I hope this isn't a re-post...
I was wondering if there's a difference in the terpene profile (and maybe the amount of cannabinoids) of sinsemilla buds versus seeded ones.
There's a thread (unfortunately, I can't find it again) explaining the different glands and their purposes. So I thought that maybe the cannabis plants, because they realise whether or not they've been pollinated, change the secondary metabolite composition of the trichomes on their flowers after pollination or during seed maturation. Seems logic because the needs (p. ex. for protection by the calyces) of early flowers and seeds are different.
If so, that might explain why the trip of old school weed was allegedly different than the one of modern hybrids...
What do you think? Is there literature to back it up?
I was wondering if there's a difference in the terpene profile (and maybe the amount of cannabinoids) of sinsemilla buds versus seeded ones.
There's a thread (unfortunately, I can't find it again) explaining the different glands and their purposes. So I thought that maybe the cannabis plants, because they realise whether or not they've been pollinated, change the secondary metabolite composition of the trichomes on their flowers after pollination or during seed maturation. Seems logic because the needs (p. ex. for protection by the calyces) of early flowers and seeds are different.
If so, that might explain why the trip of old school weed was allegedly different than the one of modern hybrids...
What do you think? Is there literature to back it up?