BIO 101 Lecture Notes - Lecture 2: Lipid Bilayer, Oxidative Phosphorylation, Nicotinamide Adenine Dinucleotide

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C6h12o6 = glucose (want the energy out) + 6 o2 (oxygen) 6 co2 (make more food for humans) + 6 h2o: cellular respiration ^^, energy + heat = atp. *atp (breaking one phosphate off) adp + pi + energy for body. * adp amp + pi in the conversion of atp to adp energy is released. This energy is used to drive endergonic reactions. Taking energy from glucose bonds and putting them into atp. In the convention of atp to adp energy is released. * coupling of reaction energy transfer is working with cellular reaction and. Only 25% efficient at getting energy out. Each nucleotide has one nitrogenous base (one of the following: nitrogenous base. Double helix: sugar phosphate = phosphate sugar, complementary base pairing: Monomer = p- r- nitrogenous base: stranded: Don"t loss atoms just move them; happening all the time in our bodies one molecule bonds with atom.

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