Textbook of Fetal Physiology
Geoffrey D. Thorburn, Dr. Richard Harding
Oxford University Press, 1994 - Embryology - 468 pages
In the past decade it has become apparent to many who teach undergraduates or conduct graduate programs in prenatal development that there is a need for an up-to-date, -omprehensive textbook on the physiology of the fetus. Although there is an ever-increasing number of sources of information on specific aspects of fetal development, there is no single, all embracing text which focuses on the fetus and its physiological relationship to its mother. The Textbook of Fetal Physiology fills that need. This book succinctly presents the principles of fetal physiology, with clear illustrations. The chapters are be broad in scope, and their relevance to clinical practice is addressed where relevant.
What people are saying - Write a review
We haven't found any reviews in the usual places.
Richard Harding Department of Physiology Monash University Clayton Victoria
Endocrine function of the placenta
28 other sections not shown
ACTH activity adrenal adult amino acids amniotic fluid animals appears arterial axons birth blood flow calcium cardiac cells cellular cent concentrations cortex cortisol decrease differentiation effect embryo endocrine enzymes fatty acids fetal blood fetal circulation fetal growth fetal sheep fetus fetuses fibres function gastrin gene glucocorticoids glucose growth factors growth retardation heart hormone human fetus hypercalcaemia hypoxia IGF-II increase infants inhibition intestine labour lactate late gestation levels lymph lymphocytes maternal mature mechanisms membrane metabolism molecules mRNA neonatal nerve neural neurones new-born normal occur oestrogen ovine oxygen pathways PDGF peptide perfusion pituitary placental plasma postnatal pregnancy pressure preterm production progesterone prolactin prostaglandin protein pulmonary receptor regulation release renal response role secretion serum sheep fetus shown smooth muscle species stimulation studies substrate surface surfactant synthesis thyroid tion tissue transport trophoblast umbilical uptake uterine utero vascular venous ventricle ventricular vitro vivo