Vertebrata 294 



Amsterdam Vol. 16 p. 311—318, 2 figg. [Relatively more white substanc© 

 in large animals.] 7.31, 81.1,.3, 84.1,.4, 85.1,.2, 9.32,.735,.74,.82,.9 



200408 Rothig, P. 6 : 14 81 



1913. Bijdragen tot de leer der Neurobiotaxis. De verschuivmg der 

 raotorische kernen in de Oblongata van Myxine glutinosa en bij sommige 

 Amphibien (Necturus mac, Cryptobranchus japonicus, Bufo en Rana). Versl. 

 wis- nat. Afd. Akad. Wet. Amsterdam D. 22 p. 316-323, 11 figg. - Con- 

 tributions upon Neurobiotaxis. (The arrangement of the motor nuclei 

 in Myxine glutinosa, in Cryptobranchus, Necturus, Rana fusca and Bufo.) 

 Proc. Sect. Sc. Akad. Wet. Amsterdam Vol. 16 p. 296—866, 11 figg. 



7.2, 78, 79 



09 Tilney, Frederick. 6 : 14.81 



1913. An Analysis of the Juxta- Neural Epithelial Portion of the Hypo- 

 physis Cerebri, with an Embryological and Histological Account of a 

 Hitherto Undescribed Part of the Organ. Intern. Monatsschr. Anat. 

 Physiol. Bd. 30 p. 258—293, 15 pis. [2 distinct morphological elements 

 (histology and ontogeny). Connections with neural portion.] 



.i 86, 9.32,.735,.74 



10 Brnni, Angeio Cesare 6 : 14.81 



1914. Sullo sviluppo del lobo ghiandolare dell'ipofisi negli Amnioti. 

 Internat. Monatsschr. Anat. Physiol. Bd. 81 p. 129-237, 5 tay., 5 figg. 

 [Partecipazione dell'entoderraa minima nei rettili, massima nei mammi- 

 feri. Fusione completa degli abbozzi ento- ed ectodermici.] 



81.1, 86, 88.1, 9.32,.9 



11 Edinger, Ludwig. ^ • ^^-^A 



1914. Die Entstehung des Menschengehirnes. Wien. med. Wochenschr. 

 Jahrg. 64 p. 2246—2263, 5 figg. [Vergleichende Anatomie.] 9.9 



12 Schonbauer, Leopold. 6 : 14.81 



1914. Intelligenz und Gehim in der Tierreihe. Lotos Prag Bd. 62 p. 

 246-263. 7.5, 78, 79, 81, 82, 9.725,.74,.82,.9 



200413 Woerdeman, Martin W. 6,: 14.81 



1914. Vergleichende Ontogenie der Hypophysis. Arch. mikr. Anat. Bd. 

 86 Abt. 1 p. 198-291, 39 figg. 7.2,.35, bl.1,.3,.4, 86, 9.32,.33,.73,.^1,.9 



14 Moodie, Roy L. \i ^*f^ 



1916. A New Fish Brain from the Coal Measures of Kansas, with a Ke- 

 view of other Fossil Brains. Joorn. comp. Neurol. Vol. 26 p. 136—181, 

 19 figg. [Undetermined fish (Palaeoniscid ?). Large optic lobes.] — Op the 

 anatomy of the brain and ear of a fish from the coal measures of Kansas. 

 (Amer. Ass. Anat) Anat* Record Vol. 9 p. 107—109. 



7.47, 8i.8,.9, 9.74 i 



15 Tilney, Frederick. 6 * 14.81 



1915. The Morphology of the Diencephalic Floor. A Contribution to 

 the Study of Craniate Homology. Journ. comp. Neurol. Vol. 26 p. 218 

 282, 30 figg. 7.31,.47, 78, 79, 81.1, 83.4, 86, 9.2,.31,.32,.735-.9 



16 Neal, H. V. e i si ^ ' ^t? 



1914. The Morphology of the Eye Muscle Nerves. Jonrii. Morphoi. 

 Vol. 25, 187 pp., 9 pis,, 4 figg. [No primary connection of nerve and 

 muscle. Confirmation of Kdpffbk-Biddkr-His theory. Somatic segmented 

 musculature with associated motor nerves in head region. 5 pre-otic 

 S-'- metameres.] ■ 7.2,.31,.35 



17 Pedaschenko, D. 6:14.H3 



1914. Die Entwickelung der Augenmuskelnerven. Vorlftufiee Mitteilung. 

 Anat. Anz. Bd 47 p. 145—180, 9 figg. [Vernaitnismassig neue Bildun- 

 gen.] 7.31, 81.1 



18 Seent-Gyorgyi, Albert, f \}^f^ 



1914. Untersuchungen uber den GlaskSiper der Amphxbien und Kepti- 

 lien. Arch, ralkr. Anat. Bd. 86 Abt. 1 p. 803—360, 5 Taf., 6 figg. [Ty- 

 pische Anordnung der Fibrillen bei einzelnen Tieren. Statische Momente. 

 Beziehung zu Zonula.] 78, 79, 81.1,.21,.3 , 



200419 Neal, U. V. ,„.*.' ^i"* 



1914. Are the Preotic Myotomes of the Vertebrate Head Postotic m On- 



