BIBLIOGRAPHY 



249 



and Asterias. Biol. Bull. 26 : 367-386. 



Glaser, O. 191 4. c. On auto-partheno- 

 genesis in Arbacia and Asterias. Biol. Bull. 

 26 : 387-409. 



. 191 5. Can a single spermatozoon 



initiate development in Arbacia? Biol. 

 Bull. 28 : 149-153- 



. 1 92 1, a. Note on the pigment of 



Arbacia egg-secretion. Biol. Bull. 41 : 

 256-258. 



. 1 92 1, b. The duality of egg-secre- 

 tion. Am. Naturalist 55 : 368-373. 



. 1922. a. The hydrolysis of higher 



fats in egg-secretion. Biol. Bull. 43 : 68- 



74- 



1922. b. The temporary concentra- 



tion of sea-salts about Arbacia eggs. Biol. 

 Bull. 43 : 175-183. 



1923. Copper, enzymes and fertili- 



zation. Biol. Bull. 44 : 79-104. 



. 1924. Fertilization, cortex, and 



volume. Biol. Bull. 47 : 274-283. 



1950. Note on the growth of arms 



in the pluteus of Arbacia punctulata. Biol. 

 Bull. 98 : 34-35. 



Glaser, R. et Lederer, E. 1939. fichino- 

 chrome et spinochrome; derives methy- 

 les; distribution; pigments associes. C. R. 

 Acad. Sci. Paris 208 : 1939- 1942. 



Glycas, M(ichael). 1 2th cent. Annales a 

 mundi exordio usque ad obitum Alexii Comneni. 

 Paris. 



GoDLEwsKi, E. 1908. Plasma und Kernsub- 

 stanz in der normalen und der durch aus- 

 sere Factoren veranderten Entwicklung 

 der Echiniden. Arch.f. Entwick. 26 : 278- 

 328. 



GoLDFORB, A.J. 1918. a. Effects of ageing 

 upon germ cells and upon early develop- 

 ment. Part II. Changes in moderately 

 aged eggs and sperm. Biol. Bull. 34 : 372- 

 409. 



. 1918. b. Effects of ageing upon germ 



cells and upon early development. Part 

 III. Changes in very aged eggs. Biol. Bull. 

 35 : 1-32. 



. 1929. b. Changes in agglutination 



of ageing germ cells. Biol. Bull. 57 : 350- 

 387- 



1929. c. Factors that change agglu- 



tinability of ageing sperm. Biol. Bull. 57 

 389-411. 



1935. a. Change in size and shape 



of ageing eggs (Arbacia punctulata). Biol. 

 Bull. 68 : 180-190. 



1935. b. Viscosity changes in ageing 



unfertilized eggs of Arbacia punctulata. 

 Biol. Bull. 68 : 191-206. 



• '935- c. Increased permeability to 



water of ageing unfertilized eggs (Arbacia 

 punctulata). J. Gen. Physiol. 19 : 149-165. 



GoLDFORB, A. J. 1937. Effects of age on 

 Arbacia eggs. VI. Increased stretching 

 and bursting of egg membrane in hypo- 

 tonic sea water. Physiol, ^ool. 10 : 59-70. 



and ScHECHTER, V. 1932. Studies 



in ageing eggs. Change in resistance of 

 egg membrane to bursting in hypotonic 

 solutions. Proc. Soc. Exp. Biol, and Aled. 

 29 : 1271-1272. 



GoLDiNGER, J. M. and Barron, E. S. G. 

 1946. The pyruvate metabolism of sea 

 urchin eggs during the process of cell 

 division. J. Gen. Physiol. 30 : 73-82. 



GoLDscHMiDT, R. and Popoff, M. 1908. 

 l)ber die sogenannte hyaline Plasma- 

 schicht der Seeigeleier. Biol. Centralb. 28 : 

 210-223. 



GoMORi, G. 1952. Microscopic Histochemistry. 

 Univ. Chicago Press, Chicago, 111. 



Goodwin, T. W., Lederer, E. and Musa- 

 jo, L. 1 95 1. The nomenclature of the 

 spinochromes of sea urchins. Experientia 



1 ■■ 375-376. 



and Srisukh, S. 1950. A study of the 



pigments of the sea-urchins. Echinus escu- 

 lentus L. and Paracentrotus lividus La- 

 marck. Biochem. J. 47 : 69-76. 



and . 1 95 1. Caroteniods in 



the heart urchin Echinocardium corda- 

 tum. Nature 1^7: 358-359. 

 Gordon, I. 1929. Skeletal development in 

 Arbacia, Echinarachnius and Leptaste- 

 rias. Phil. Trans. Roy. Soc. London, B 2 1 7 : 



289-334- 



Gorham, F. p. and Tower, R. W. 1902. 

 Does potassium cyanide prolong the life 

 of the unfertilized egg of the sea urchin? 

 Am. J. Physiol. 8 : 175-182. 



Gowen, J. W. and Gay, E. H. 1933. Gene 

 number, kind and size in Drosophila. 

 Genetics 18 : 1-31. 



Grant, U. S. IV. and Hertlein, L. G. 

 1938. The West American Cenozoic 

 Echinoidea. Pub. Univ. Calif., Los Angelos, 

 Math, and Phys. Sci. 2 : 1-209. 



Grasse, p. p. 1948. Traite de ^oologie, Tome 

 XI, £chinodermes : 1-363. Masson et Cie, 

 Paris. 



Grave, B. H. and Downing, R. C. 1928. 

 The longevity and swimming ability of 

 spermatozoa. J. Exp. ^ool. 51 : 383-388. 



Grave, B. H. 1934. Further studies on the 

 longevity and swimming ability of sper- 

 matozoa. Biol. Bull. 67 : 513-518. 



Grave, C. 1902. a. A method of rearing 

 marine larvae. Science 15 : 579-580. 



. 1902. b. Some points in the struc- 

 ture and development of Mellita testudi- 

 nata. Johns Hopkins Univ. Circulars, no. 

 157: 1-8. 



Gray, J. 1916. Electrical conductivity of 



