333 



Àmphibia 



200945 Wachs, H. 79: 11.69 



1914. Neue Versuche zur WouFSchen Linsenregeneration. Arch. Eutw.- 

 Mech. Bd. 89 p. 384—451, 9 Taf. [Auge übt Einfluss auf Linsenbiidung 

 ohne Zellverbindung frei durch hintere Kammer aus. Einfluss des Weg- 

 falls des Drucks der Linse auf die Iris. Rolle der Sekretion der Linse 

 als auslösend für Einfluss des Auges (Retina).] 



46 Holines, S. J. 79 : 11.76 



1914. The behavior of the epidermis of amphibians when cultivated 

 outside the body. Journ. exper. Zoöl. Vol. 17 p. 281—295, 1 pl. [Thig- 

 motaxis. Contractions produced by thermal, chemical, osmotic or con- 

 tact Stimuli.] 



47 Torraca, Luigi. 79 : 11.76 



1914. La rigenerazione délie cellule pigmentate cutanée. Arch. Entw.- 

 ilech. Bd. 40 p. 131—150, 1 tav. [Sistema pigmentario della cute rige- 

 nerante proviene in parte da quello dei tessuti preesistenti ed in parte 

 da formazione autoctona. Veri cromatofon si possono formare da cel- 

 lule connettivali scolorate. Identità délie cellule epiteliaii pigmentate 

 agli elementi omologhi scolorati dell'epidermide.] 

 43 Haecker, T., und >. Lebedinsky. 79 : 13.9 



1914. Ueber die beschleunigende Wirkung geringer Strahlendosierungen 

 auf tierische Eier. Arch. niikr. Anat. Bd. 85 Abt. 1 p. 555—560, 2 Agg. 



49 Stadtiuüller, Franz. 79 : 14.84 



1914. Ein Beitrag zur Kenntnis des Vorkommens und der Bedeutung 

 hyalinknorpeliger Elemente in der Sciera der Urodelen. Anat. Hefte Bd. 

 51 p. 427—465, 1 flg. [Persistenz oder Schwinden hängt von ökologi- 

 schen Momenten ab.] 



50 Deckert, Eichard F. 79 (74.7) 



1914. Salamanders Collected in West-Chester Countv, N. Y. Copeia 

 >~o. 13 p. 3-4. 



51 Banta, Arthur M., and Boss Aiken Gortner. 79 Auiblystoma : 11.05 



1914. A Milky White Amphibian Egg JelL Biol. Bull/ Woods Hole 

 Yol. 27 p. 259—261, 1 flg. [Chemical diâerences (N-content).] 



200952 Moore, Julia S. 79 Amblystouia : 11.12 



1915. The growth of the vascular System as it is correlated with the 

 development of function in the embryos of Amblystoma. (Amer. Ass. 

 Anat.) Anat. Record Vol. 9 p. 109— III* 14.13,.14 



53 Laurens, Henry. 79 Amblystoma : 11.76 



1915. The Reactions of the Melanophores of Amblystoma Larvae. Journ. 

 exper. Zool. Vol. 18 p. 577 — 638, [Reverse reactions of seeing and eye- 

 less larvae on long expcsure to light. Identical primary reactions. Me- 

 ianophores of isolated piece3 of skin do not react to ordinary light. 

 Direct action of solutions, température and electric currents.j 



54 Herrick, C. Judson, and George £. Coghill. 79 Amblystoma : 11.82 



1915. The development of reflex mechanisms in Amblystoma. (Amer. 

 Ass. Anat.) Anat. Record Vol. 9 p. 81—83. [Swimming reflex. Spinal 

 réflexes in half-grown larvae. Responses in both simple and „total re- 

 actions". 3 groups of neurones involved. 2 neurone connection between 

 dorsal and ventral root fibers not primitive.] — The Development of 

 Reflex Mechanisms in Amblystoma. Journ. comp. Xeurol. Vol. 25 p. 65 

 — 86, 10 figg. [Progressive difîerentiation of specific réflexes away from 

 type of total reaction and perfection of individual adaptive movements 

 with particular chains of neurons. Late development of long corrélation 

 pathways.] 



55 Herrick, C. Judson. ' 79 Amblystoma : 14.81 



1914. The medulla oblongata of larval Amblystoma. Journ. comp. Xeu- 

 rol. Vol. 24 p. 343 — 427, 57 figg. L^ ensor y ro°ts of cranial nerves and 

 related end-nuclei and tracts (imperfect ségrégation). Motor nuclei and 

 tracts.] 



200956 Coghill, George E. 79 Amblystoma: 14.81 



1915. Salient features of the medulla oblongata of Amblystoma embryos 



