Titlebook: Bioenergetics; Peter Gr?ber (Professor for Physical Chemistry),Gi Book 1997 Birkh?user Verlag 1997 bacteria.enzymes.protein.proteins.synth

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Prüfungstraining für Bankkaufleuteas able to dissociate water into dioxygen and metabolically bound hydrogen by using visible light. This event, which occurred in photosynthesizing organisms about 2–3 billion years ago, had two consequences of paramount importance: (a) it allowed the huge water pool on the earth’s surface to become

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PANT

Prüfungstraining für Bankkaufleuteents another example of nature’s fascinating universality. It takes place not only in respiration, but also in photosynthesis, although these processes counteract each other in the major cycle of living matter (Fig. 1a). In the eucaryotic respiratory chain of mitochondria the cytochrome .1-complex f

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Kundenberatung im pers?nlichen Verkaufcteria to produce a transmembrane electrochemical potential difference of protons. It was also found that the proton translocation is due to a single molecule: the bacteriorhodopsin (bR), a protein located in the plasma membrane of the bacteria. It is a very important molecule in understanding the m

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https://doi.org/10.1007/978-3-8350-9315-7 and for uptake of nutrients a number of different mechanisms have been invented during the evolution, some of them are described in the preceding chapters. Light energy and the energy of nutrients cannot be used directly in the cells as energy source for the different biochemical processes connecte

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expository

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Cytochrome , oxidase,Cytochrome . oxidase is the terminal electron transfer complex of the mitochondrial electron transfer chain. It catalyses the transfer of electrons from cytochrome . to molecular oxygen. Water is produced and protons are consumed according to the following equation: . (1)

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https://doi.org/10.1007/978-3-0348-8994-0bacteria; enzymes; protein; proteins; synthesis

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