Heart, Blood Vessels, Blood, and Entodermal Derivatives 



459 



Butler, E. 1935 The developmental capacity of 

 regions of the unincubated chick blastoderm as 

 tested in chorio-allantoic grafts. J. Exp. Zool.. 70: 

 357-395. 



Cameron, J. A. 1941 Primitive blood-cell gen- 

 erations in Amblystoma. J. Morph., 68:2M-2'i7. 



Clark, A. J. 1927 Comparative Physiology of the 

 Heart. Cambridge University Press, Cambridge, 

 England. 



Clark, E. R. 1918 Studies on the growth of blood- 

 vessels in the tail of the frog larva — by observa- 

 tion and experiment on the living animal. Am. J. 

 Anat., 23.37-88. 



, and Clark, E. L. 1939 Microscopic ob- 

 servations on the growth of blood capillaries in 

 the living mammal. Am. J. Anat., 64:25\-30\. 

 -, and Clark, E. L. 1940 Microscopic ob- 



servations on the extra-endothelial cells of living 

 mammalian blood vessels. Am. J. Anat., <$<^.l-49. 



Cohn, A. E., and Wile, E. L. 1925 Physiological 

 ontogeny. A. Chicken embryos. V. On the rate of 

 the heart beat during the development of chicken 

 embryos. J. Exp. Med., '^2;291-297. 



Copenhaver, W. M. 1926 Experiments on the 

 development of the heart of Amblystoma puncta- 

 tum. J. Exp. ZooL, ■/3.-321-371. 



• 1930 Results of heteroplastic transplanta- 

 tion of anterior and posterior parts of the heart 

 rudiment in Amblystoma embryos. J. Exp. Zool.. 

 55.-293-318. 



1939a Initiation of beat and intrinsic 



contraction rates in the different parts of the 

 Amblystoma heart. J. Exp. Zool., ^0.- 193-224. 



1939b Some observations on the growth 



and function of heteroplastic heart grafts. J. Exp. 

 Zool., 52;239-271. 



1943 Liver extirpation and implantation 



in Amblystoma embryos with particular refer- 

 ence to blood formation. Am. J. Anat., 73.-81-105. 

 1945 Heteroplastic transplantation of the 



sinus venosus between two species of Amblys- 

 toma. J. Exp. Zool., ./00.-203-216. 



Corey, E. L. 1935 Growth and glycogen content 

 of the fetal liver and placenta. Am. J. Physiol., 

 /^2;263-267. 



Dalton, A. J. 1937a Cholesterol storage and bile 

 secretion in chorio-allantoic grafts of liver. Anat. 

 Rec, ^7.-43 1-439. 



1937b The functional differentiation of 



the hepatic cells of the chick embryo. Anat. Rec, 

 ^5.-393-409. 



Dantschakoff, V. 1924 Wachstum transplantier- 



ter embryonaler Gewebe in der AUantois. Zeit. 



Anat. Entwk., 7<^.-40 1-431. 

 Davis, C. L. 1927 Development of the human 



heart from its first appearance to the stage found 



in embryos of twenty paired somites. Carnegie 



Contrib. to Embiyol., ^$'.-245-284. 

 Dwinnell, L. A. 1939 Physiological contraction 



of double hearts in rabbit embryos. Proc. Soc. 



Exp. Biol. & Med., ^2.264-267. 

 Ekman, G. 1921 Experimentelle Beitrage zur 



Entwicklung des Bombinatorherzens. Oversikt av. 



Finska Vetenskapssocietetens Forhandlingar, 65: 



1-37. 



1924 Neue experimentelle Beitrage zur 



friihesten Entwicklung des Amphibienherzens. 

 Soc. Scient. Fenn. Comm. Biol., \.9:\-37. 



1925 Experimentelle Beitrage zur Herz- 



entwicklung der Amphibien. Roux' Arch. Entw.- 

 mech., i0^.-320-352. 



■ 1927 Einige experimentelle Beitrage zur 



friihesten Herzentwicklung bei Rana fusca. Ann. 

 Acad. Scient. Fenn., Ser. A. 27.1-26. 



1929 Experimentelle Untersuchungen 



ijber die friiheste Herzentwicklung bei Rana 

 fusca. Roux' Arch. Entw.-mech., 116:327-'i\7 . 



Evans, H. M. 1908 On the development of the 

 aortae, cardinal veins and umbilical veins, and 

 the other blood vessels of vertebrate embryos from 

 capillaries. Anat. Rec, 3.498-5 18. 



Fales, D. E. 1946 A study of double hearts pro- 

 duced experimentally in embryos of Amblystom.a 

 punctatum. J. Exp. Zool., i0/.-28 1-298. 



Fano, G., and Badano, F. 1890 Etude physiolo- 

 gique des premiers stades de developpment du 

 coeur embryonnaire du poulet. Arch. Ital. Biol., 

 .^3.-387-422. 



Federici, H. 1926 Recherches experimentales sur 

 les potentialities de I'ilot sanguin chez I'embryon 

 de Rana fusca. Arch, de Biol., 3<^.-466-487. 



Fernald, R. L. 1947 The origin and development 

 of the blood island of Hyla regilla. Univ. Calif. 

 Publ. Zool., 5/.129-147. 



Fiske, C. H., and Boyden, E. A. 1926 Nitrogen 

 metabolism of the chick embryo. J. Biol. Chem., 

 70.-535-556. 



Goerttler, K. 1928 Die Bedeutung der ventro- 

 lateralen Mesodermbezirke fiir die Herzanlage 

 der Amphibienkeime. Anat. Anzeig. Erganzungs- 

 heft, 66:\i2-\2,9. 



Goss, C. M. 1928 Experimental removal of the 

 blood island of Amblystoma punctatum embryos. 

 J. Exp. Zool., 52.45-61. 



■ 1935 Double hearts produced experi- 

 mentally in rat embryos. J. Exp. Zool., 72.-33^9. 



1938 The first contractions of the heart 



in rat embryos. Anat. Rec, 70.505-524. 



1940 First contractions of the heart with- 

 out cytological differentiation. Anat. Rec, 76: 

 19-27. 



1942 The physiology of the embryonic 



mammalian heart before circulation. Am. J. Phys- 

 iol, ^37.- 146-1 52. 



Grant, W^. C, and Root, W. S. 1947 The relation 

 of Oo in bone marrow blood to post-hemorrhagic 

 erythropoiesis. Am. J. Physiol., /50.-61 8-627. 



Graper, L. 1907 Untersuchungen iiber die Herz- 

 bildung der Vogel. Roux' Arch. Entw.-mech., 24: 

 375-410. 



Haberlandt, L. 1927 Das Hormon der Herzbe- 

 wegung. Urban and Schwarzenberg, Berlin. 



Hall, E. K. 1951 Intrinsic contractility in the 

 embryonic rat heart. Anat. Rec, iii:58l- 

 400. 



Harrison, R. G. 1921 Experiments on the devel- 

 opment of the gills in the amphibian embryo. 

 Biol. Bull., ^/.- 156-1 70. 



1929 Heteroplastic transplantations in 



amphibian embryos. X^ Congres Int. d. Zoolo- 

 gie, Budapest, Part I: 642-650. 



1945 Relations of symmetry in the de- 



