Subject 1nde£. 
63 ftoot. 
Regeneration. 
Regeneration und Transplantation im 
Tierreich ; Korschelt, 3 and 4. 
The physiology of regeneration ; 
Morgan, T. H., 3. 
Regeneration und Involution ; Bar- 
furth, 2. 
Regenerierende Regenerate ; Driesch, 
1 . 
Morphogenesis, regulation ; Child, 1. 
Experimentelles und Kritisehes, Re- 
generation ; Tornier, 2. 
Regeneration and autotomy, Arachnida', 
Friedrich, P. 
The relation between functional regu- 
lation and form-regulation ; Child, 3. 
Germ - layers and regeneration ; 
Morgan, T. H., 4. 
Beziehungon dos Lymphdruckes zu 
den Erscheinungen der Regeneration 
und des Wachstums; Reinke, Fr., 2. 
Regulation. I. The significance of 
the different methods of regulation in 
Turbellaria ; Child, 2. 
(Child, 7 ; Studies on regulation. IV. 
Form-regulation in Leptoplana.) 
(Child, 8 ; Studies on regulation. V. 
The relation between the central nervous 
system and regeneration in Leptoplana.) 
(Child, 9 ; Studies on regulation. VI. 
The relation between the central nervous 
system and regulation in Leptoplana.) 
(Child, 10 ; Studies on regulation. VII. 
Further experiments on form regulation 
in Leptoplana). 
Incomplete anterior regeneration in 
the absence of the brain in Leptoplana 
littoralis ; Morgan, Lilian V., 2. 
The relation between regulation and 
fission in Tlanaria ; Child, 4. 
Regeneration of grafted pieces of 
anarians ; Morgan, Lilian, V., 1. 
' (Regeneration in Polychoerus 
caudatus ; Stevens and Boring, 1 and 2.) 
(Child, 6 ; Form-regulation in Cerian- 
tlius, 9. Regulation, form, and propor- 
tion.) 
(Hahn ; Dimorphism and regeneration 
in Metridium.) 
Regeneration in Fundulus heteroditus ; 
Morrill, 
02il 
Regeneration of heteromorphic tails in 
jiosterior pieces of Planaria simplicis- 
sima’, Morgan, T. II., 6. 
Analysis of the phenomena, of polarity 
in Tubularia ; Morgan, T. II., 8. 
Hydranth formation and polarity in 
Tubularia ; Morgan, T. II., 2. 
Polarity in Tubularia ; Morgan and 
Stevens. 
Regeneration of a heteromorphic tail, 
Allolobophora foetida ; Dimon. 
(Physiological “polarity ” and elec- 
trical polarity, earthworm ; Morgan and 
Dimon.) 
Physiological regeneration in insects ; 
Kellogg, 1. 
Tissues, in regeneration of skin ; 
Tornier, 1. 
(Zeleny, 2 ; Compensatory regulation). 
(Zeleny, 3 ; Relation of tho degree of 
injury to the rate of regeneration.) 
The regeneration of a double chela in 
the fiddler crab (Gelaaimus pugilator) in 
place of a normal single one ; 
Zeleny, 4. 
Light as a factor in the regeneration 
of hvdroids ; Goldfarb. 
Growth and regeneration of the gills 
in the young Nedurua ; Eycleshymer. 
Torsion in the regeneration of the 
cheliped of the lobster ; Emmel. 
Regeneration peripherer Nerven } 
Barfurth. 
Senescence, Death. 
La mort naturelle dans le regne 
animal ; Metchnikoff, 1. 
Tod und Fortpflanzung ; Hartmann, 
Max. 
Das Altern (ungarisch) ; Dalmady. 
Das Alter der Tiere ; Korschelt, 2 
& 6 . 
Chemical. 
Jahres-Bericht fiber die Fortschritte 
der Tier-Chemie oder der physiolo- 
gischen und pathologischen Cliemie. 
Begr. v. Richard Malv. Fortges. v. R. 
Andreasch, M. v. Nenckif, K. Spiro. 
