44 Gen. Sub. 
I. GENERAL SUBJECTS. 
spinal cord in grass snake; Van Gehuchten (268). — On the so-called 
dorsal cells of the spinal cord in lower Vertebrates; Van Gehuchten 
( 270). — Minute structure of hypophysis in normal and paralytic brain ; 
Wolff (776). — Structure and function of nerve-fibres ; Auerbach (13). — 
Minute structure of ciliary nerve ; Gutmann (303). — Comparative histology 
of optic nerves of Vertebrates; StudniCka (689). 
Muscular Tissue : — Structure and contraction of striped muscular fibre ; 
Rutherford (630). — Structure of muscle and theory of its contraction; 
McDougall (466). — Minute structure of muscle; Gruvel (298). — His- 
tology and histogenesis of heart muscle cell ; MacCallum (465). — Study of 
smooth muscle; Schultz, P. (653-655). — Intercellular bridges in smooth 
muscle cells, longitudinal musculature of intestine in ox ; Triepel (716). 
Skeletal tissue: — Hard tissues of Vertebrates; Rose (615).— Transition 
forms in cartilaginous tissue; Chatin (112).— Periostal and endochondral 
ossification; Kapsammer (381). — On the capability of the periosteum to 
form cartilage; Schaffer (641). — Histology and histogenesis of cartilage 
in Cyclostomata; StudnrSka (690). — Minute structure of notochord in 
various vertebrate types ; Studnick a (691). — Histogenesis of clastic tissue ; 
Gardner (256), Loisel (452). 
Vascular: —Structure and development of red corpuscles in Vertebrates ; 
Giglio-Tos (274-277). — Role of leucocytes in corneal wounds; Ranvier 
( 594). — Plasmocytes; Eisen (180). — Plasmocytes of Eisen ; Giglio-Tos 
( 278). — Differential characteristics of leucoblasts and erythroblasts ; 
Trambusti (715).— Clasmatosis in Lamellibranchs ; Chatin (111). 
Comparative histology of oesophagus and intestine; Oppel (541). — 
Comparative histology of the digestive tract; Claypole (117;. — The 
structure of the food-canal; Kultschitsky (420). — Structure of the liver- 
cell; Browicz (91). — Minute structure of the liver in the lower Verte- 
brates; Holm (360). — Epithelial origin of leucocytes and of reticular 
tissue ; Retterer (604 & 605). 
4. Physiological. 
a. General. 
Text-book of general physiology, 2nd edition ; Verworn (730). — Re- 
print of the late F. Miescher’s researches; Miesoher (505). — Outlines of 
physiological embryology ; Haacke (304). 
Physiological studies on Oligochaita; Cu^not (138). 
Functioning of tissues; Le Danteo (431). — Criticism of the preceding; 
the mechanism of functional adaptation ; CuiSnot (140). . 
Role of water in growth; Davenport (150). 
The power of resistance in living tissues; Grawitz (294). 
Import of oxygen in relation to vital movement; Kuhne (419). 
Oligodynamic phenomena in cells ; Israel & Klingmann (368). 
Growing old ; Le Dantec (432). 
Physiological correlation ; Gley (280a). Temperature of animals ; 
Sutherland (696). 
b. Particular Functions. 
Respiratory proteids; Griffiths (296). — Oxydases in the animal series; 
PORTIER (575). 
Chitin ; Zander (783). 
New researches on gastric secretions; Verhaegen (722). 
Secretion and absorption of gas in the swim-bladder and lungs; 
Haldane (312). 
Osmotic pressuro in blood and secretions of marine animals ; Bottazzi 
(72 & 73). 
