Physiologia 



82 



90 



210388 Yersoa, Enrico. 11.69 : 57.S7 Bombyx 



liJOo. Manit'estazioni rigenerative nelle zampe toracali del B. mo7-i. Alii 

 isu veneto Sc. Lett. Arti T. 64 Pt. 2 p. 431-469. 

 89 Sal/.ci-, Fritz. 11.69:6 



1915. Vergleichend-anatoraische Stiidien iiber die Regeneration und 

 Wundbeilung an der Hornlmut. Arch. Angenlieilkde. Bd, 79 p. 61—98, 

 1 Taf., 12 figg. [Entstehung der Keratoblasten aus dem Epithel.] 



7.55, 78, 79, 86,.5, 9.32 

 Sclmltz, Walther. 11.69:6 



1915. Parallele von Bastardierung und Transplantation und Rtickschliisse 

 auf die Vererbung, besonders bei mendelnden und Geschlechtscharak- 

 teren. (Hase, Kaninchenrassen, Ratte, Fasan, Moschusente, Mendeln und 

 neugeziichtete Geschlechtscbaraktere bei Girlitz x Kanarie x Kanarie.) 

 Arch. Eutw.-Mech. Bd. 41 p. 120-158, 2 Taf. {Referat, viae B. Z. Vol. 

 29 No. 208001.) 84.1, 86, 88.1, 9.32 



( iarke, William Cogswell. 11.69 : 6 



1916. Experimental raesothelium. Auat. Record Vol. 10 p. 301—316, 11 

 figg. [Formation of flattened pavement cells on free surfaces of acciden- 

 tal spaces. Possibility of regeneration of serous membranes and of cells 

 lining blood vessels from deep connective tissue cells.] 



86, 9.32,.74,.9 



Yon Hansemaun, D. 11.69 : 6 



1916. Bemerkungen iiber die Beziehungen der Bastardierung zur Trans- 

 plantation. Arch. Entw.-Mech, Bd. 42 p. 126—127. [In Schultz Arch. 

 Bd. 41 p. 120. Hinweis auf eigene Publikation: Descendenz und Patho- 

 logie.] 



Lupu, Helena. 



1909. Regeneration de 

 scieut. Univ. Jassy 'f. 5 



91 



92 



93 



intestinal du 



11.69 : 7.55 Cobitis 

 Cobitis fossilis, Ann. 



I'epitheliura 



p. 182—247. 



210394 Baitsell, George A. 11.69 : 78 



1916. The origin and structure of a fibrous tissue formed in wound 



healing. (Proc. Amof. Ass. Anat.) Auat. Record Vol. 10 p. 175—176. 



[Direct transformation of fibrin net.] 



95 Hooker, Davenport. 11.69 : 78 Rana 



1915. Studies on Regeneration in the spinal cord. 1. An analysis of 

 the processes leading to its reunion after it has been completely severed 

 in frog ejiabryos at the stage of closed neural folds. Jouro. comp. Neu- 

 rol. Vol. 2i p. 469 — 495, 8 figg. [Elements entering into regenerated 

 portion of cord derived entirely from original cord. Connective tissue 

 and epidermis not concerned.] 



9i) Diirkeu, Bernhard. 11.69 : 78 Rana 



1916. Das Verhalten transplantierter Beinknospen vcm Rana fusca und 

 die Vertretbarkeit der Quelle des formativen Reizes. Zeitschr. wiss. 

 Zool. Bd. 115 p. 58-128, 3 Taf., 12 figg. (Referat, vide B. Z. Vol. 29 

 No. 208342.) 



97 llookei*, Davenport. 11.69 : 78 Rana 



1916. Some results from reversing a portion of the spinal cord end for 

 end in frog embryos. (Proc. Amer. Ass. Anat.) Anat. Record Vol. 10 p. 

 198—199. [Complete fusion. Even where this tailed, fair coordination in 

 swimming reflexes (possibility of early mechanical, non-nervous coordi- 

 nation).] 



9S Burr, H. Saxtou. 11,69 : 79 Amblystoma 



1916. The regeneration of the forebrain of Amblystoma. (Proc. Amer. 

 Ass. Anat.) Anat. Record Vol. 10 p. 188 — 189. [Regeneration from epen- 

 dyma. Connection with functional end organ necessary.] 



99 Harrison, Ross tr. 11.69 : 79 Amblystoma 



1916. On the reversal of laterality in the limbs of Amblystoma embryos. 

 (Proc. Amer. Ass. Anat.) Auat. Record Vol. 10 p. 197 — 198. (Abstract, 

 vide B. Z. Vol. 29 No. 2u8353.) 

 210400 llhlenliulh, Eduard. 11.69 : 79 Salamandra 



1915. Are Function and Functional Stimulus Factors in Producing and 



