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Fermentation of Benzaldehydes... Sounds like everyone wants to do it but never does. And there are a lot of you looking for answwers when there isnt anyone able to give real life answers. As with any fermentation it all comes down to the medium, the Yeast and the temp. ALL INGREDIENTS LISTED ARE WEIGHED AND DILUTED IN WATER FOR THE PREP OF 800cm
Medium A Medium B Medium C
PEPTONE 4.8g PEPTONE 4.8 YEAST EXTRACT 4.8g
SODIUM PYRUVATE 49.3g SURCOSE 80g SURCROSE 80g
CITRIC ACID 8.4g CITRIC ACID 8.4g AMMONIUM SULPHATE 7.32g
MAGNESIUM SULPHATE 0.4g PH NEEDS TO 4.5 FOR BOTH A & B POTASEIUM DIHYDROGEN PHOSPHATE .8g
PH NEEDS TO BE 5.5
Medium A Medium B Medium C
PEPTONE 4.8g PEPTONE 4.8 YEAST EXTRACT 4.8g
SODIUM PYRUVATE 49.3g SURCOSE 80g SURCROSE 80g
CITRIC ACID 8.4g CITRIC ACID 8.4g AMMONIUM SULPHATE 7.32g
MAGNESIUM SULPHATE 0.4g PH NEEDS TO 4.5 FOR BOTH A & B POTASEIUM DIHYDROGEN PHOSPHATE .8g
PH NEEDS TO BE 5.5
- Joined
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Could you explain in more depth the complete procedure and things easier to understand for idiots like me
Medium A what it. Consists of
Medium B same as above
Medium C same as above
and the complete procedure whi the how long to leave each medium what temps and so forth and in layman's terms
I'm thankfull for your knowledge a would love to produce my own noreph
Medium A what it. Consists of
Medium B same as above
Medium C same as above
and the complete procedure whi the how long to leave each medium what temps and so forth and in layman's terms
I'm thankfull for your knowledge a would love to produce my own noreph
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- By azides
In my head while people may have done it in the past I sure as shit hope people knew what they are doing. Or I misreading this and there is nothing to fear... eitherway, the careless researcher shouldn't even work with cyanogen azide, or Cyanogen Bromide or anything like it, but you never can tell what fools will get up to. The compound has around a hundred references in the literature, a good percentage of which are theoretical and computational. Most of the others are physical chemistry, studying its decomposition and reactive properties. You do run into a few papers that actually use it as a reagent in synthesis, but I believe that those can be counted on the fingers, which is a good opportunity to remind oneself why they're all still attached.
https://www.science.org/content/blog-post/things-i-won-t-work-cyanogen-azide
I imagine someone wreck less they aren't avoiding water and strong acids which can lead to the formation of hydrazoic acid, which is highly toxic, volatile, and explosive. But you know I'm just thinking out loud...
https://www.science.org/content/blog-post/things-i-won-t-work-cyanogen-azide
I imagine someone wreck less they aren't avoiding water and strong acids which can lead to the formation of hydrazoic acid, which is highly toxic, volatile, and explosive. But you know I'm just thinking out loud...