Eye 



413 



nangso Tago, untersucht auf Grund der Trans- 

 plantation der Augenbecheranlage in verschied- 

 enen Entwicklungsstadien. Arb. Anat. Inst. Kais.- 

 Jap. Univ. Sendai., 20:17-51. 



Ikeda, Y. 1938 Ueber die wechselseitigen Bezie- 

 hungen der Sinnesorgane untereinander in ihrer 

 normalen und experimentell bedingten Entwick- 

 lung. Arb. Anat. Inst. Kais.-Jap. Univ. Sendai., 

 2/.- 1-44. 



Liedke, K. B. 1951 Lens competence in Ambly- 

 stoma punctatum. J. Exp. ZooL, i/7;573-589. 



Mangold, O. 1931 Das Determinationsproblem. 

 III. Das Wirbeltierauge in der Entwicklung und 

 Regeneration. Ergeb. Biol., 7.- 193-403. 



McKeehan, M. S. 1951 Cytological aspects of 

 embryonic lens induction in the chick. J. Exp. 

 ZooL, i/7.-3I-64. 



Needham, J. 1942 Biochemistry and Morpho- 

 genesis. Cambridge University Press, Cambridge, 

 England. 



Pasquini, P. 1932 Sulla determinazione e sul 

 differenziamento del cristallino in Rana catesbi- 

 ana (Shaw). J. Exp. ZooL, <^y.-45-108. 



Perri, T. 1934 Ricerche sul comportamento dell'- 

 abbozzo oculare di anfibi in condizioni di espianto. 

 Roux' Arch. Entw.-mech., i3/.- 113-134. 



Reyer, R. W. 1948 An experimental study of 

 lens regeneration in Triturus viridescens viri- 

 descens. I. Regeneration of a lens after lens ex- 

 tirpation in embryos and larvae of different ages. 

 J. Exp. ZooL, 107:217-2Q7. 



■ 1950 An experimental study of lens re- 

 generation in Triturus viridescens viridescens. II. 

 Lens development from the dorsal iris in the ab- 

 sence of the embryonic lens. J. Exp. ZooL, 115: 

 317-346. 



Rotmann, E. 1939 Der Anteil von Induktor und 

 reagierendem Gewebe an der Entwicklung der 

 Amphibienlinse. Roux' Arch. Entw.-mech., 159: 

 1-49. 



1940 Die Bedeutimg der Zellgrosse fiir 



die Entwicklung der Amphibienlinse. Roux' 

 Arch. Entw.-mech., 140:124^156. 



Sato, T. 1930 Beitrage zur Analyse der Wolff- 

 schen Linsenregeneration. I. Roux' Arch. Entw.- 

 mech., 122:451^93. 



1933a Ueber die Determination des fe- 



talen Augenspalts bei Triton taeniatus. Arch. 

 Entw.-mech., 128:342-377. 



1933b Beitrage zur Analyse der Wolff- 



schen Linsenregeneration. II. Roux' Arch. Entw.- 

 mech., 150:19-7S. 



1935 Beitrage zur Analyse der Wolff- 



schen Linsenregeneration. III. Roux' Arch. 

 Entw.-mech., 155:323-348. 



1951 Ueber die linsenbildende Fahigkeit 



des Pigmentepithels bei Diemyctylus pyrrho- 



gaster. I. Pigmentepithel aus dorsalem Augen- 



bereich. Embryologia (Biol. Inst., Nagoya 



Univ.), 1-21-58. 

 Spemann, H. 1901 Ueber Korrelationen in der 



Entwicklung des Auges. Verh. anat. Ges., 15 



Vers. Bonn:61-79. 

 ■ 1912 Zur Entwicklung des Wirbeltier- 



auges. ZooL Jahrb., 32:1-98. 



1938 Embryonic Development and In- 

 duction. Yale University Press, New Haven, Con- 

 necticut. 



Stone, L. S. 1948 Functional polarization in de- 

 veloping and regenerating retinae of transplanted 

 eyes. Ann. N. Y. Acad. Sci., ^P;856-865. 



1950a Neural retina degeneration fol- 

 lowed by regeneration from surviving pigment 

 cells in grafted adult salamander eyes. Anat. Rec, 

 106:89-110. 



• 1950b The role of retinal pigment cells 



in regenerating neural retinae of adult sala- 

 mander eyes. J. Exp. ZooL, //3;9-26. 



, and Dinnean, F. L. 1940 Experimental 



studies on the relation of the optic vesicle and cup 

 to lens formation in Amblystoma punctatum. J. 

 Exp. ZooL, 53.-95-125. 



Toivonen, S. 1940 Ueber die Leistimgsspezifitat 

 der abnormen Induktoren im Implantatversuch 

 bei Triton. Aim. Acad. Sci. Fenn., Ser. A, 45:3- 

 150. 



1945 Zur Frage der Induktion selbstan- 



diger Linsen durch abnorme Induktoren im Im- 

 plantatversuch bei Triton. Ann. ZooL, Soc. Van- 

 amo, 11:1-28. 



1949 Zur Frage der Leistungsspezifitat 



abnormer Induktoren. Experientia, 5.-323-325. 

 Twitty, V. C. 1930 Regulation in the growth of 



transplanted eyes. J. Exp. ZooL, 55:43-52. 

 • ■ 1932 Influence of the eye on the growth 



of its associated structures, studied by means of 



heteroplastic transplantation. J. Exp. ZooL, 61: 



333-374. 

 • ■ — 1940 Size-controlling factors. Growth 



Supplement, pp. 109-120. 



-, and Elliott, H. A. 1934 The relative 



growth of the amphibian eye, studied by means 

 of transplantation. J. Exp. ZooL 68:247-291. 



and Schwind, J. L. 1931 The growth of 



eyes and limbs transplanted heteroplastically be- 

 tween two species of Amblystoma. J. Exp. ZooL, 

 5^:61-86. 



and van Wagtendonk, W. J. 1940 A sug- 



gested mechanism for the regulation of propor- 

 tionate growth, supported by quantitative data on 

 the blood nutrients. Growth, '^:349-360. 



Wachs, H. 1914 Neue Versuche zur Wolffschen 

 Linsenregeneration. Roux' Arch. Entw.-mech., 

 3>':384-451. 



1920 Restitution des Auges nach Exstir- 



pation von Retina und Linse bei Tritonen. Roux' 

 Arch. Entw.-mech., ^<^:328-390. 



Washburn, S. L., and Detwiler, S. R. 1943 An 

 experiment bearing on the problems of physical 

 anthropology. Am. J. Phys. Anthrop., N. S., 1: 

 171-190. 



Weiss, Paul 1950 Perspectives in the field of 

 morphogenesis. Quart. Rev. Biol., 25:177-198. 



, and Amprino, R. 1940 The effect of 



mechanical stress on the differentiation of scleral 

 cartilage in vitro and in the embryo. Growth, 4: 

 245-258. 



Wessely, K. 1920 Ueber Korrelationen des 

 Wachstums (nach Versuchen am Auge). Zeit. 

 Augenheilk., 43:654-681. 



