Membrane protein

... to the ER. Ribosomes are what takes the mRNA and translates it into proteins/enzymes. If the protein is bound for the outside (extracellular) ... Inside the ER, the newly made protein/enzyme will bud off from the ER's membrane forming its own secretory membrane around it to keep it from being ...

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... the relationship between temperature and any of the following: 1) membrane permeability and information flow (lipid assembly, channels, pumps, ... 2) diffusion rate (interaction with molecule size and shape) 3) protein-protein interactions (again, affected also by shape/bi-stability) ...

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... the relationship between temperature and any of the following: 1) membrane permeability and information flow (lipid assembly, channels, pumps, receptors) 2) diffusion (interaction with molecule size and shape) 3) protein-protein interactions (again, affected also by shape/bi-stability) ...

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... performing SDS-PAGE with mitochondrial fractions. after transfering the protein in nitrocellulose membrane when i'm staining the same with Ponceau's solution, i am getting distinct bands at ...

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... or units of electron carriers found embedded in the inner mitochondrial membrane. Keeping it simple cellular respiration starts with a molecule of ... them to form water. Energy released by electrons is used by the giant protein ATPase to form the energy currency ATP. A total of 36 or 38 moles ...

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