General physiology; an outline of the science of life . Fig. 64.—Silicious skeletons of Badiolaria. (After Haeckel.) A, JDorataspis, B. Theoconw. and sometimes they are stored in the tissues between the in-dividual cells as the so-called connective substances, such as chondrinin cartilage, glutin in bone, calcium phosphate in bone, and thegreat number of supporting or skeletal substances which belongto the albuminoids and in the different groups of animals havecompositions very different and as yet little known. b. Excretions The excretions are much fewer in number than the am
General physiology; an outline of the science of life . Fig. 64.—Silicious skeletons of Badiolaria. (After Haeckel.) A, JDorataspis, B. Theoconw. and sometimes they are stored in the tissues between the in-dividual cells as the so-called connective substances, such as chondrinin cartilage, glutin in bone, calcium phosphate in bone, and thegreat number of supporting or skeletal substances which belongto the albuminoids and in the different groups of animals havecompositions very different and as yet little known. b. Excretions The excretions are much fewer in number than the among them are the products of retrogressive proteid-metamorphosis which are excreted by all living substance. Among gaseous excretions the most important one, whose pro-duction is associated with the life of every cell without ex-ception, is carbonic acid, the end-product of respiration ; it isproduced chiefly by the oxidation and the decomposition ofproteid, but under certain circumstances by the fermentation ofcarbohydrates. As has already been see
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Keywords: ., bookcentury1800, bookdecade1890, bookidgen, booksubjectphysiology
