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The foundation of the present new journal "CLINICAL HEMORHEOLOGY" best testifies the fact that rheological thinking is gaining ground in biology, medicine and surgery. The biomedical community, after having long neglected mechanical facts in general, and biorheological peculiarities in detail, is beginning to appreciate the theoretical and practical relevance of biorheology as a discipline devoted to the study of flow and deformation of complex materials. Nature, after all, has mixed "fluids" and "solids" in the tissues of plants and animals, and the classical physical laws established for elastic solids or pure liquids do not usually apply to the mechanics of biological materials. In the sense of classical mechanics, most biomaterials are "anomalous".In the laboratories of comparatively few centers, the causes of the often puzzling, or "paradox" mechanical abnormalities of cells, tissues, blood vessels and first of all of the flowing blood itself have been identified, sometimes even at the molecular level. At present, we witness the application of this knowledge to the understanding of the consequences of these "abnormalities" for the no~ mal and the abnormal function of cells, of blood and of tissues.

Hemorheology and the experimental basis of classical humoral pathology