291 Vertebrata 



» 



200373 Hälsen, G. 6 : 11.856 



1914. Der Lichtsinn bei Reptilien und Amphibien. Blätt. Aquar.-Ter- 

 rar.-Kde. Jahrg. 25 p. 601—605. [Nach von Hess,] 78, 79, 81.3 



74 Johnson, H. M. 6 : 11.856 



1914. Visual pattern-discrimination in the vertebrates. — I. Problems 

 and methods. Journ. animal Behav. Toi. 4 p. 319—339, 6 figg. — II. 

 Comparative Visual acuity in the dog, the monkey and the chick. p. 

 340—361. [Results with dog do not prove nor disprove insensibility to 

 différences in detail in Visual objects. Visual acuity of monkey compa- 

 rable with that of man, that of chick much less.] 86, 9.74,.82 



75 Paton, Stewart. 6 : 13 



1907. The Reactions of the Vertebrate Embryo to Stimulation and the 

 Associated Changes in the Nervous System. Mitt. zool. Stat. Neapel 

 Bd. 18 p. 535—581, 3 pis , 1 fig. [Heart beat and movements of ab- aud 

 adduction of body prior to formation of definite nerve tracts. Rôle of 

 impulses in diflerentiation of neurofibrils. Study of neurofibrillation.] 

 7.1,.31,.35,.55, 78, 79, 81.1 



76 Greil, Alfred. 6 : 13.2 



1914. Die Gastrulation der Amniotenkeime. Yerh. anat. Ges. Vers. 28 

 p. 223-248, 4 figg. 81, 82, 9.1,.2,.33 



77 Brächet, A. 6 : 13.9 



1914. Différenciations ^spontanées", différenciations ^provoquées" et 

 leurs intermédiaires au cours du développement embryonnaire. C. B. 

 Soc. Biol. Paris T. 77 p. 557—559. [Perforation de l'opercule des Am- 

 phibiens anoures en apparence par action mécanique exercée par le 

 membre se produit malgré destruction du membre. Développaient spon- 

 tanée du placenta. De même développement du cristallin. Rôle de 

 l'excitation.] 78, 9.32 



200378 Clark, Elliot K. 6 : 14.1 



1915. Studies of the growth of blood vessels, by observation of living 

 tadpoles and by experiments on chick embryos. (Amer. Ass. Anat.) 

 Anat. Record Yol. 9 p. 67—68. [Development of arterioles and venules 

 from indifferent capillary plexus.] 14.13,.14 78, 86 



79 Reagan, Franklin Pearce. 6 : 14.1 



1915. Vascularization Phenomena in Fragments of Embryonic Bodies 

 Completely Isolated from Yolk-Sac Blastoderm. Anat. Record Vol. 9 p. 

 329—341, 10 figg. [Yolk-sac not necessarily site of formation of earliest 

 blood vessels. In tra- embryonic vessels develop in situ when communi- 

 cation of extra-embryonic vessels with intra-embryonic tissues is pre- 

 vented by chemical or mechanical means.] 14.13,.14, 86 



80 Barge, J. A. J. 6 : 14.11 



1914. Beitrag zur vergleichenden Anatomie des Pericardiums. Zeitschr. 

 Morph. Anthrop. Bd. 17 p. 381-431, 49 figg. 



7.31,.48,.58, 78, 79, 81.1— .4, 84.1, 86.5, 88.1, 89.1, 9.2,.9 



81 Glaser, W. 6 : 14.12 



1914. Der intramurale Nervenapparat des Herzens. Deutsch. Arch. 

 klin. Med. Bd. 117 p. 26—36, 7 Taf., 11 figg. [Grosser Nervenreichtum 

 (Reizleitung?).] 78, 9.32,.9 



82 Lange, W. 6 : 14,12 



1914. Die anatomischen Grundlagen für eine myogene Theorie des Herz- 

 schlages. Arch. mikr. Anat. Bd. 84 Abt. 1 p. 215-262, 2 Taf. (Referat, 

 vide B. Z. Vol. 27 No. 93661) 



7.55, 78, 79, 81.1,.21,.3,.4, 84.1, 86,.5, 88.1, 9.2,.32,.4,.61,.62,.72-.74,.82 

 200383 Krassnig, Max. 6 : 14.13 



1913/14. Von der Arteria vertebralis thoracica der Säuger und Vögel. 

 Anat. Hefte Bd. 49 p. 523—610, 1 Tai, 14 figg. — üeber die Arteria ver- 

 tebralis und die Intercostalarterien bei Bradypus tridactylus. Als Nach- 

 trag zur Publikation. „Von der Arteria vertebralis thoracica usw." in 

 Band 49 dieser Zeitschrift. Bd. 50 p. 413—421, 5 figg. 



85.3, 86, 88.1, 89.1, .7 9.1— .33,.53,.61,.62,.73-.82,.9 



