Embryologia 



100 



204148 Glaser, Otto C. 13^3:39* 

 1914. The Change in Volume of Arbacia and Asterias Eggs at Fertiliza- 

 tion. Biol. Bull. Woods Hole Yol. 26 p. 84—91, 3 figg. [Decrease in 

 volume. Increase in permeäbility.] 39.3 V 5 



49 Lillie, Ralph S. 13.13 : 39 



1914. Antfgonism between salts and anesthetics. IV. Inactivation of 

 sait solutions and hypertonic sea-water by anesthetics. Journ. exper. 

 Zoöl. Vol. 16 p. 591-616. (Abstract, vide B. Z. Vol. 27 No. 96190.) 



50 Brächet, A. 13.13 : 39.5 



1914. L'action de l'acide butyrique et le premier temps de la féconda- 

 tion. C. R. Acad. Se. Paris T. 169 p. 642—644. [Aucun acte de fécon- 

 dation véritable. Suppression de l'inhibition de la formation de la mem- 

 brane de fécondation, qui reste un phénomène accessoire.] 



51 McClenden, J. F. 13.13 : 39.5 



1914. On the Nature and Formation of the Fertilization Membrane of 

 the Echinoderm Egg. Intern. Zeitschr. physik.-chem. Biol. Bd. 1 p. 

 163 — 168, 1 fig. [If mucus layer of unfertilized eggis removed^ no fertili- 

 zation membrane is later formed, although egg segments. No surface 

 layer of équivalent toughness on unfertilized egg.] 



52 Loeb, Jacques. 13.13:39.5 



1915. Concerning Brachet's Ideas of the Rôle of Membrane Formation 

 in Fertilization. Biol. Bull. Woods Hole Vol. 28 p. 87—92. [Essentiai 

 feature chemical (enhancement of oxidation).] 



53 Harvey, E. Kewton. 13.13 : 39.5 Arbacia, 



1914. 1s the Fertilization Membrane of Arbacia Eggs a Précipitation. 

 Membrane? Biol. Bull. Woods Hole Vol. 27 p. 237—239. [Not con^ 

 firmed.] 



54 Lillie, Frank R. 13.13 : 39.5 Arbacia 



1914. Studies of fertilization. VI. The mechanism of fertilization in 

 Arbacia. Journ. exper. Zoöl. Vol. 16 p. 523 — 590, 1 fig. (Abstract, vide 

 B. Z. Vol. 27 No. 9Ö280.) 



204155 Lillie, Frank R. 13 13 : 39.5 Arbacia 



1915. The Fertilizing Power of Sperm Dilutions of Arbacia, Proc. na- 

 tion. Acad. Sc. Vol. 1 p. 156—160. [Evidence in favor of postulating 

 activating substance of Spermatozoon liberated before pénétration. This 

 activâtes the fertilizin of egg.] 



56 Just, E. E. 13.13 : 51.7 Nereis 



1915. Initiation of Development in Nereis. Biol. Bull. Woods Hole Vol. 

 28 p. 1—17. (Abstract, vide B. Z. Vol. 28 No. 97285.) 



57 Just, E. E. 13.13 : 51.7 Platynereis 



1915. An Expérimental Analysis of Fertilization in Platynereis megalops; 

 Biol. Bull. Woods Hole Vol* 28 p. 93—114. [Insemination. Active rôle 

 of egg in pénétration of Spermatozoon. Penetration out of fertilizable 

 period. Fertilizin plays essentiai part. Artificial parthenogenesis.] 



58 Conklin, Edwin Grant. 13.15 : 4.32 Crepidula 



1912. Expérimental Studies on Nuclear and Cell Division in the Eggs 

 of Crepidula. Journ. Acad. nat. Sc. Philadelphia (2) Vol. 15 p. 501 — 

 590, 17 pis. (Abstract, vide B. Z. Vol. 28 No. 9Ô596.) 



59 Me?es, Friedrich. 13.15 : 51.3 Ascaris 



1914. Die Plastochondrien in dem sich teilenden Ei von Ascaris mégalo* 

 cephala. Aren. mikr. Anat. Bd. 84 Abt. 2 p. 89—110, 2 Taf. [Anhäu- 

 fungen in nächster Umgebung der Zentrosomen.] 



60 Scott, John W. 13.15 : 51.7 Cirratulu» 



1914. The Early Cleavage of Cirratulus grandis, Vkbbill. (Amer. Soc. 

 Zool.) Science N. S. Yol. 39 p. 437—439. [Rôle of yolk lobe.] 



2041S1 Strindberg, Henrik. 13.15 : 57.9 



1915. Zur Eifurchung der Hymenopteren nebst einigen damit zusam- 

 menhängenden Fragen. /Eine embryologische Untersuchung.) Zool» 

 Ànz. Bd. 45 p. 248—260, 7 figg. [Darstellung der Entwicklungs Vorgänge 

 bei Leptotkoraoc.] 57.96,.98,.99 



