Fetal and newborn cardiovascular physiology : proceedings of a symposium to honor Donald H. Barron, Held in conjunction with the fall meeting of the American Physiological Society, 11 to 14 August 1976, Bryn Mawr, Pennsylvania /

Physiology of reproduction

Bibliographic Details
Other Authors: Barron, Donald Henry, 1905-, Longo, Lawrence D., Beneau, Daniel D.
Format: Book
Language:English
Published: New York : Garland STPM Press, [1978]
Subjects:
Table of Contents:
  • v. 1. Developmental aspects
  • v. 2. Fetal and newborn circulation.
  • v. 1
  • Ontogenesis of the autonomic control of cardiovascular functions in the sheep
  • The electrical properties of embryonic chick cardiac cells
  • Metabolic maturation in the fetal mouse heart
  • Glycolytic control mechanisms in cardiac muscle from fetal Rhesus monkeys
  • The interrelations of blood and extracellular fluid volumes and cardiac output in the newborn lamb
  • Force-frequency relations of the neonatal cat heart
  • v. 2
  • Effects of adrenergic agents on ovine umbilical and uterine blood flows
  • Response of fetal placental vascular bed to changes in PCO2 in sSheep
  • Fetal oxygen supply during anesthesia: microelectrode studies in the fetal rat brain
  • Oxygen consumption of the uterus and its contents and weight at birth of lambs
  • Fetal metabolism in fasting sheep
  • Natural cyclical changes and the effects of hypoxia in fetal sheep
  • Fetal oxygen and uptake umbilical circulation during maternal hypoxia in the chronically catheterized sheep
  • Mild umbilical cord compression and arterial blood gases in the fetal lamb
  • Effects of pre- and postnatal hypoxia on the development of brain monoamines and of gonadotropins in the rat
  • Effect of decreased hemoglobin oxygen affinity on the distribution of regional blood flow in anemic lambs
  • Asyphyxial survival: diving seals and fetal lambs
  • The fractional resistance to the diffusion of ferritin of each histological layer of the near-term rabbit placenta
  • The sheep placenta as an epithelium