Titlebook: Dynamic Biological Organization; Fundamentals as Appl M. A. Aon,S. Cortassa Book 1997 M.A. Aon and S. Cortassa 1997 base.biochemistry.cells

柔軟

Gerechtigkeitsideologien 1991–1996sm and involves enzyme activity modulation by gene expression. It deals with the following questions. Might a balanced pattern of fluxes, genetically and environmentally determined, be a determinant of growth, proliferation or differentiation? Might that pattern of fluxes somehow mediate gene expres

Homocystinuria

saturated-fat

Was bleibt von der friedlichen Revolution?attempt to distil the main aspects of our learning concerning problems and limitations we realized during this intellectual adventure. One main purpose is to give some clues about the living complexity. We will refer continuously to the whole book, intending to allow the reader to ‘iterate’ on the p

dyspareunia

General conceptss made to recognize those analytic elements in biological systems, and specific mechanisms operating in the dynamics of processes at different levels of biological organization. We will attempt to show that organization is the result of the dynamics of processes occurring in living cells. Consequent

發(fā)電機(jī)

消瘦

Rhythms as a fundamental property of biological systemsas in the case of excitation and nerve pulse propagation, to a month or a year, as in the female ovulatory cycle or flowering cycle in higher plants (Lloyd and Rossi, 1993). The spatio-temporal dimensions at distinct levels of organization of biological phenomena, including oscillatory processes, we

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Symmetry in dynamic biological organizationdeveloping organisms at macroscopic scales extending from micrometres to millimetres — the characteristic lengths over which biological form is generated. At present, the predominant view is that of molecular biologists: the genetic programme metaphor and the implicit belief that the ultimate explan

Thyroid-Gland

Dynamic organization in biologically oriented artificial systemso interpret dynamic organization in living systems. The term ‘a(chǎn)rtificial’ refers to analogues of biological systems; for example, systems composed of isolated enzymes (either soluble or immobilized), or isolated biological membranes or organelles, or inorganic systems exhibiting similar properties t

Jargon

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