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.

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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