Organologia 132 



lary tube showing neuromeres in human embryo of 23—24 segments. 

 Relations to nerves. 9 neuromeres belong to rhombencephalon.] 



14.81,.82 

 211025. Sterzi, Giuseppe. 14.81 : 6 



1901. Ricerche intorno all' anatomia comparata ed all' ontogenesi deile 

 meningi e considerazioni sulla filogenesi. Atti Ist. yeneto Sc. Lett. Arti 

 T. 60 Pte. 2 p. 1101—1372, 5 tav. 7.1— .35,.44,.48,.55,.56, 



78-81.21,.3, 84.1,.2, 86, 89.7, 9.2— .33,.725— .74,.9 

 2-> Dubois, Eug. 14.81 : 6 



1914. Die gesetzmassige Beziehung von Gehirnmasse zu Korpergrosse 

 bei den Wirbeltieren. Zeitschr. Morph. Anthrop. Bd. 18 p. 323—350. 

 [Correlationsexponenten.] 7.55,.58, 78, 79, 81.1,.2(),.3, 



84.1,.2, 8t),.5, 87.1, 88.1, 89.1,.7, 9.2— .53,.61,.725-.74,.82,.88,.9 



27 Lloyd, James Hendrie. 14.81 : 6 



1915. The Morphology and Functions of the Corpus Striatum. Joarn. 

 nerv. ment. Disease Vol. 42 p. 370—382, 8 figg. [Vestigial organ, repre- 

 senting original fore-brain mass of earliest ancestral typos of Verte- 



28 Stuurman, F. J. 14.81 : a 



1915. Die Herstellung und Farbung von Serienpraparaten der Gehirne, 

 kleiner Tiere. Zeitsclir. wiss. Mikr. Bd. 32 p. 152—159. 



29 Wallenberg, [Adolf.] 14.81 : 6 



1915. Ueber die Entwicklung des Zentralnervensysteras in der Wirbel- 

 tierreihe. Schrlft. nat. Ges. Danzig N. F. Bd. 14 Heft 1 p. XIII-XIV. 

 [Unterscheidung von Palae- und Neencephalon usw. Popular.] 



ST iilney, Frederick. 14.81 : 6 



1916. The supra-optic canal, its morphology and anatomical relation to 

 choked disc. (Proc. Amer. Ass. Anat.) Anat. Record Vol. 10 p. 250— 

 253. [Dilatation of canal in internal hydrocephalus.] 



7.31,.47, 78, 79, 81.1, 83.4, 86, 9.2,.32,.7H5-.n 

 2110 1 Rothig, P., en C. U. Arlens Kappers. 14.81 : 7.2 Myxlnfr 



1914. Verdere bijdrage tot de studie van de hersenen van Myxine gluti- 

 noaa. Versl. wis- nat. Afd. Akad. Wet. Amsterdam D. 22 p. 1200-1212, 

 10 figg. — Further contributions to our knowledge of the brain of Mi/- 

 xine glutinosa. Proc. Sect. Sc, Akad. Wet. Amsterdam Vol. 17 p. 2—12, 

 2 pis., 5 figg. [Eye«muscl6 nuclei absent, incomplete division of motor 

 V nucleus. Motor VII nucleus. Position of posterior visceromotor and 

 epino-occipital motor columns.] 



82 Banmgartner, E. A. 14.81 : 7.31 Sqnalns 



1915. The Development of the Hypophysis in Squalus acanthins. Jouru» 

 Morphol. Vol. 2G p. 391—446, 43 figg. (Abstract, vide B. Z. Vol. 29 No. 

 '208136.) 



S3 Xeal, H. V. 14.81 : 7.31 Squalus 



1916. Neuromeres and metameres. (Proc. Amer. Ass. Anat.) Anat. Re- 

 cord Vol, 10 p. 230—232. [Difficulty of reconciling present relations 

 of rhombomers to motor nerves in Squalus with any scheme of primitive 

 metamerism.] 



c4 Daiilgren, Ulric. 14.81 : 7.35 Torpedo 



1915. Structure and Polarity of the Electric Motor Nerve-Cell in Tor- 

 pedoes. Public. Carnegie Inst. W^ashington No. 212 p. 213—256, 6 pis., 

 6 figg. [Settling of plasmosome through action of gravity.] 



ir^ K^dl, Em. 14.81 : 7.55 



1915. Zur Morphologie der Sehzentren der Knochenfische. Morphol. 

 Jahrb. Bd. 49 p. 509—535, 14 figg. [Asymmetrischer Bau. Charakte- 

 ristische Verteilung der Nervenbahnen. Nervenfibrillenkaskaden inner- 

 halb der Sehzentren.] 

 211C3fi lleisinger, Ludwig. 14.81 : 7.55 



1915. Die zentrale Lokalisation des Gleichgewichtssinnes der Fische. 

 Biol. Centralbl. Bd. 35 p. 472—475. [Zentrum der groben Gleichge- 

 wichtserhaltung im Mesencephalon. Cerebellum das Organ des feineren 

 statotonus.l 



