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Creator:: DuBois, Barent N., Pearson, Jacob, Mahmood, Tahir, Duc Nguyen, Thornburg, Kent, and Cherala, Ganesh
Abstract:: Perinatal growth restriction programs higher risk for chronic disease during adulthood via morphological and physiological changes in organ systems. Perinatal growth restriction is highly correlated with a decreased nephron number, altered renal function and subsequent hypertension. We hypothesize that such renal maladaptations result in altered pharmacologic patterns for life. Maternal...
Full Text:: Perinatal growth restriction decreases diuretic action of furosemide in adult rats. Barent N. DuBois

Creator:: DuBois, Barent N., Pearson, Jacob, Mahmood, Tahir, Duc Nguyen, Thornburg, Kent, and Cherala, Ganesh
Abstract:: Perinatal growth restriction programs higher risk for chronic disease during adulthood via morphological and physiological changes in organ systems. Perinatal growth restriction is highly correlated with a decreased nephron number, altered renal function and subsequent hypertension. We hypothesize that such renal maladaptations result in altered pharmacologic patterns for life. Maternal...

Creator:: DuBois, Barent N., Pearson, Jacob, Mahmood, Tahir, Duc Nguyen, Thornburg, Kent, and Cherala, Ganesh
Abstract:: Perinatal growth restriction programs higher risk for chronic disease during adulthood via morphological and physiological changes in organ systems. Perinatal growth restriction is highly correlated with a decreased nephron number, altered renal function and subsequent hypertension. We hypothesize that such renal maladaptations result in altered pharmacologic patterns for life. Maternal...
Resource Type:: Article

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