, a necessary c

13                                              Tubular secretion rate modestly correlated with eGFR and

14 intrinsic kidney functions, such as proximal tubular secretion, typically are not quantified.

15    Tc-99m MAG3 is cleared from the kidney by tubular secretion, whereas Tc-99m DTPA is cleared by glo

16 ce rates of four solutes normally cleared by tubular secretion with the plasma concentrations and cle