I am looking at how certain biological modulation impacts certain growth markers in our plants. If we know we have lots of ACC1 gene synthesizing microbes, we might predict a delay in ripening of cannabis, just as it has been acknowledged among tomato growers and the ETR1, or perhaps an over expression of ADH2 might again hinder the timings of harvest, or go on to limit the value in some other way such as taste, resin profile or worse, we might add a biological mix that causes a revert to growing in mid bloom.
All of it is relevant or not (in salt baths) depending on how you grow. Knowing we can inhibit ADH2 with an alternate pro biotic yeast like a saccharomyces cerevisiae would then become important when studying any labels for inputs right? So why is it important to me, In
yeast, plants, and many
bacteria, some alcohol dehydrogenases
catalyze the opposite reaction as part of
fermentation to ensure a constant supply of NAD+. I would want to know if something was preventing this.
Equally with regards pseudomonas bacteria and others, some well know soil examples can restrict the spoiling of fruit, again this seems to work by insertion, eg the microbes insert a new string of code in to a plants growth cycle, making it do something else, like not produce ethylene, not flower, flower early, sprout from seed etc etc, what we know is minute today, if we dont ask questions, we may well be putting all sorts of mayhem in to our plants, and those of us on time limits, would have a problem quickly.