46 Gen. Sub. 
J. GENERAL SUBJECTS. 
Cell structure (1) a coarse nuclear framework, with “ nuclear sap ” 
in the interstices ; (2) granulation of the framework, some of the 
granules probably plasmosomes ; (3) granulation of the nuclear sap or 
paralinin with achromatin granules. To oxychromatiu and oedematin, 
Altmann’s achromatin granulations have to be added ; Schlater (494). 
Chemical physiology of the cell; recent researches. — Function of nucleus. 
“ Whatever other functions the nucleus may possess, it is certainly able, 
in virtue of the properties of its component substances, to superintend the 
metabolic processes which take place in the cell, to modify and regulate 
the metabolism”; Chittenden (92). 
Nutrition of the cell ; Gautier (179, 180). 
Important note on reducing processes in cells ; Gautier (181). 
Histological mechanism of secretion ; Ranvier (438) 
Disruption products of nuclein acid; Kossel & Neumann (284). 
Cytotropism ; Roux (468) ; see also Experimental Embryology. 
Wandering cells of the frog, three - kinds, differing in behaviour ; 
cosinophile cells, hyaline or non-granular cells, and basophile rose- 
reacting cells ; Hardy & Kantiiack (221). 
Morphology of wandering cells, distinctions between oxyphile, baso- 
phile, and other cells ; Kantiiack & Hardy (264). 
Nucleus and cytoplasm are, as it were, two poles, alternately active 
and receptive ; the plasma communicates an induction-stimulus to the 
nucleus, and receives from it a fermentative response ; Duiescii 
(127). 
The contour of the endothelial cells in vascular system and pleuro- 
peritoneal cavity, which may be straight, sinuous, denticulate, &c., varies 
according to the dilatation or contraction of the organ ; Muscatello 
(382). 
Granules in Protozoa corresponding to Altmann’s, but little evidence 
that these are elemental particles, nor any evidence that the plasm is a 
“kind of zoogloea” ; Przesmycki (427, 428). 
Terminology of nerve-cell. The whole cell, neurocyte ; the axis- 
cylinder prolongation, neurote; the other processes, dendrites ; the neuro- 
glia cell, spongiocyte ; Fisii (159). 
Origin of chromatiu and achromatin substances in colls ; Laydowsky 
(296). 
Auerbach’s substance ; Zoja (597). 
Paranuclein : Chromosomes formed from nuclein ; achromatin from 
paranuclein ; Frenkel (171). 
Chromatophilous nuclear bodies of Auerbach in Ciliata, ova of Ascavis, 
ova of Aphis, &c.; Zoja (598). 
Intercellular bridges between smooth muscle-cells in food- canal of cat, 
dog, pig, and rabbit ; a system of fluid-containing spaces around the cells ; 
no cementing substance ; Boheman (46). 
Nuclear and cellular degeneration ; Druner (130). 
Relations between the function of the cell and the structure of the 
nucleus ; Boveri (58). — Protoplasm and nucleus ; Perez (412). 
