Phagocytosis and ACTH-like and β-endorphin-like molecules in invertebrate (molluscan) and in vertebrate (human) cells. Possible significance for the evolution of the immunoneuroendocrine system
Phagocytosis and ACTH-like and β-endorphin-like molecules in invertebrate (molluscan) and in vertebrate (human) cells. Possible significance for the evolution of the immunoneuroendocrine system / OTTAVIANI, E.*; PETRAGLIA, F.; GENEDANI, S.; BERNARDI, M.; BERTOLINI, A.; COSSARIZZA, A.; MONTI, D.; FRANCESCHI, C.. - In: ANNALS OF THE NEW YORK ACADEMY OF SCIENCES. - ISSN 0077-8923. - ELETTRONICO. - 594:(1990), pp. 454-457. [10.1111/j.1749-6632.1990.tb40526.x]
Phagocytosis and ACTH-like and β-endorphin-like molecules in invertebrate (molluscan) and in vertebrate (human) cells. Possible significance for the evolution of the immunoneuroendocrine system
PETRAGLIA, F.;BERTOLINI, A.;MONTI, D.;
1990
Abstract
Phagocytosis and ACTH-like and β-endorphin-like molecules in invertebrate (molluscan) and in vertebrate (human) cells. Possible significance for the evolution of the immunoneuroendocrine system
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