. The principles and practice of veterinary surgery . ?CTj„ 93 Colloid tissue, with the loouli fiUed with molecular matter, in which cells are commencing to form. On the left of the figure one of the molecularmasses has been squeezed out of the fibrous matrix ; below are masses of mineralmatter. 250 {BENNETT) ,, . , . .... , , J, g^ Alveolar stroma of cancer, obtamed by penoilhng out, under water, V thin section of a scirrhous tumour of the breast. 220 diam.—(Aenott.) MICEOSCOPIC ANATOMY OF CAlsrCER. Fig. Fig., 99 FiGf. 100. Fig. 95.—Typical mature carcinoma from a scirrhous breast.

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. The principles and practice of veterinary surgery . ?CTj„ 93 Colloid tissue, with the loouli fiUed with molecular matter, in which cells are commencing to form. On the left of the figure one of the molecularmasses has been squeezed out of the fibrous matrix ; below are masses of mineralmatter. 250 {BENNETT) ,, . , . .... , , J, g^ Alveolar stroma of cancer, obtamed by penoilhng out, under water, V thin section of a scirrhous tumour of the breast. 220 diam.—(Aenott.) MICEOSCOPIC ANATOMY OF CAlsrCER. Fig. Fig., 99 FiGf. 100. Fig. 95.—Typical mature carcinoma from a scirrhous breast. Probably by theaction of the chromic acid solution employed to harden the specimen, the cells haveshrunk away from the alveolar walls to some extent. 220 diam.—(Aenott.) Fig. 96.—Young cancer cells from testicle. Fig. 97.—The same, after addition of acetic acid. Fig. 98.—Older cells, from a tumour in duodenum. Fig. 99.—The same, after addition of acetic acid. Fig. 100.—Highest development of cancer cells, including secondary cells, froma tumour of the toe. 250 diam.—(Bennett.)

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Keywords: ., bookcentury1900, bookdecade1900, booksubjectveterin, bookyear1904