Cellular pathology : as based upon physiological and pathological histology twenty lectures delivered in the Pathological Institute of Berlin during the months of February, March, and April, 1858 / by Rudolf Virchow ; translated from the second edition of the original by Frank Chance ; with notes and numerous emendations, principally from ms. notes of the author.

  • Virchow, Rudolf, 1821-1902.
Date:
1860
Catalogue details

Licence: Public Domain Mark

Credit: Cellular pathology : as based upon physiological and pathological histology twenty lectures delivered in the Pathological Institute of Berlin during the months of February, March, and April, 1858 / by Rudolf Virchow ; translated from the second edition of the original by Frank Chance ; with notes and numerous emendations, principally from ms. notes of the author. Source: Wellcome Collection.

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    FAGK Difference between formation and transformation. Fresh and growing, in opposition to macerated, bone. Nature of medullary tissue.—Growth in length of tubular [long] bones; proliferation of cartilage. Formation of marrow as a transformation of tissue; red and yellow, normal and inflammatory marrow. Osseous tissue, calcified cartilage, osteoid tissue. Bone-territories: caries, degenerative ostitis. Granulation of bone. Suppuration of bone. Maturation of pus. Ossification of marrow.— Growth of long bones in thickness; structure and proliferation of the periosteum.—Granulations as analogous to the medulla of bones, and as the starting-point of all heteroplastic development. LECTURE XIX.—Pathological, and especially Hete- rologous, New Formation ..... 427 Consideration of some forms of pathological formation of bone. Soft oste- oma of the maxillse. Rickets. Formation of callus after fracture.— Theory of substitutive new formation in opposition to exudative. Destructive nature of new-formations. Homology and heterology (malignity). Ulceration. Mollities ossium. Proliferation and luxuria- tion. Medulla of bones and pus.—Suppuration. Its two forms: super- ficial, occurring in epithelium; and deep, in connective tissue. Eroding suppuration (skin, mucous membrane): pus- and mucus-corpuscles in their relations to epithelium. Ulcerative suppuration. Solvent pro- perties of pus.—Connection of destruction with pathological growth and proliferation. Correspondence of the first stage in pus, cancer, sarcoma, &c. Possible duration of the life of pathologically new-formed elements, and of pathological new-formations considered as wholes (tumours). Compound nature of the larger tuberous tumours (Geschwulstknoten), and miliary character of the real foci (Heerde). Conditions of growth and recurrence: contagiousness of new-formations and importof the anas- tomoses of cells. Cellular pathology in opposition to the humoral and neuristic. General infection of the body. Parasitism and autonomy of new-formations. LECTURE XX.—Form and Nature of Pathological New-formations 462 Nomenclature and classification of pathological new-formations. Consist- ence as a principle of division. Comparison with individual parts of the body Histological division. Apparent heterology of tubercle, colloid, &c— Difference of form and nature: Colloid, Epithelioma, Papillary tumour Tubercle.—Papillary tumours: simple (condylomata, papillo- mata) and specific (villous cancer and cauhflower-tumour).-Tubercle: infiltration and granulation. Inflammatory origin of tubercle. Its production from connective tissue. Miliary granules, and solitary masses. The cheesy metamorphosis.-Colloid: myxoma. CoUonema. Mucous or gelatinous cancer.-Physiological types of heterologous new-forma- tions • lymphoid nature of tubercle, hfematoid of pus, epithelioid of cancer, cancroid, pearly and dermoid tumours, and connective-tissue- like of sarcoma. Infectiousness according to the amount of juice- Comparison between pathological new-formations m animals and vege- tables. Conclusion.