MORPHOLOGICAL, PHYSIOLOGICAL. Gen. Sub. 4o 
Granula-theory; Arnold (17); Noll (481). — Experiments on vital 
staining; Fischel (186).—Relations of tissues in development; His (299). 
Neuron-theory;- Pugnat (543); Rosenthal (587).—Development of 
nerve-cells ; Fragnito (212).—Structure of nerve-cells ; Golgi (256); 
Holmgren (303); Magini (414).—Changes in nerve-cell with age; Muhl- 
mann (471, 472).—Fatigued nerve-cells; Pugnat (542).—Minute structure 
of ganglion-cells; Studnicka (642); Vincenzi (684).—Neuroglia; Huber 
( 315).—Meningeal membranes; Sterzi (631).—Histology of hypophysis; 
Studnicka (643).—Macrophagous cells and connective tissue; Dominici 
( 142).—Comparative morphology of leucocytes; Grunberg (263); Stas- 
sano (627).—Connective-tissue; Reddingius (560); Rouville (591).— 
Role of leucocytes and their changes; Stassano (627, 628). 
Striped muscle; Godlewski (255), Prenant (531).—Smooth muscle; 
Heidenhain (281); Heiderich (282).—Muscle throughout the animal 
series; Weiss (702, 703). 
Histology of liver; Arnold (17).—Hepatico-pancreatic glands of Iso¬ 
pods; Huie (314).—Structure of glands; Maziarski (431).—Histology of 
secretion; Noll (481); Regaud (561).—Structure and changes in the 
pancreas; Tschassonownikoff (666). 
Ciliated cells, differentiation of; Gurwitsch (266).—Histogenesis of; 
Gurwitsch (267).—Epithelial cells of epididymis; Gurwitsch (268).— 
Ciliated epithelium; Schuhmacher ^609). 
Structure of skin and horny metamorphosis; Tischutkin (657). 
Origin and components of blood; Poljakoff (527).—Origin of blood- 
plates; Hirschfeld (297).— Growth of epithelium; L. Loeb (389). 
Syncytia, epithelium, and endothelium; His (300).—Architecture of 
bone; Wolff (719).— ; Histochemical study of cartilage ; Moll (452).—- 
Histology of cartilage ; Schaffer (602).—-Matrical, intercellular, and 
cementing substance ; Schaffer (601).—Minute structure of egg-mem¬ 
branes in birds; Schirschoff (603). 
4. Physiological. 
a. General. 
Biological physics; D 5 Arson val and others (128).—Organic regulations ; 
Briesch (144).—Experimental physiology; Dubois & Couvreur (159).— 
Position of physiology; Friedenthal (214).—Vital functions; Paratore 
( 501).—The operative forces in the organism; Reinke (576). 
Osmotic pressure; Bataillon (29).—Osmotic properties of the living 
membrane; Batazzi (64).—Osmotic pressure in relation to cold; d’Ar- 
sonval (127).—Osmotic properties of cell; Galeotti (216).—Auto- 
regulation of osmotic pressures; Maillard (416).—Osmotic pressure in 
physiology; Nolf (480).—Osmosis in relation to blood corpuscles; 
Quinton (544).—Osmotic pressure; Sabbatini (594); van Rysselberghe 
(673). 
b. Particular Functions. 
Locomotion of Annelids; Bohn (52).—Spiral swimming; Jennings 
( 326).—Muscular contraction; Weiss (703).—Cutaneous absorption ; Pesci 
& Andres (515).—Intestinal absorption; Reuter (579).—Influence of 
temperature on permeability; van Rysselberghe (673). 
Normal and intra-molecular respiration; Peirce (513).—Respiratory 
function in Amphibian ova; Bataillon (30).—Action of Oxide of Carbon 
on red-blooded animals; Dubois (149).—Permeability of branchial mem¬ 
brane; Fredericq (203). 
Heart-beat in Salpa ; Schultze (611).—New function of some Mai- 
