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Any system that is out of equilibrium stores free energy Compare and contrast nuclear transport with classical active transport mechanisms, focusing on the specificity provided by nuclear localization (nls) and export signals (nes). In biological systems, where a great deal of energy transfer happens via red/ox reactions, it is important to understand how these reactions are mediated and to begin to start considering ideas or hypotheses for why these reactions are mediated in many cases by a small family of electron carriers.
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When nadh or nadph transfers electrons to a recipient molecule, the recipient becomes reduced and the activated carriers are oxidized (to nad+ or nadp+, respectively). When nadh or nadph transfers electrons to a recipient molecule, the recipient becomes reduced and the activated carriers are oxidized to nad+ or nadp+, respectively. Activated carriers are small molecules that store energy and transfer electrons, which are essential for driving chemical reactions
These carriers contain rich covalent bonds that, when broken, release energy.
They can serve a dual role as a source of both energy and chemical groups for biosynthetic reactions. Electron transport is a series of chemical reactions that resembles a bucket brigade in that electrons from nadh and fadh 2 are passed rapidly from one ets electron carrier to the next These carriers can pass electrons along in the ets because of their redox potential. The activated carriers are atp, nadh, nadph, fadh2, coa, lipoamide, biotin, thf, sam, and tpp
The universal electron acceptors are nad+ and nadp+.
