Electron

So here is what i know so far glycolysis --> pyruvate oxidation --> citric acid cycle --> electron transport chain --> produces a total of 32 ATP So here is what i am confused about. For plants, they go through photophosphorylation instead of the oxidative phosphorylation ...

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... monocolonal antibody staining/blocking, knock-out and/or transgenic organisms (cells, bacteria, plants, animals, fungi), gene chips, microscopy (electron, confocal, standard bright field) et cetera.

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... question- I'm planning on growing soil microorganisms in different liquid culture medias. I'll be doing this anaerobically and with nitrate as an electron acceptor. Should I be worried about the gases that might be created from using nitrate? Any info would be appreciated! Thanks

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... is a basicaly a three step process. 1. Glycolysis, it occurs in the cytoplasm. 2. Krebs cycle, it takes place in the matrix of mitochondria and 3. Electron Transport System (ETS) or Electron Transport Chain (ETC). These are groups or units of electron carriers found embedded in the inner mitochondrial ...

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... active site). It is more than just shape that is of concern here, it is the electrostatic topology of the active site. Areas of higher or lower electron density relative to the nuclear charge in that region lead to binding or repulsion of substrate molecule(s) and make groups more or less reactive. ...

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