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Molecular quantum mechanics in biology

Quarterly Reviews of Biophysics, 1969
Among the different fields of natural sciences, physics is concerned with the most basic properties of matter. It is possible to define the necessary physical concepts in a rather unique way and carry out experiments under well-controlled conditions. The interpretation of experiments is therefore comparatively easy.
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MOLECULAR MECHANISMS IN DEVELOPMENTAL BIOLOGY

Cell Biology International, 1996
AbstractSome general molecular mechanisms underlying development are described. Namely: those involved in the differentiation of the R7 receptor inDrosophilaembryonic retina; those involved in the determination of embryonic axes and in polar cell differentiation, inDrosophila; those involved in the determination of the AB and P cell lineage and in ...
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Mechanics, fields and statistical mechanics in developmental biology

Proceedings of the Royal Society of London. Series B. Biological Sciences, 1977
Roux explicitly adopted mechanical causality as a necessary explanatory principle in embryology, while Driesch introduced the complementary idea of the morphogenetic field. The present status of these concepts in developmental biology is described, together with recent developments in the formal description of field behaviour.
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Mechanics in the embryo

Nature, 2013
Mechanical stresses that are intrinsic to the early shape-forming movements of embryonic tissues have now been shown to play essential and evolutionarily conserved parts in cell-fate specification.
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Biology and Mechanics of Blood Flows

2015
Hemodynamics: (1) explores the flow features in the heart and blood vessels, in normal conditions and in pathologies; (2) studies the pressure—flow relationships and the transport of substances by blood; and (3) is a major factor in therapy optimization. Hemodynamics differ at the different length scales of the circulatory circuit.
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