Immunoreactive human calcitonin-like molecule in the nervous systems of protochordates and a cyclostome, Myxine
SI Girgis, FG Galan, TR Arnett… - Journal of …, 1980 - joe.bioscientifica.com
SI Girgis, FG Galan, TR Arnett, RM Rogers, Q Bone, M Ravazzola, I MacIntyre
Journal of Endocrinology, 1980•joe.bioscientifica.comA molecule very closely resembling human calcitonin immunologically and
chromatographically was extracted from the nervous systems of several protochordates and
a cyclostome, Myxine. The presence of human calcitonin-like molecules in the nervous
systems of primitive chordates suggests that they have some function in the nervous system
of these species and that the bone-regulating function of the calcitonins may have arisen
much later in the vertebrates.
chromatographically was extracted from the nervous systems of several protochordates and
a cyclostome, Myxine. The presence of human calcitonin-like molecules in the nervous
systems of primitive chordates suggests that they have some function in the nervous system
of these species and that the bone-regulating function of the calcitonins may have arisen
much later in the vertebrates.
A molecule very closely resembling human calcitonin immunologically and chromatographically was extracted from the nervous systems of several protochordates and a cyclostome, Myxine . The presence of human calcitonin-like molecules in the nervous systems of primitive chordates suggests that they have some function in the nervous system of these species and that the bone-regulating function of the calcitonins may have arisen much later in the vertebrates.
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