Acetate

... nitrogen, then store at -70°C.) Solutions: RF1 Compound (end concentration) Amount for 100ml RbCl (100mM) 1.2g MnCl2•4H2O (50mM) 0.998g Potassium acetate (30mM) 3ml (1M stock pH 7.5, 9.814g in 100ml solution, pH with acetic acid) CaCl2•2H2O (10mM) 0.15g Glycerol (15% w/v) 15g Final pH: 5.8 with ...

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Ah, yes! I managed to find a few articles in regards to acetate production (or I guess acetic acid). Which would make sense, cause then it could go into the TCA cycle (where rise in pH likely occured). Thanks for the response either way =).

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... I observed sporulation in a Bacillus species. The bacteria was innoculated in this medium that contained a bunch of salts, glucose, and ammonium acetate. Every few hours or so, we were required to take the pH of the sample. My results: Between T = 0 to 8 hours, the pH decreased from about 7.4 ...

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... glows under UV light . And didn't say 'all' - that's your words. I said it could be 'radioactive materials' (of which uranium is one, uranyl acetate is another - both glow under UV light). Anyway, other potential candidates include phosphorus (which glows white under UV light) and quinine .

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... Materials: Hydroxyproline Standard - 1-5 µg/2 0.001N HCl ml. Buffer-0.5 g citric acid monohydrate, 0.12 ml glacial acetic acid, 0.82 g sodium acetate anhydrous, and 0.34 g sodium hydroxide are combined and the final volume is brought to 10 ml with distilled water. Make sure the pH is 6.0. ...

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