feminizing seeds with banana peels

Using bananas to feminize your seeds


I read this on some other website sounds pretty cool wondering if anyone else has tried it

But, here is a cheap, very effective method a gardner like me would use, which I am sure some members will be familiar with. An organic feminising method using ripening bananas.

Before you germinate your seeds, place your seeds in a sealed plastic bag containing banana peels for 14 days. Wrap the banana skins in tissue to absorb any moisture they give off. Keep the bag in a warm place & air the seeds regularly, replacing the skins as they ripen. Ethylene, a naturally occuring gas given off by the ripening bananas causes feminisation.

Peel 2 bananas and seperate the strips. i.e you should have about 4 seperated skins from each banana.

Wrap each skin in ‘one’ layer of tissue & lay them inside a carrier bag, then lay one piece of tissue over all the skins & place the seeds on top & seal the bag & leave it in a warm place (room temp is fine).

You then need to open the bag once daily for about 20 minutes to release excess moisture, much the same as when your curing your buds.

You then need to change the skins for fresh ones every three days as they will turn brown & rotten after that.

You leave the seeds for about two weeks so youll need to change the skins 5 or 6 times.

Also read this on some other website

List of Plant Responses to Ethylene

* Seedling triple response, thickening and shortening of hypocotyl with pronounced apical hook. This thought to be a seedlings reaction to an obstacle in the soil such a stone, allowing it to push past the obstruction.

* In pollination, when the pollen reaches the stigma, the precursor of the ethylene, ACC, is secreted to the petal, the ACC releases ethylene with ACC oxidase.

* Stimulates leaf and flower senescence

* Stimulates senescence of mature xylem cells in preparation for plant use

* Inhibits shoot growth except in some habitually flooded plants like rice

* Induces leaf abscission

* Induces seed germination

* Induces root hair growth – increasing the efficiency of water and mineral absorption

* Induces the growth of adventitious roots during flooding

* Stimulates epinasty – leaf petiole grows out, leaf hangs down and curls into itself

* Stimulates fruit ripening

* Induces a climacteric rise in respiration in some fruit which causes a release of additional ethylene. This can be the one bad apple in a barrel spoiling the rest phenomenon.

* Affects neighboring individuals

* Triple response when applied to seedlings – stem elongation slows, the stem thickens, and curvature causes the stem to start growing horizontally. This strategy is thought to allow a seedling grow around an obstacle

* Inhibits stem growth outside of seedling stage

* Stimulates stem and cell broadening and lateral branch growth also outside of seedling stage

* Synthesis is stimulated by auxin and maybe cytokinin as well

* Ethylene levels are decreased by light

* The flooding of roots stimulates the production of ACC which travels through the xylem to the stem and leaves where it is converted to the gas

* Interference with auxin transport (with high auxin concentrations)

* Inhibits stomatal closing except in some water plants or habitually flooded ones such as some rice varieties, where the opposite occurs (conserving CO2 and O2)

* Where ethylene induces stomatal closing, it also induces stem elongation

* Induces flowering in pineapples

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“sounds” like a bunch of bs,

but could be legit I sure as hell don’t know. Never wrapped seeds in a banner before.

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Check this out
Treatment of seeds with ethylene gas will increase the resulting number of female plants by about 50%. Ethylene is produced by certain plants (i.e., bananas, cucumbers and melons), and these can be used to treat hempseed in a simple manner. About two weeks before you plan to sprout the seeds, place them in a paper bag, and put that in a plastic bag with the peels of a ripening banana or cucumber. Replace the peels after a couple of days, and change the bags to prevent mould.

Ethylene: One of the 5 plant hormones. The levels and ratios of these 5 hormones has a huge impact on the shape, strucutre, aroma, flavor, flowering time, and disease resistance of the plant. Hormones are the chemical messengers that allow DNA to ‘talk’ to plant tissues and determine the phenotype. Ethylene is primarily involved in flowering, sex determination, fruit ripening, and sensescence (rot). Ethylene is a simple organic molecule, C2 H4, which can also be represented as H2C=CH2.

In cannabis, female plants will produce male flowers if not enough ethylene is present, or if too much gibberellic acid is present. The intersex condition is due to a combination of genetic and environemental factors. Some plants will not turn male under the most extreme stress, and some plants, especially stretchy tropical sativas, will turn with no stress at all. It is my belief that the stress of severe inbreeding, compounded over several generations, is responsible for the majority of hermaphrodites in the drug cannabis gene pool (DCG) today.

The second is to use a hormone called ethylene, which inhibits the development of male pollen bearing flowers. Ethylene should be sprayed upon the leaves and flowers of your plants, and is commonly found in plant shops as a flower boosting agent. Ethylene has been in use for the last twenty or more years, and comes in many brand names and concentrations. Check with your local plant shop on brands and methods of using flowering agents.

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Feminized seeds are the result of a female plant producing pollen and then pollinating a different female plant with that pollen to produce seeds without any Y chromosomal information.

There’s really no voodoo, transmutation, or magic that will produce feminized seeds beyond this. The chemicals/hormones that you hear about being used sometimes in this process are used on a female plant (to manipulate the production of pollen), they are not used on the seeds themselves.

Seeds are either male or female based upon whether they have two X chromosomes (females) or one X and one Y chromosome (male). Just like with people.

Another misconception and/or poor use of wording (like in the text above) is that female plants can turn male. However, a female cannabis plant can not change sex – they sometimes just become hermaphroditic (big difference). Could you cite or credit the author?

I read this on some other website sounds pretty cool wondering if anyone else has tried it But, here is a cheap, very effective method a gardner like…