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What about just clonex? Do you think that will alter biochemistry or genetics? As apposed rooting without hormones?also tissue culture has been shown to induce genetic reconfigurations like methylation or epigenetic silencing. a plant that already has some possible chromosomal irregularities will most likely get more weird after tc
How did you get a male? Lol
This is a thread I made for some questions I have about genetics, let me know if you have any idea about the answers if you have time. The questions are in ascending order of difficulty and some may still require further research to be answered.interesting thing about chem is it has 5 thc synthases. one has a stop codon, one a pseudo gene and 3 active. haze also has 4 to 5 synthases. after that the highest is 3. something funky going on with chem line for sure
clonex is just some auxin hormones to increase response time at the cut and a tissue softener to make it easier for roots to grow thru its totally fine.What about just clonex? Do you think that will alter biochemistry or genetics? As apposed rooting without hormones?
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Youll never see variegation in Chem D with proper boron ratios. That's a fact. Why is it so hard to get an answer on whether that's the goal or not, to shift fatty acid profile in the plant?
Does Boron deficiency make bud more dank? Is that what I'm missing?
this may be true on a micro nutrients level as the cause, but it skips the question of why the plant is unable to properly metabolize the micronutrients. and this is almost always due to a genetic abnormality most often in the mitochondrial dna but it could also be aneuploidity in one of the cell tissues. many times plants from extreme enviorments will have mitotic or meiotic issues which lead to non disjunction or unreduced 2n gametes. these abnormalities set off a gene dosage chain reaction. cupped cotyledon mutation would be an example. it would also explain why the plant has 5 thc synthases(chem91) it would be interesting to look at chem91s whole genome since it is done but i doubt it is notatedThe variegation comes with elevated calcium and potassium. Youre looking at unmetabolized calcium in the presence of potassium, blocking the movement of boron, which will shift the fatty acid profile of the plant.
Chem vocs are aliphatic (derived from fats). Cannabinoids are aliphatic. So what is Chem D? The boron deficient pheno? Intentional? Or a boron hungry pheno with an affinity for fatty acid production? All these photos of variegation are unintentional? Am I supposed to withhold boron to get the Chem D flavor or not? Would Chem D smell like Chem X Y or Z when grown without calcium-potassium injury?
Who knows. Maybe in 20 years Monsanto will tell us what Chem D actually is, since the grower and smoker communitys can't standardize a set of traits for something which is nothing but distinct traits that need standardized.
Youll never see variegation in Chem D with proper boron ratios. That's a fact. Why is it so hard to get an answer on whether that's the goal or not, to shift fatty acid profile in the plant?
Does Boron deficiency make bud more dank? Is that what I'm missing?