Vertebrates 



695 



Regenerationsvorgange des Gliedmassenskeletts 

 der Amphibien. Zool. Jahrb. (Abt. f . allg. Zool. u. 

 Physiol.), 30.-377-472. 



Fuchs, F. 1924 Augenregeneration nach Entfer- 

 nung des Bulbus bei Alytes und Bufo. Zool. Jahrb. 

 (Abt. f. allg. Zool.), 4i:V2l-i78. 



Gachet, M. H. 1833 Memoire sur la reproduction 

 de la queue des reptiles sauriens. Actes d. 1. soc. 

 Linneenne d. Bordeaux, nr. VI, /<S33.-21 3-259. 



Gardner, W. U., and Chamberlin, T. L. 1940-41 

 Local action of estrone on mammary glands of 

 mice. Yale. J. Biol. & Med., i3.-46 1-465. 



Gidge, N. M., and Rose, S. M. 1944 The role of 

 laz-val skin in promoting limb regeneration in 

 adult Anura. J. Exp. Zool., ^7.-71-85. 



Godlewski, E. 1928 Untersuchungen iiber Aus- 

 losung und Heinmung der Regeneration beim 

 Axolotl. Roux' Arch. Entw.-mech., iM:\08-l4'5. 



Goette, A. 1879 Ueber Entwickelung und Re- 

 generation des Gliedmassenskeletts der Molche. 

 Leopold Voss, Leipzig. 



Grant, E. R. 1945 Rate of replacement of the sur- 

 face epithelial cells of the gastric mucosa. Anat. 

 Rec, ^i; 175-1 86. 



Grobstein, C. 1942 Endocrine and developmental 

 studies of gonopod differentiation in certain 

 poeciliid fishes. II. Effect of testosterone propio- 

 nate on the normal and regenerating anal fin of 

 adult Platypoecilus maculatus females. J. Exp. 

 Zool., 5^.-305-328. 



1947a Decline in regenerative capacity 



of the Platypoecilus maculatus gonopodium 

 during its morphogenesis. J. Morph., (50.-145- 

 160. 



■ 1947b The role of androgen in declining 



regenerative capacity during morphogenesis of 

 the Platypoecilus maculatus gonopodium. J. Exp. 

 Zool., y0^.-313-314. 



1948 Optimum gonopodial morphogene- 

 sis in Platypoecilus maculatus with constant dos- 

 age of methyl testosterone. J. Exp. Zool., J 09:215- 

 233. 



Guyenot, E. 1927 La perte du pouvoir regen- 

 erateur des Anoui-es, studiee par la methode des 

 heterogreffes, la notion de territoires. Rev. Suisse 

 Zool, 3^; 1-53. 



1929 La notion de territoires en biologie. 



Actes de la Soc. Helvetique des Sci. Nat., Davos, 

 part 11, pp. 81-91. 



— -, and Matthey, R. 1928 Les processus re- 



generatifs dans la patte posterieure du lezard. 

 Roux' Arch. Entw.-mech., i/3.-520-529. 



, and Ponse, K. 1930 Territoires de re- 



generation et transplantations. Bull. Biol. France 

 etBelg., ^^.-251-287. 



-, and Schotte, O. 1927 Greffe de regen- 



erat et differenciation induite. Compt. Rend. Soc. 



Phys. et Hist. Nat. Geneve, -^^.-21-23. 

 Harrison, R. G. 1893 Ueber die Entwicklung der 



nicht knorpelig vorbildeten Skelettheile in den 



Flossen der Teleostier. Arch. mikr. Anat., 42: 



248-278. 

 1918 Experiments on the development of 



the forelimb of Ambly stoma, a self-differentiating 



equipotential system. J. Exp. Zool., 25.413-462. 



1921 On relations of symmetry in trans- 

 planted lunbs. J. Exp. Zool, 32.-1-136. 



1 929 Correlation in the development and 



growth of the eye studied by means of hetero- 

 plastic transplantation. Roux' Arch. Entw.-mech., 

 i 20:1-55. 



1933 Heteroplastic grafting in embry- 



ology. Harvey Lectures, 1933-34, Series 29, pp. 

 116-157. 



Heath, H. D. 1953 Regeneration and growth of 

 chimaeric amphibian limbs: limb regeneration 

 and growth. J. Exp. Zool., 122:339-366. 



Hellmich, W. 1930 Untersuchungen iiber Her- 

 kunft und Determination des regenerativen Ma- 

 terials bei Amphibien. Roux' Arch. Entw.-mech., 

 /2y;135-203. 



Hertwig, G. 1927 Beitrage zum Determinations- 

 und Regenerationsproblem mittels der Trans- 

 plantation haploidkerniger Zellen. Roux' Arch. 

 Entw.-mech., ^^^.-292-316. 



Hoadley, L. 1928 On the localization of develop- 

 mental potencies in the embryo of Fundulus 

 heteroclitus. J. Exp. Zool., 52:7-44. 



Holtfreter, J. 1947 Neural induction in explants 

 which have passed through a sublethal cytolysis. 

 J. Exp. Zool., i 06:197-222. 



Hooker, D. 1925 Studies on regeneration in the 

 spinal cord. III. Reestablishment of anatomical 

 and physiological continuity after transection in 

 frog tadpoles. J. Comp. Neur., 35.-315-348. 



■ 1930 Physiological reactions of goldfish 



with severed spinal cord. Proc. Soc. Exp. Biol. & 

 Med., 28:89-90. 



1932 Spinal cord regeneration in the 



young rainbow fish, Lebistes reticulatus. J. Comp. 

 Neur., 56:277-297. 



Hopper, A. F. 1949a Development and regener- 

 ation of the anal fin of normal and castrate males 

 and females of Lebistes reticulatus. J. Exp. Zool., 

 110:299-319. 



■ — ■ 1949b The effect of ethynyl testosterone 



on the intact and regenerating anal fins of normal 

 and castrated females and normal males of Le- 

 bistes reticulatus. J. Exp. Zool., ^^^.•393-413. 



Kammerer, P. 1905 Uber die Abhangigkeit des 

 Regenerationsvermogens der Amphibienlarven 

 von Alter, Entwicklungsstadium und spezifischer 

 Gi'osse. Experimentelle Studie. Roux' Arch. 

 Entw.-mech., /^.- 148-1 80. 



Karczmar, A. G., and Berg, G. G. 1951 Alkaline 

 phosphatase during limb development and regen- 

 eration of Amblystoma opacum and Amblystoma 

 punctatum. J. Exp. Zool., 117:139-16^. 



Krugelis, E. J. 1950 Properties and changes of 

 alkaline phosphatase activity during amphibian 

 development. Compt. Rend. Lab. Carlsberg, Ser. 

 Chim., 27.-273-290. 



Lewis, W. H. 1912 Experiments on localization 

 and regeneration in the embryonic shield and 

 germ ring of a teleost fish {Fundulus heterocli- 

 tus) . Anat. Rec, ^.-325-334. 



Liebman, E. 1949 The leucocytes in regenerat- 

 ing limbs of Triturus viridescens. Growth, 13: 

 103-118. 



Lillie, F. R., and Juhn, M. 1932 The physiology 



