52 Gen. Sub. 
I. GENERAL SUBJECTS. 
phology of the cerebellum; Schaper (685).—Parietal organs and para- 
physes; Rohon (667).—Critical summary as to epiphysis, parietal organ, 
and paraphysis; Gaupp (268).—Origin of the pituitary body; Collin a 
( 131).—Summary of recent work on the eye; Kallius (385).—Summary 
of recent researches on the ear; Siebenmann (725).—Primary segments of 
the vertebrate head; Hill (350).—Metamerism of the Vertebrate head; 
Sewertzoff (719).—Summary of researches on the metamerism of the 
skull; Gaupp (269).—Note on hypotheses as to the origin of the paired 
limbs of Vertebrates; Kerr (394).—Critical note on the morphology of 
the supra-renal capsules; Diamare (173).—Morphology of Vertebrate 
supra-renals ; Kohn (409). 
Genealogical tree of animals; Andres (17).—Gaskell’s theory of the 
origin of Vertebrates from Crustacean ancestors; Patten (595).—Origin 
of Vertebrates; Gaskell (266).—Position of sponges; Delage and 
others (166). 
b. Histology. 
Continuation of the re-edition of Textbook of human histology; 
Kolliker (407a).—S ixth edition of lectures on the central nervous 
system of man and animals; Edinger (196).—Textbook on structure of 
nervous system in Vertebrates ; Ramon y Cajal (638).—Treatise on 
practical histology; Renaut (652).—Manual of microscopic technique; 
Carazzi (105). 
The nerve-cell in the course of its development; Bombicci (69).— 
Fundamental elements of the nervous system; Edinger (197).—Apathy’s 
theory of nerves; Garbowski (264).—Minute structure of nerve cells; 
Golgi (282), Martinotti (502).—A lecture on the new neurology; Gowers 
( 285).-—Moniliform state of neurons in Invertebrates ; Havet (312).— 
Recent histological researches on nerve cells; Hesse (349).—Spinal 
ganglion-cells of rabbit and frog ; Holmgren (361 & 362).—Summary of 
recent researches on the minute structure of the nervous system; von 
Lenhossek (444).—Fine structure of nerve fibres; Marchesini (498).— 
Structure of nerve-fibres; Monckeberg & Bethe( 540).—Minute structure 
of nerve-cells; Nelis (566).—Fine structure of nerve-cells and nerve- 
processes ; Ruzicka (677 & 678).—Canaliculi and alveoli in ganglion-cells 
and axis-cylinders of some nerve-fibres in Vertebrates; Studnicka (748). 
—Reissner’s fibre in the central canal of the spinal cord; Studnicka (751). 
—The ependym-cells of the central nervous system of Vertebrates; Stud¬ 
nicka (752).—The nerve-cell in insects and other Invertebrates; Tira- 
boschi (768).—Methods of studying the central nervous system; Van 
Walsem (785). 
Summary of recent researches on the eye; Kallius (385 & 385a).— 
Comparative histology of the retina; Bernard (59). 
Structure of striped muscle in Insects; Enderlein (209).—The true 
nature of fibrous differentiation; Heidenhain (322).—Structure of con¬ 
tractile substance; Heidenhain (322a).—L ife-history of striped muscle ; 
Meek (518 & 519).—Connections between smooth muscle-cells ; Schaffer 
( 684).—Relations between muscular and elastic tissue in Vertebrates ; 
Smirnow (726). 
Reticular connective tissue: a summary; Disse (176).—Origin of con¬ 
nective tissue matrix-substances ; Hansen (305).—Cementing-substance 
and matrix; Waldeyer (803). 
Structure of protoplasm in epithelial cells; Bolsius (68).—Fine struc¬ 
ture of epithelium ; Foa (241 & 242).- -Intercellular chambers in stratified 
pavement epithelium; Foa (241 & 242).—Summary of recent researches 
on the skin; Rabl, H. (637).—Relations of dermis and epidermis; 
Retterer (653).—Peculiar epithelial modifications; Studnicka (749).— 
