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Titlebook: Mechanics and Energetics of Biological Transport; Erich Heinz Book 1978 Springer-Verlag Berlin · Heidelberg 1978 Energetics.Mechanics.dyna

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書(shū)目名稱Mechanics and Energetics of Biological Transport
編輯Erich Heinz
視頻videohttp://file.papertrans.cn/629/628404/628404.mp4
叢書(shū)名稱Molecular Biology, Biochemistry and Biophysics‘ Molekularbiologie, Biochemie und Biophysik
圖書(shū)封面Titlebook: Mechanics and Energetics of Biological Transport;  Erich Heinz Book 1978 Springer-Verlag Berlin · Heidelberg 1978 Energetics.Mechanics.dyna
描述This book deals with energetics of transport processes, largely expressed in terms of the thermodynamics of irreversible pro- cesses. Since at the present time too little is known about the molecular mechanism of transport, the present treatment is based largely on hypothetical models. Care has been taken, however, to define the crucial features of these models as generally as pos- sible, so that the equations do not depend too much on hypotheti- cal details. Accordingly, most equations, though developed on the basis of a mobile carrier (ferryboat) model, should apply equally to a conformational model, with an appropriate reinterpretation of the symbols. To better elucidate the essentials, the models are greatly simplified by special assumptions. Maximally, only two flows are assumed to be present in each model at one time: e. g. , two solute flows, the flow of solvent and of one solute, the flow of solvent and of heat. The simplifying assumptions may often be unreal. Hence the equations should not be applied un- critically to actual mechanisms. They may at best serve as a ba- sis on which the more appropriate equations may be developed. The book is not designed to give a complete
出版日期Book 1978
關(guān)鍵詞Energetics; Mechanics; dynamics; metabolism; thermodynamics
版次1
doihttps://doi.org/10.1007/978-3-642-81259-0
isbn_softcover978-3-540-08905-6
isbn_ebook978-3-642-81259-0Series ISSN 0077-0221
issn_series 0077-0221
copyrightSpringer-Verlag Berlin · Heidelberg 1978
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Introductiontion of the translocated species. Hence, there are two ways a distinct solute can disappear from a given compartment: firstly, by transformation into another species within the same compartment, and secondly, by translocation through a membrane into another, adjacent compartment.
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Nonmediated (Free) Diffusionto serve as suitable models to study special features of biological membranes. Still, the connections between morphological features and transport behavior of biological membranes are scarce, so that exploration of transport mechanisms still depends heavily on dynamic observations, such as kinetics, etc.
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Energetics of One-Flow Systems Treatment of One-Flow Systems in Terms of Thermodynamics of Irreversint x of the membrane.. being the “electrochemical activity” of solute i. Since in the steady state the flow i is constant throughout the membrane, we can integrate Eq. (5.1) over the whole thickness (.) of the membrane; we do so first under the assumption that i is nonionic, so that we can disregard electric effects for the moment.
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Erich Heinzlant pathogens with suppressive vermicomposts has been increasingly explored over the last two decades. However, the research on the vermicompost-mediated disease suppression mechanisms is scarce. Research on suppression of soilborne phytopathogens, such as the . exhibited that disease suppression i
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and disease management. The method involves the incorporation of organic amendments that contain a labile carbon source, covering soil with clear or gas-impermeable polyethylene tarp, and irrigating until saturation. Populations of facultative anaerobes utilize the carbon source and deplete the soil
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