PHYSIOLOGICAL. 
.Gen. Sub. 45 
Function of white blood corpuscles; Friedenthal (242). 
On a functional adaptation of phagocytosis, in development of embryos 
of Unionidce; De Bruyne (154). — Phagocytic organs in marine Annelids; 
Cantacuzene (102). — Comparison of phagocytic action of leukocytes in 
Amphibians and Mammals; Berry (51). 
Functions of the thyroid gland; de Cyon (145). — Parathyroid glands ; 
Welsh (762). — Blood and lymphoid organs of Invertebrates ; Cu&not 
( 141). — Hcemolymph glands of some Vertebrates; Vincent & Harrison 
( 736). — Comparative physiology of the suprarenal capsules; Swale 
Vincent (732-735). — Supra-renals in frog and mammal; Langlois (423 & 
424). — Function of supra-renal capsules; Gomez Ocana (286). 
Excretory concretions in Vertebrates and Invertebrates; ScnorrE (652). 
Physiological importance of air-spaces in flying animals; von Lenden- 
FELD (438). 
Locomotion of animals; Le Hello (437). — Movement in a circle, 
primitive among Vertebrates; Guldberg (300 & 301). 
Peculiar adaptations of function; reflex bleeding; CuIsnot (139). 
Survival of desiccated encysted Infusorians; Nussbaum (540). 
Biological action of X-rays ; Sabraz^s & Riviere (636). 
Bionomics of parasitism; antagonism between parasites; limits to the 
number in an individual host, otc. ; Hausmann (321). 
Acquired immunity from insect stings ; Morse (525), Macloskie (469). 
— Poisonous animals and their poisons ; Phisalix (564).— Poison of wasps 
antidotal to that of snakes ; Phisalix (565). — Cholesterin and biliary salts 
as vaccines against the venom of vipers ; Phisalix (566 ). — Antivenenes ; 
Fraser (237). 
Physiological effects of spermine; Pcehl (572). 
Function-change in moulting setae of insects; Escherich (198). 
c. Pigmentation and Colour. 
• Mechanism of pigmentation; G^iinot (103). — Pigmentation in Mylilus ; 
Faussek (205). — Notes on pigments; Florentin (231). — Green pigment 
of Thalassema Lankestcri n. sp. ; Herdman and others (339). — Chsetopterin ; 
Ray Lankester (425). — Protein crystalloids in the nuclei of wandering 
cells of Echinoids ; probably become pigment granules ; List (445). — Pig- 
ment formation in salamander larvae ; Lubarsch (456). — Leaf-pigment and 
blood-pigment, their biological relations; Nencki (535). — Pigments of 
Decapod Crustacea; Newbigin (536). — Pigment in skin of vertebrates, 
summary as to; Rabl (590). — Melanotic pigment in skin; Rosenstadt 
(621). — Tlio pigment and its origin in some Tardigrada; Rywosch (631). — 
Distribution of black pigment in Tracheata ; Verhoeff (724). 
Historico-critical review of the investigations of Eimer and Werner on 
markings ; Steuer (679). — Colouration of insects ; von Wattenwyl (755). — 
Experiments on colouration by constricting portions of the wings; Urech 
( 718). — Colours and colour-patterns in Lepidoptera; Mayer (485). 
Colour change in lizards; Thilenius (705). — Development of colour in 
nymphs and imagines of Coleoptera\ Verhoeff (723). 
Phosphorescence; Dubois (167). — Phosphorescence in Cypridina hilgen- 
dorjii and phosphorescence in general ; Watanabe (754). 
d. Nervous and Sensory : Comparative Psychology. 
Senses : — 
The light-sensations of eyeless animals; Bernard (49). — Sensitiveness 
to light in lower animals (1) see 1896 ; (2) Plathelminthes ; (3) llirudinea ; 
Hesse (355 & 356). — Photomechanical changes in the retinal pigment cells 
of Palcemonetes ; Parker, G. II. (550). — -Note on light-sense of blind 
