Ok, not so secret, really. actually not secret at all!
These are TSMB seeds. There are roughly 125 of them, soaked for 2 days in water. They are now sat in tissue paper in 5 lots of around 25 or so. Each lot has a different concentration of Colchicine in the tissue paper. 0.05%, 0.1%, 0.25%, 0.5%, 1.0%.
Colchicine binds to microtubules and prevents meiosis/mitosis, so in a small percentage of seeds you end up with polyploids. Normally these seeds (and the plants) are diploid, which means 2 copies of each chromosome (24 total). Tetraploid is double, hexaploid is triple and octoploid quadruple the number of chromosomes.
Why the hell would you want those? Usually, tetraploid plants are larger, more robust, grow faster and produce more metabolites. In the case of Cannabis, tetraploid plants produce 30-50% more THC. Many Solanaea like to be tetraploid (potatoes love it) and have been selected for this trait over many years, so this is a naturally occurring process, albeit at a very small percentage.
We`ll see what happens.
These are TSMB seeds. There are roughly 125 of them, soaked for 2 days in water. They are now sat in tissue paper in 5 lots of around 25 or so. Each lot has a different concentration of Colchicine in the tissue paper. 0.05%, 0.1%, 0.25%, 0.5%, 1.0%.
Colchicine binds to microtubules and prevents meiosis/mitosis, so in a small percentage of seeds you end up with polyploids. Normally these seeds (and the plants) are diploid, which means 2 copies of each chromosome (24 total). Tetraploid is double, hexaploid is triple and octoploid quadruple the number of chromosomes.
Why the hell would you want those? Usually, tetraploid plants are larger, more robust, grow faster and produce more metabolites. In the case of Cannabis, tetraploid plants produce 30-50% more THC. Many Solanaea like to be tetraploid (potatoes love it) and have been selected for this trait over many years, so this is a naturally occurring process, albeit at a very small percentage.
We`ll see what happens.