i6 4 8 



HANDBOOK OF PHYSIOLOGY 



CIRCULATION II 



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8':4I3. '947- 



95. Fraser, F. C. Causes of congenital malformations in 

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96. Goss, C. M. First contractions of the heart without 

 cytological differentiation. Anal. Record 76: 19, 1940. 



97. Greenfield, A. D. M., and J. T. Shepherd. Cardio- 

 vascular responses to asphyxia in the foetal guinea pig. 

 J. Physiol., London 120: 538, 1953. 



98. Greenfield, A. D. M., J. T. Shepherd, and R. F. 

 Whelan. The relationship between the blood flow in the 

 umbilical cord and the rate of foetal growth in the sheep 

 and the guinea pig. J. Physiol., London 115: 158, 1951. 



99. Greenberg, R. E., and J. Lind. Catechol amines in 

 tissues of the human foetus. Pediatrics 27: 904, 1961. 



100. Grosser, O. FruhentwiclJing, Eihauthildung und Placentation 

 des Menschen und der Sdugciiere. Munchen : J. F. Bergmann, 



I9 2 7- 



101. Gruenwald, P. Pathology of perinatal distress. Arch. 

 Pathol. 60: 150, 1955. 



102. Hamilton, W. J., J. D. Boyd, and H. VV. Mossman. In: 

 Human Embryology (2nd ed.). Cambridge: W. Heffer, 



'95 2 - 



103. Hammond, W. S. The development of the aortic arch 

 bodies in the cat. Am. J. Anal. 6g: 265, 1941. 



104. Hendricks, C. H., E. J. Quilligan, C. VV. Tyler, and 

 G. J. Tucker. Pressure relationships between the inter- 

 villous space and the amniotic fluid in human pregnancy. 

 Am. J. Obstet. Gynecol. 77: 1028, 1959. 



105. Hertig, A. T., and J. Rock. Two human ova of the 

 previllous stage having an ovulation age of about eleven 

 and twelve days. In : Contribution to Embryology. Washing- 

 ton : Carnegie Inst. 29: 127, 1941. 



106. Hertig, A. T., and J. Rock. Two ova of the previllous 

 stage having a developmental age of about 7 and 9 days 

 respectively. In: Contribution to Embryology. Washington: 

 Carnegie Inst. 31 : 65, 1945. 



107. Hill, J. R. The oxygen consumption of newborn and 

 adult mammals. Its dependence on the oxygen tension 

 in the inspired air and on the environmental temperature. 

 J. Physiol., London 49: 346, 1 959. 



108. Hon, E. H. The electronic evaluation of the foetal heart 

 rate. Am. ./. Obstet. Gynecol. 75: 1215, 1958. 



109. Hon, E. H. Observations on pathologic foetal brady- 

 cardia. Am. J. Obstet. Gynecol. 77: 1084, 1959. 



1 10. Hon, E. H., A. H. Bradfield, and O. W. Hess. The vagal 

 factor in foetal bradycardia. Am. J. Obstel. Gynecol. 82 : 

 291, 1961. 



111. Huckabee, VV. E., J. Metcalfe, H. Prystowsky, and 

 D. H. Barron. Blood flow and oxygen consumption of 

 the pregnant uterus. Am. J. Physiol. 200: 274, 1961. 



112. Huggett, A. St. G. Foetal blood-gas tensions and gas 

 transfusion through the placenta of the goat. J. Physiol., 

 London 62 : 373, 1927. 



1 13. Hughes, A. F. VV. The histogenesis of the arteries of the 

 chick embryo. ./. Anal. 77: 266, 1943. 



114. Hutchinson, E. A., C. J. Perctval, and I. M. Young. 

 Cardiovascular responses in the growing kitten and 

 puppy. Quart. J. Exptl. Physiol. 47: 201, 1962. 



115. Ingalls, T. H. Environmental factors in causation of 

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■25- 



126. 



127. 

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■3 1 



132. 

