Molecular mechanisms of diabetic renal hypertrophy
Author:
Publisher
Elsevier BV
Subject
Nephrology
Reference153 articles.
1. Classic Descriptions of Disease;Major,1932
2. Dr. Richard Bright (1789–1858);Bright,1983
3. French and German nephrologists in the mid-19th century: The impact of Richard Bright on the continent;Ritz;Am J Nephrol,1989
4. Changing concepts of compensatory renal growth: From humoral pathology to molecular biology;Wolf;Am J Nephrol,1992
5. Treatment of Diabetes Mellitus;Joslin,1917
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