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Lung and liver glycogen and corticosteroid 11-reductase activity were studied in fetal and neonatal rats. Glycogen content peaked in the lung on day 20 of gestation, while hepatic glycogen content was generally lower and peaked later. Both pre- and postnatally, betamethasone administration resulted in lowered pulmonary and elevated hepatic glycogen. In both lung and liver, corticosteroid 11-reductase activity showed an inverse developmental pattern to glycogen content. Betamethasone elevated pulmonary corticosteroid 11-reductase activity and lowered hepatic activity. In lung and liver, glycogen content and corticosteroid 11-reductase activity are tightly linked during development and following glucocorticoid therapy.
B T Smith, and
A K Tanswell, and
D Minshall, and
W N Bogues, and
E Vreeken
January 1971,
Biochimie,
B T Smith, and
A K Tanswell, and
D Minshall, and
W N Bogues, and
E Vreeken
April 1983,
Experimental and molecular pathology,
B T Smith, and
A K Tanswell, and
D Minshall, and
W N Bogues, and
E Vreeken
December 1963,
Annals of the New York Academy of Sciences,
B T Smith, and
A K Tanswell, and
D Minshall, and
W N Bogues, and
E Vreeken
January 1978,
Pediatric research,
B T Smith, and
A K Tanswell, and
D Minshall, and
W N Bogues, and
E Vreeken
September 1978,
Biochimica et biophysica acta,
B T Smith, and
A K Tanswell, and
D Minshall, and
W N Bogues, and
E Vreeken
January 1971,
Biochimie,
B T Smith, and
A K Tanswell, and
D Minshall, and
W N Bogues, and
E Vreeken
January 1956,
Acta physiologica latino americana,
B T Smith, and
A K Tanswell, and
D Minshall, and
W N Bogues, and
E Vreeken
October 1969,
Hoppe-Seyler's Zeitschrift fur physiologische Chemie,
B T Smith, and
A K Tanswell, and
D Minshall, and
W N Bogues, and
E Vreeken
July 2005,
Life sciences,
B T Smith, and
A K Tanswell, and
D Minshall, and
W N Bogues, and
E Vreeken
October 1963,
Comptes rendus hebdomadaires des seances de l'Academie des sciences,