 '33- 



■34- 



'35- 



136. 



■37- 



Jacobson, H. N., and W. F. Windle. Responses of 

 foetal and newborn monkeys to asphyxia. J. Physiol., 

 London 153:447, i960. 



James, L. S., and R. D. Rovve. The pattern of response 

 of pulmonary pressures in newborn and older infants to 

 short periods of hypoxia. J. Pediat. 51 : 5, 1957. 

 James, L. S., I. M. VVeisbrot, C. E. Prince, D. A. Hola- 

 day, and V. Apgar. The acidbase status of human infants 

 in relation to birth asphyxia and onset of respiration. 

 J. Pediat. 52: 379, 1958. 



Kalter, H., and J. VVarkany. Experimental production 

 of congenital malformation in mammals by metabolic 

 procedure. Physiol. Revs. 39:69, 1959. 



Karki, N., R. Kuntzman, and B. B. Brodie. Norepineph- 

 rine and serotonin brain levels at various stages of onto- 

 genetic development. Federation Proc. 19: 282, i960. 

 Keen, E. N. The postnatal development of the human 

 cardiac ventricles. J. Anal. 89: 484, 1955. 

 Keith, J. D., R. D. Rovve, and P. Vlad. Heart Disease in 

 Infancy and Childhood. New York: Macmillan, 1958. 

 Kennedy, C, and L. Sokoloff. An adaptation of the 

 nitrous oxide technique to the study of the cerebral 

 circulation in children; normal values for cerebral blood 

 flow and cerebral metabolic rate in childhood. J. Clin. 

 Invest. 36: 1 130, 1957. 



KjELLBERC, R. S., V. RUDHE, AND R. ZoTTERSTROM. 



Heart volume variations in the neonatal period. Acta. 



Radiol. 42: 173, 1954. 



Krehbiel, R. H. Cytological studies of the decidual 



reaction in the rat during early pregnancy and in the 



production of deciduomata. Physiol. Zoo. 10: 212, 1935. 



Landgren, S. On the excitation mechanism of the carotid 



baroreceptors. Acta Physiol. Scand. 26 : 1 , 1952. 



Larks, S. D. Fetal electrocardiography. Springfield, 111.: 



Thomas, 1961. 



Lewis, VV. H. Pinocytosis. Bull. Johns Hopkins Hasp. 49: 



17. 1931' 



Lind, J., and C. Wegelius. Human foetal circulation: 

 changes in the cardiovascular system at birth and disturb- 

 ances in the postnatal closure of the foramen ovale and 

 ductus arteriosus. Cold Spring Harbor Symp. Qjtant. Biol. 



'9 : '°9. '954- 



l.[rsDQUisT, A., and G. VVallgren. L'nilateral artery 

 stenosis and fatal arterial hypertension in a newborn 

 infant. Acta Paediat. 51 : 575, 1962. 



Lust, J. E., D. D. Hagerman, and C. A. Villee. Trans- 

 port of riboflavin by human placenta. J. Clin. Invest. 313: 



38, 1954- 



McLaren, A., and D. Michie. Congenital runts. Ciba 

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 Martin, J. D., and I. M. Young. The influence of gesta- 

 tional age and hormones on experimental foetal brady- 

 cardia. J. Physiol., London 152: 1, i960. 

 Martin, J. D., and I. M. Young. Experimental foetal 

 bradycardia in the post mature rabbit. Australian J. Obstet. 

 Gynaecol. In press. 



Misrahy, G. A., A. V. Beran, J. F. Spradley, and V. P. 

 Garwood. Foetal brain oxygen. Am. J. Physiol. 199: 

 959. i960. 



Moore, R. E. Thermoregulation in newborn animals. 

 Ciba Found. Symp. Adrenergic Mechanisms, i960, p. 469. 

 Mossman, H. VV. The rabbit placenta and the problem 

 of placental transmission. Am. J. Anat. 37: 433, 1926. 



