I have a plant grown from a feminized seed that I won't be able to get anymore of...Help ! Please...

Anyone ever S2'd an S1? I haven't come across any reports on this. Will she continue on, similar to the way a clone continues on, generation after generation without much change in it's characteristics?

purplehays1 said:

ya my bad i didnt realize CS actully does not hermi the plant! i apologize. The offspring do not contain any male chromosome as they do from a hermi.

sorry for doubting you!

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No problem man. It's a confusing concept considering the fact that ACTUAL hermies ARE bad to breed with, so it's hard to get used to at first.

I would like to add, that if you use a poorly made, or even "Fake" cs spray, and it burns/stresses your plants, you won't know if the plant created the pollen sacs due to the stress or the good cs in there if there is any.

Test it like I mentioned for the Tyndall Effect. It should look like this:



Note:
-The low ppm.. it is brighter than the "~200ppm" ones you see advertised online, because more of it is actually Colloidal Silver)
-The water around the beam is not cloudy, or full of particles/black specs.

droopy107 said:

Anyone ever S2'd an S1? I haven't come across any reports on this. Will she continue on, similar to the way a clone continues on, generation after generation without much change in it's characteristics?

Click to expand...

Ok lets break it down with a simple example.

Lets say the maker (note i didnt say breeder because just producing seeds and naming them isnt creating true breeding strains which happens around F7 [generation 7]) of the seeds you bought crossed a purple plant and a green one. Now assuming that the purple gene is recessive and the green is dominant, the seedlings will be Gg (Green showing but have the recessive purple gene)

Now, if the seed was sold as is, as a new strain, it would be very unstable in terms of breeding because when it is crossed with a sibling, or itself, you would be crossing two Gg plants which would result in GG, Gg, and gg offspring.

So if you do not know the generation number of your seeds, you can't know if the babies will be similar or have different phenos. The fewer generations that have been bred through, the more phenotypes you can/will encounter.

EverythingsHazy said:

Ok lets break it down with a simple example.

Lets say the maker (note i didnt say breeder because just producing seeds and naming them isnt creating true breeding strains which happens around F7 [generation 7]) of the seeds you bought crossed a purple plant and a green one. Now assuming that the purple gene is recessive and the green is dominant, the seedlings will be Gg (Green showing but have the recessive purple gene)

Now, if the seed was sold as is, as a new strain, it would be very unstable in terms of breeding because when it is crossed with a sibling, or itself, you would be crossing two Gg plants which would result in GG, Gg, and gg offspring.

So if you do not know the generation number of your seeds, you can't know if the babies will be similar or have different phenos. The fewer generations that have been bred through, the more phenotypes you can/will encounter.

Click to expand...

Thanks for the input. That's pretty close to what I thought the outcome would be, but I hadn't seen it laid out in simple terms like this. Much appreciated!