gg4 x AO = yum
so.. I'm just thinkin... but, there is sour bubble, floscout, and agent orange pollen available in the nearby area.... perhaps agent orange or sour bubble might lend some good citrus flavor...
Avinash.....glad to see someone else growing some of Dynasty's gear. I am actually smoking on some Ms Universe right now as I type .
def.... i'd like to citrus it up, and AO is a SOLID strain, perhaps nearly as solid as SB. still, i'm itching to flower out some females of the SB also, had AO females in the warehouse days, and grew a few out from seed more recently.
the des*tar females were very unique flavorful buds, unlike anything i've had before to compare the smell combinations, aside from being
as for AO being kinda "weak" duno about that, i think it's just more sativa style buzz, our pal down here grows out AO, pretty potent, just not couchlocky or sedative at all.
COOL! what is the ms universe like? smoke & buzz?.... thats an offspring of the D*Sbx, right?
all of dynasty gear i've grown out has been quality, perhaps all of them are on the lower yielding side of things for me, the Drizella wanted 10+ weeks, blue heron vegged slow (and f2s hermied), d*sbx was also lower.
Yep Ms Universe is Dess*Tar x Space Queen F3. I could have done a lot better on that grow so looking forward to popping some more of these beans in the future (maybe even look for a male). Also ran Pineapple Diesel which is the most diesel smelling strain in the jar I have ever smelled. Here is Ms U @ day 78 when I chopped
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that is the primary reason I ran the AO... glue tests high as hell in limonene... my last cross with floscout was all lemon... but an unexpected hospital stay and surgery left me with some dead clones that cut that project back to square 1...
I'm hoping for the good orange flavor with a boost to the potency of the weaker AO...
In addition, I also hit
NorCal Catpiss x Chem D Bx3
Gorilla Glue 4 x Chem D Bx3
so I'm literally thinking a male hormone boost might help... probably not though...gibberellins and ethylene concentrations determine the sex of the flowers: Flower buds exposed to high concentrations of ethylene produce carpellate flowers, while gibberellins induce staminate ones.
In this research, our aim was to determine the effects of gibberellic acid, which was applied to safflower plants (Carthamus tinctorius L. cv. Dinçer 5-118) for pollen sterility induction, on some physiological activity and endogenous hormone levels of the seeds. Exogenously applied gibberellic acid (GA3) strongly influenced the endogenous hormone levels of the seeds by decreasing the levels of GA3 and zeatin, and increasing the levels of indole-3-acetic acid (IAA) and abscisic acid (ABA). The lowered endogenous GA3/ABA and zeatin/IAA ratios in the seeds significantly decreased the germination percentage and hypocotyl elongation, respectively.
The seeds from GA3 treated plants had more hull percentage and less oil content than seeds from the non-GA3 treated plants. As a consequence, it was indicated that poor germination and emergence vigor might be a major problem in hybrid safflower seeds produced from plants treated with gibberellic acid.
Our results indicate the occurrence of structural changes as a result of different auxin and gibberellin contents and their ratio. Therefore, the male sterile genotypes are characterized by high IAA/GA3 ratio. Also, the GA3 treatment of fertile plants, which resulted in phenotypic male sterility, induced an increase of the IAA/GA3 ratio caused by the augmentation of endogenous auxins and gibberellins amount, which finally lead to a ratio approximately the same as in the male sterile genotypes
we used tissue-specific promoters expressing CKX1 and gai, genes involved in oxidative cytokinin degradation and gibberellin (GA) signal transduction, respectively, to study the roles of cytokinin and GA in male organ development. Accumulation of CKX1 in reproductive tissues of transgenic maize (Zea mays) resulted in male-sterile plants. The male development of these plants was restored by applications of kinetin and thidiazuron. Similarly, expression of gai specifically in anthers and pollen of tobacco (Nicotiana tabacum) and Arabidopsis resulted in the abortion of these respective tissues. The gai-induced male-sterile phenotype exhibited by the transgenic plants was reversible by exogenous applications of kinetin. Our results provide molecular evidence of the involvement of cytokinin and GA in male development and support the hypothesis that the male development is controlled in concert by multiple hormones. These studies also suggest a potential method for generating maintainable male sterility in plants by using existing agrochemicals that would reduce the expense of seed production for existing hybrid crops and provide a method to produce hybrid varieties of traditionally non-hybrid crops.