slightlystoopid
Dragon Med Tester
well i ordered some syrup recently and i was looking for info on the genetics and couldn't find much till i found a post by buddha on another forum and i was pretty surprised to find out it was a auto sweet tooth .
While crossing one variety with another autoflowering not, seems a simple task, is the result of a long, resulting in innovative and powerful varieties such as Syrup.
The process of creating a new variety autoflowering is the introduction of genes that promote flowering in a line not autoflowering quality, a seemingly simple process but requires great dedication. In any event, the highlight of this process is that the autoflowering behaves as a recessive gene in most cases and is easy to determine. Then explain how Buddha Seeds Syrup has developed through the completion of seven crosses.
The process begins with the crossing of Sweet tooth, with auto-flowering variety selected. In the first generation plants have special autoflowering mixed with both parents, or put another way, none of them will autoflowering but all will have 50% of the genes of non autoflowering and 50% of the genes of autoflowering.
We made a new crossing. In this second generation and we autoflowering plants (25%), while retaining characteristics of the two original plants. It is now essential that a careful selection, which will look for those plants that have more features autoflowering plant autoflowering not original to return to cross them.
The third crossing, if the selection was good, the result will be 100% autoflowering plants with 50% of features of the Sweet Tooth, with phenotypic characteristics of the Sweet Tooth.
Of these individuals will choose a male (or female reversed if we are making the crossing with feminized), and cross the plant with initial autoflowering. In this fourth generation plants would get autoflowering again, but with 75% of the features of the Sweet Tooth.
A new crossing plants will result in mixed characteristics of the original two (autoflowering and autoflowering) in a proportion of approximately 75% of the genes of the Sweet Tooth.
For the sixth crossing choose two autoflowering and turn to cross. The result is a 100% plants autoflowering more than 75% of genes in common with the plant autoflowering not original.
For the seventh and last crossing will choose the best plants from crosses 3 and 6. 100% autoflowering plants get the best quality, which being separated three generations of inbreeding have no problems, and will plant more vigorous, hardy and productive.
In the new family recognize perfectly the characteristics of quality and purity of the Sweet Tooth original, but with the advantages of growing the variety autoflowering. Ultimately, this process resulted in Syrup, a variety with a very sweet taste, with hints of ginger and elderberry, which produces a dense, heavy smoke which results in a potent narcotic and medicinal.
While crossing one variety with another autoflowering not, seems a simple task, is the result of a long, resulting in innovative and powerful varieties such as Syrup.
The process of creating a new variety autoflowering is the introduction of genes that promote flowering in a line not autoflowering quality, a seemingly simple process but requires great dedication. In any event, the highlight of this process is that the autoflowering behaves as a recessive gene in most cases and is easy to determine. Then explain how Buddha Seeds Syrup has developed through the completion of seven crosses.
The process begins with the crossing of Sweet tooth, with auto-flowering variety selected. In the first generation plants have special autoflowering mixed with both parents, or put another way, none of them will autoflowering but all will have 50% of the genes of non autoflowering and 50% of the genes of autoflowering.
We made a new crossing. In this second generation and we autoflowering plants (25%), while retaining characteristics of the two original plants. It is now essential that a careful selection, which will look for those plants that have more features autoflowering plant autoflowering not original to return to cross them.
The third crossing, if the selection was good, the result will be 100% autoflowering plants with 50% of features of the Sweet Tooth, with phenotypic characteristics of the Sweet Tooth.
Of these individuals will choose a male (or female reversed if we are making the crossing with feminized), and cross the plant with initial autoflowering. In this fourth generation plants would get autoflowering again, but with 75% of the features of the Sweet Tooth.
A new crossing plants will result in mixed characteristics of the original two (autoflowering and autoflowering) in a proportion of approximately 75% of the genes of the Sweet Tooth.
For the sixth crossing choose two autoflowering and turn to cross. The result is a 100% plants autoflowering more than 75% of genes in common with the plant autoflowering not original.
For the seventh and last crossing will choose the best plants from crosses 3 and 6. 100% autoflowering plants get the best quality, which being separated three generations of inbreeding have no problems, and will plant more vigorous, hardy and productive.
In the new family recognize perfectly the characteristics of quality and purity of the Sweet Tooth original, but with the advantages of growing the variety autoflowering. Ultimately, this process resulted in Syrup, a variety with a very sweet taste, with hints of ginger and elderberry, which produces a dense, heavy smoke which results in a potent narcotic and medicinal.
