TheFertilizer
Well-Known Member
Yeah I remember reading it's pretty rare even among those that ingest colloidal silver medicinally. I think I remember reading the bit about blue bloods being more of a wives tale kind of thing and more of an etymology on the term blue-bloods.I talked to my friends. Over five decades of near constant silver exposure and they've seen not a trace of any blue-ing other than apparently one time when one of them spilled blue koolaid on herself. Also they've never heard of any cases of it at all in silversmithing circles.
Wikipedia has no mention of the silverware connection. They mainly refer to cases among people who like to guzzle colloidal silver.
Pretty safe to say smoking a treated plant won't make you turn blue. Scratch that off the list I guess
Are we getting anywhere...
Anyway... I would still like to know specifically what kind of biochemistry is going on in the plant. I've heard from several different places that the silver either binds with or blocks ethylene. Ethylene is a hormone that is generally associated with flowering/fruiting in most plants, but the interesting thing is that I hear about it used mostly for fruit ripening.
In any case I'm just curious because I've never really been able to find a solid source of documentation for that. I think it's a prudent consideration to note that the silver may be delivered to our lungs as a silver compound with something else, but anecdotally speaking, I've smoked it before and I'll smoke it again. I'm just curious to know what's actually going on in the plant when silver is introduced.
Are there any chemistry buffs here? What's so special about ethylene that would lead it to readily bind with silver?