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1 n of the collapsing variant, and microcystic tubulointerstitial disease.
2 omechanisms of progression of glomerular and tubulointerstitial disease.
3 etimes of equivalent severity to the chronic tubulointerstitial disease.
4 chemic injury was associated with widespread tubulointerstitial disease.
5 merulonephritis with crescent formation, and tubulointerstitial disease.
6 eritubular capillary loss in adult models of tubulointerstitial disease, although, in one study, this
7 ing hyperuricemia is associated with chronic tubulointerstitial disease and intrarenal vasoconstricti
8        In summary, rapamycin ameliorates the tubulointerstitial disease associated with chronic prote
9                                              Tubulointerstitial disease at that time was accompanied
10 tudy highlights the prognostic importance of tubulointerstitial disease for long-term graft loss.
11 pathogenesis of systemic lupus erythematosus tubulointerstitial disease is not known.
12 ndemic (Balkan) nephropathy, a chronic renal tubulointerstitial disease of previously unknown cause t
13 emic or toxic injury, as well as in cases of tubulointerstitial disease, polycystic kidney disease, a
14                                Primary renal tubulointerstitial disease resulting from proximal tubul
15 urine with nonselective proteinuria leads to tubulointerstitial disease, resulting in progressive los
16 ent-sufficient animals developed more severe tubulointerstitial disease than did C6-deficient rats.
17                   Proteinuric rats developed tubulointerstitial disease that was most severe in rats
18                                              Tubulointerstitial disease was conspicuous by its absenc
19 phritis, with crescent formation, as well as tubulointerstitial disease, with these phenotypes being

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