0 2 4 6 8 10 12 14 Degree of reduction of electron donor

Figure 5. Reciprocal maximal yield of biomass on Gibbs energy, 1/Fgx, (kJ/C-mol X); (a) Heterotrophic growth (triangles, aerobic; squares, fermentation, X's denitrifying systems); C is the number of carbon atoms in the carbon source; y is the degree of reduction of the carbon source. (b) Autotrophic growth (squares, electron donors where reversed electron transport [RET] is needed; circles, donors without RET). The lines represent equations 3a and 3b.

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Brew Your Own Beer

Brew Your Own Beer

Discover How To Become Your Own Brew Master, With Brew Your Own Beer. It takes more than a recipe to make a great beer. Just using the right ingredients doesn't mean your beer will taste like it was meant to. Most of the time it’s the way a beer is made and served that makes it either an exceptional beer or one that gets dumped into the nearest flower pot.

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