New England Journal of Medicine · 1962 · 51 citations · 10 references
MedicineAnatomyNephrologyRenal PathologyRenal PathophysiologyVascular SurgeryBlood Pressure RegulationRenal DiseaseRenal HemodynamicsRenal IschemiaRenal PhysiologyRenal Vascular DiseaseHypertension PathophysiologyJuxtaglomerular ApparatusMacula Densa FunctionRenal Endocrine FunctionRenal HypertensionRenal Vasculature
THE literature now contains incontrovertible evidence that some forms of severe hypertension in man can be cured by revascularization or by nephrectomy.1 , 4 The prime example is hypertension associated with relative renal ischemia, the most clearcut mechanism being partial obstruction to renal-artery flow, similar in many respects to the "Goldblatt kidney" in dog,.5 , 6 From time to time, interest has centered on the juxtaglomerular apparatus in these kidneys. The juxtaglomerular apparatus consists of the macula densa and the juxtaglomerular body. The latter is made up of epithelioid cells grouped about the afferent arteriole. Goormaghtigh7 first postulated an endocrine function for the juxtaglomerular . . .
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STUDIES ON EXPERIMENTAL HYPERTENSION
Harry Goldblatt, James E. Lynch, R. F. Hanzal et al. · The Journal of Experimental Medicine · 1934 · 2.1K citations · Full text
CHRONIC PYELONEPHRITIS AND ARTERIAL HYPERTENSION
Allan M. Butler · Journal of Clinical Investigation · 1937 · 231 citations · Full text
Medicine, Nephrology, Urology +8
Juxtaglomerular cell counts and human hypertension.
Claire Turgeon, Sheldon C. Sommers · PubMed · 1961 · 105 citations
Medicine, Nephrology, Physiology +14