Physiologia. 



230 



§0961 Allen, W. E. 11.6» 

 1911. A Study of the Relation of Tissue Differentiation to Rate of 

 Growth Düring Regeneration. Biol. Bull. Vol. 21 p. 187—206, 1 pl., 2 

 figg. 51.6, 79 



62 Jenkinson, J. W. 11.69 



1911. Relation of Regeneration and Developmental Processes. Rep. 80tli 

 Meet. Brit. Âss. A*t. Se. p. 636—637. 



63 McClendon, J. F. 11.69 



1911. Evidence for the Transmission of the „Wound stimulus" to Under- 

 lying Tissues and its Relation to Regeneration. (Amer. Soc. Zool. east. 

 Branch). Science N. S. Vol. 33 p. 388. 



64 Thesing, Curt. 11.69 



1911. Experimentelle Biologie II. Regeneration, Transplantation und ver- 

 wandte Gebiete. Natur und Geisteswelt Bd. 337, 132 pp., 69 figg., M. 1. 

 [Regeneration, Autotomie, Transplantation.] 



31, 37, 39, 4, 49, 51, 65, 57, 7, 76, 81, 82, 9 



65 Wilson, H. V. 11.69 



1911. On the behavior of the dissociated cells in Hydroids, Alcyonaria, 

 and Asterias. JouiTi. exper. Zool. Vol. 11 p. 281—338, 30 figg. [In hydroids 

 tissue éléments undergo despecialization and form masses of totipotent 

 regenerative tissue. Observations on immature gonads of starfish.] 



36.2, 37.1, 39.3 



66 Fritzsche, R. 11.69 : 31.7 Loxophyllum 



1910. Zur Physiologie von Lorophyllum meleagris. 4rch, Hydrobiol. 

 Planktonkde. Bd. 6 p. 99—105, 1 Tai [Trichocystenfunktion ; Répara- 

 tion.] 



67 Wilson, H. V. 11.69 : 34 



1910. Development of Sponges from Tissue Cells outside the Body of 

 the Parent. Journ. Elisha Mitchell scient. Soc. Vol. 26 p. 65—70. — 

 Bull. Bur. Fish. Washington Vol. 28 p. 1265—1271. [Regenerative pow- 

 er of somatic cells in sponges ; two methods.] 

 50968 Wilson, H. V. 11.69 : 34.3 



1910. On the Structure and Regeneration of the Epidermal Layer in 

 some Siliceous Sponges. (Amer. Soc. Zool.) Science N. S. Vol. 31 p. 

 469. 



69 Maas, Otto. 11.69 : 34.3 Chondrosia 



1910. Ueber Nichtregen eration bei Spongien. Arch. Entw.-Mech. Bd. 30 

 Teil 1 p. 356—378, 4 figg. [AufEälliger Mangel an Ersatzfähigkeit.] 



70 Rand, Herbert W. 11.69 : 36.5 Condylactis 



1909. Wound Reparation and Polarity in Tentacles of Actinians. Journ. 

 exper. Zool. Vol. 7 p. 189—238, 2 pis. [The structural repair is efEec- 

 ted by positional readjustment of the cells of the old tissues.] 



71 Child, C. M. 11.69 : 36.5 Harenactis 



1909. Factors of Form Regulation in Harenactis attenuata. III. Regula- 

 tion in „Rings". Journ. exper. Zool. Vol. 7 p. 353—395, 31 figg. [Estab- 

 lishment of a new polarity and in greater or less degree of a new radial 

 symmetry.] 



72 Rand, Herbert W. 11.69 : 36.5 Sagartia 



1910. Wound Reparation and Polarity in Tentacles of Sagartia. (Amer. 

 Soc. Zool.) Science N. S. Vol. 31 p, 469-470. 



73 Goldfarb, A. J. 11.69 : 37.1 



1910. Light as a Factor in the Regeneration of Hydroids, Second-Study. 

 Journ. exper. Zool. Vol. 8 p. 134—142. 



74 Stevens, N. M. 11.69 : 37,1 Antennularia 



1910. Regeneration in Antennularia. Arch. Entw.-Mech. Bd. 30 Teil 1 p. 

 1 — 7, 2 figg. [Regeneration of new stems independent of the influence 

 • of gravity, when pièces of a colony are attached to the cork blades of a 

 wheel, making 1 révolution in 20 minutes.] 

 50975 Torrey, Harry Beal. 11.69 : 37.1 Corymorpha 



1910. Biological Studies on Corymorpha. III. — Regeneration of Hy- 



1. XL 1911. 



