WOW... I did not intend to start a fight on here... I was just poking fun. Sorry for making waves.
That said, and please forgive me for sounding like a know-it-all, but after I just read the following web pages, I feel correct and emboldened to spout info which I have no actual experience with... and that from the scientific perspective... (in other words, I read it on the web so now I think I'm an expert
... Oh brother!
)
http://en.wikipedia.org/wiki/Acetic_acid_bacteria
It is the yeasts which digest the sugars from the carbs in the feed and produce alcohol.
It is the Acetic acid bacterium which then digests that alcohol from the yeast stage and produces Acetic acid.
So according to the technical information, it seems to me that the proper answer for truly FF is that you want a longer multi-stage process whereby you first add yeast, and when the yeast is done, you add the ACV. Both require time to process things effectively.
Interestingly, according to the following pages there is a difference between Lactic acid and Acetic acid in that Lactic acid converts the sugars directly to Lactic acid, where as stated above, the Acetic bacterium convert alcohol not sugar.
http://en.wikipedia.org/wiki/Fermentation_(food)
http://en.wikipedia.org/wiki/Lactic_acid_bacteria
This begs the following questions:
Since some are using LAB to create Lactic acid, and some are using ACV to produce Acetic acid, which is better and why?
And is there a benefit to doing BOTH separately and then combining at the trough?
Since the ACV requires alcohol not sugar to convert, and yeast and or LAB produces the required Alcohol, then it seems that only adding ACV would do nothing without already existing presence of yeasts, either natural or added, since it cannot process sugars directly on its own.
Also, since the Acetic bacterium actually feed on the alcohol in the mash, the logical conclusion is that by adding the ACV the whole issue of drunk chickens is moot because the ACV breaks down the available alcohol before it can accumulate to sufficient levels to be a problem.
Does this make any sense to anyone other than me?
Either way, the times required to actually ferment anything to any REAL degree is more than 24 hours, though there is fermentation happening naturally all the time. This begs the question:
Has anyone done research or read any research which defines the time feed is allowed to ferment before it sees the maximum nutritional result... and at what point is it considered more than just wet or soaked feed?
I hate being a geek... but I yam what I yam!
OK, back to putting my nose in the corner.

That said, and please forgive me for sounding like a know-it-all, but after I just read the following web pages, I feel correct and emboldened to spout info which I have no actual experience with... and that from the scientific perspective... (in other words, I read it on the web so now I think I'm an expert


http://en.wikipedia.org/wiki/Acetic_acid_bacteria
It is the yeasts which digest the sugars from the carbs in the feed and produce alcohol.
It is the Acetic acid bacterium which then digests that alcohol from the yeast stage and produces Acetic acid.
So according to the technical information, it seems to me that the proper answer for truly FF is that you want a longer multi-stage process whereby you first add yeast, and when the yeast is done, you add the ACV. Both require time to process things effectively.
Interestingly, according to the following pages there is a difference between Lactic acid and Acetic acid in that Lactic acid converts the sugars directly to Lactic acid, where as stated above, the Acetic bacterium convert alcohol not sugar.
http://en.wikipedia.org/wiki/Fermentation_(food)
http://en.wikipedia.org/wiki/Lactic_acid_bacteria
This begs the following questions:
Since some are using LAB to create Lactic acid, and some are using ACV to produce Acetic acid, which is better and why?
And is there a benefit to doing BOTH separately and then combining at the trough?
Since the ACV requires alcohol not sugar to convert, and yeast and or LAB produces the required Alcohol, then it seems that only adding ACV would do nothing without already existing presence of yeasts, either natural or added, since it cannot process sugars directly on its own.
Also, since the Acetic bacterium actually feed on the alcohol in the mash, the logical conclusion is that by adding the ACV the whole issue of drunk chickens is moot because the ACV breaks down the available alcohol before it can accumulate to sufficient levels to be a problem.
Does this make any sense to anyone other than me?
Either way, the times required to actually ferment anything to any REAL degree is more than 24 hours, though there is fermentation happening naturally all the time. This begs the question:
Has anyone done research or read any research which defines the time feed is allowed to ferment before it sees the maximum nutritional result... and at what point is it considered more than just wet or soaked feed?
I hate being a geek... but I yam what I yam!
OK, back to putting my nose in the corner.
