73 



Physiologia 



103808 Bouvier, E. L. 11.68 : 55 Ooperipatus 



1914. Nouvelles observations sur la viviparité chez les Onyehophores 

 australiens. C. R. Acad. £c. Paris T. 158 p. 1547—1550. [Ooperipatus 

 paradoxus n. s p.] 



09 Schapiro, J. 11.69 



1914. Zur Regenerationsfrage. Süz.-Ber. Ges. nat. Freunde Berlin 1914 

 p. 207 — 303, 10 tigg. [Versuche an Seesternen. Spezifische Energie als 

 Üausal-Prinzip. Eine primäre Eigenschaft des Lebens. — Heteromor- 

 phose» Entdifîerenzierung. Umkehr der Lebensvorgänge.] 39.3 



10 Przibraia, il. 11.69 



1915. Regeneration und Transplantation im Tierreich. Kultur d. Gegen- 

 wart TL 3 Abt. 4 Bd. 1 p. 843—377. 



11 flewitt, J. H. 11.69 : 31.7 Pleurotrich a 



Î914. Regeneration of Pleurotricha after Merotomy with Référence Es- 

 peciaiiy to the Number of Micronuclei and the Occurrence of Uninu- 

 cleate Cells. Biel. Bull. Woods Hole Vol. 27 p. 169— 176. [Merotomy 

 without other etïect on nurnber of micronuclei than that produced me- 

 chanically by the Operation.] 



12 Müller, Herbert Constantin. 11.69 : 87.1 



1913/14. Die Regeneration der Gonophore bei den Hydroiden tmd an- 

 schliessende biologische Beobachtungen. Teil I. Athecata. Arch. Entw> 

 Mech. Bd. 37 p. 319—419, 23 figg. — Teil IL Thecata. Bd. 38 p. 288— 

 863, 2 Tai, 15 figg. — Die Regeneration der Gonophore bei den Hy- 

 droiden. Die Naturwissenschaften Jahrg. 2 p. 1025—1030, 4 tigg. (Re- 

 ferat, vide ß. Z. Vol. 27 No. 96139.) 



13 De. Morgan, W., and {}, Harold i)rew. 11.69 : 37*1 Antennularia 



1914. A Study of the Restitution Masses formed by the Dissociated 

 Cells of the Hydroids Antennularia ramosa and A. antennina dourn. 

 mar. biol. Ass. Piymoath N« 8. Vol. 10 p. 440 -468, 9 tigg. (Abstract, 

 vide B. Z. Vol. 27 No. 96153.) 



03814 Baa^HMipcKin, A. ü. Wîadymirsky, A. 11.69 : 37.1 Campanufaria 



1913. HaÖJiro^eHm na/rib pereEtepaiiieïi y riJiaHyjrb Campanularia flexuosa 

 Hincks. Tpy/jH ööm,. EcTecTB. T* 44 Hmu. 1 llpo r. Sac^. p. 172 

 — 183, 3 tigg. — Some Observations on the régénération of planuiae of 

 Campanularia ftexuo a Hincks. Trav. Soc. >at. 8t.-Pétersbonrg T. 44 

 Livr. 1 C. R. p. 189—191. [Posterior half more abie to regenerate than 

 front (ab und in ce of nutritive matter in former). Reversai of polarity 

 possible.] 



15 Loeb, Jacques. 11.69 : 37.1 Tubülaria 



1994. Concerning Dynamic Conditions which Contribute toward the De- 

 termination of the Morphological Polarity of Organisms. (First Commu- 

 nication.) Univ. California Public. Physiol. Vol. 1 p. 151—161, 7 figg. 

 [Polarity observed in régénération due to a process comparable with 

 streaming in direction of aboral to oral pole. Ligatura around middle 

 of stern abolisbes polarity.] 



IC Cary, Lewis B. 11.69 ; 37.5 Cassiopea 



1915. The Etïect of the Removal of the Marginal Sense Organs on the 

 Rate of Regeneration in Cassiopea xamacama. (Amer. ïSoc. Zool ) Scien- 

 ce SL S. Vol. 41 p. 471. [Active half of disk (bearing sensé organs) ré- 

 générâtes faster, provided insoiated fron» hait without sense organs. Re- 

 lation to rate of metabolism.j 



17 Schapiro, J. 11.69 : 39.3 



1914. Ueber die Regenerationserscheinungen verschiedener Seesternarten. 

 Arch. Eiitw.-liecho Bd. 38 p. 210—251, 4 Taf. [Bestätigung der Barfurth'- 

 schen Rf.gel.J 



Crozier, W. J. 11.69 : 39.3 Asterias 



1915. On the Number of Rays in Asterias ienuispina Lamk. at Bermuda. 

 Ainer. Natural. Vol. 49 p. 28—36. 14 figg. [Modal no. 7, range 2—9. In 

 autotomy, division into 3-ray and 4-ray portions, each regenerating 4 

 ravs.l 



