Amphibia 3g0 



88103 von Eggeling, H. 79 : 14.77 



1014. Ueber Femoralorgane bei Amphibien. Verh. Ges. deutsch. Nat. 

 Aerzte Vers. 85 Tl. 2 Uiilfte 2 p. 962—963. 



94 Merrick, C. Judson. 79 : 14.81 



1914. The cerebellum of Necturus and other urodele amphibia. Juarn. 

 comp. Neurol. Vol. 24 p. 1—29, 30 figg. 



95 StadtmHller, Fr. 79 : 14.84 



1914. Ueber vergleichendacatomischo Untersuchungen am knorpeligen 

 Scleralapparat von Schwanzlurchen. Ber. nat. Ges. Freiburg i. Br. Bd. 

 20 p» CVI— CVII. [Beziehung zur Oekologie (Wasserleben).] 



96 Reed, H. D. 79 : 14.85 



1014. Further observations on the sound-transmitting apparatus in Uro- 

 deles. Anat. Record Vol. 8 p. 112 — 113. [in those forms presenting a 

 single fenestral element, this is shown to arise by fusion of columella 

 and operculum.] 



97 Sunkel, Werner. 79:15.6 



1014. Boobachtungen an Schwanzlurchen in Freiheit und Gefangen- 

 schaft. Bliitt. Aquar.-Terrar.-Kde. Jahrg. 25 p. 528—529. 



93 Muckermann, Hermann. 79:1^.15 



1913. Zur Anordnung, Trennung und Polwanderung der Chromosomen 

 in der Metaphase und Anaphase der somatischen Karyokinese bei Uro- 

 delen. Cellule T. 28 p. 231—252, 2 Taf. 



99 Pernitzsch, Fritz. 79 Ambiystoma : 11.57 



1913. Zur Analyse der Rassenmerkmale der Axolotl. I. Die Pigmentie- 

 rung iunger Larven. Arch. mikr. Anat. Bd. 82 p. 148—205, 3 Taf., 5 

 figg. 



68200 Wintrebert, P. 79 Amblystoiua : 11.7 



1014. Les premiers stades du mouvement chez l'Axolotl {Ambit/ stoma ti- 

 grinum). C. R. Soc. Biol. Paris T. 76 p. 303—300, 7 figg. [Description 

 de 7 etapes servant a la seriation des embryons ] 



01 Boulenger, E. G. 79 Amblystoiua : 13.4 



1013. Experiments on the Metamorphosis of the Mexican Axolotl (Am- 

 blystoma tigr/'num), conducted in the Society's Gardens. Proc. zool. Soc. 

 London 1913 p. 403 — 413, 8 figg. [Metamorphosis induced by forced use 

 of lungs, can be checked in early stages and then made to continue (cri- 

 tical sta«e). Mere poverty of oxygen in water not efficient.] 



02 Stockard, Charles R. 79 Amblystoiua : 13.9 



1013. The location of the optic anlage in Amblyiioma and :he interpre- 

 tation of certain eye defects. Proc. Soc. exper. Biol. Med. Vol. 10 p. 

 lt>2 — 164. [Antero-median position. Cyclopean defect one of airest.] 



03 Wintrebert, W. 70 Amblystoiua : 14.1 



1013. Demonstration d'un embryon d'Axolotl. Bull. Soc. zool. France 

 T. 38 p. 65-67. [Circulation.] 14.13,.14 



04 Bauingartner, E. A. 79 Amblystoiua: 14.36 



1014. The development of the gall bladder and bile ducts in Ambiysto- 

 ma. Anat. Record Vol. 8 p. 133—135. [Ductus choledochus as early 

 anterior directed duct, separating off right and left hepatic ducts. Gall 

 bladder a ventral outpouching of early anterior forming liver anlage. 

 Shifting to right. Cystic duct in connection with right hepatic] 



05 Coghill, G. E. 79 Ambiystoma : 14.8 



1914. Correlated anatomical and physiological studies of the growth of 

 the nervous system of amphibia. I. The afferent system of the trunk of 

 Ambiystoma. Journ. comp. Neurol. Vol. 24 p. 161—233, 3 pis , 55 figg. 

 [Giant ganglion cells (single neurone) innervate both skin and muscle. 

 Connection prior to response to tactile stimuli. Progressive differentia- 

 tion and growtli of fibres. Reflex mechanism: dorsal afferent system 

 (giant ganglion cells) ventral motor syste.n (continuous conducting co- 

 lumn of neurones to muscles) and associative system connecting the 

 two foregoing in rostral region of cord.] 14.82, 83 



882)6 Bindewald, C. A. E. 79 Ambiystoma : 14.81 



1914. Das Vorderhirn von Ambiystoma mexicanum. Arch. mikr. Anat. 



