Chemotype
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In the fields of genetics and evolutionary computation, a locus (plural loci) is a fixed position on a chromosome such as the position of a biomarker that may be occupied by one or more genes. A variant of the DNA sequence at a given locus is called an allele. The ordered list of loci known for a particular genome is called a genetic map. Gene mapping is the process of determining the locus for a particular biological trait.
Diploid and polyploid cells whose chromosomes have the same allele of a given gene at some locus are called homozygous with respect to that gene, while those that have different alleles of a given gene at a locus, heterozygous with respect to that gene.
Very good stuff that. But I think it needs to be said that pretty much all ch2/3 have been completly breed out of drug cultivars. To find something leaning toward chemo 2 would be rare, and to find a chemo 3 would be a 100000 in one chance at best I should say.
I would love a chem 2 cultivar. Perhaps a landrace (true) ghan / pakistan / uzbeki etc
Interesting, but how would one breed solely on this knowledge? If we do have say a Chemotype I and a Chemotype II, what is to say crossing them will produce a variance from the 2. Plants like humans contain DNA and is stored in different locations. There is Nucleic acid DNA, Mitochondrian DNA, and in plants Chloroplast DNA of known sources and possible locations of genetic knowledge able to produce and develop offspring. Just like mammals and plants a male crossing with a female does not produce an exact 50/50 % of both parents.
SnowCap
Hello!
I'm a student from Argentina and I intent to publish an article on Cannabidiol use in psychiatry.
I need some guidance, because I've been reading about Cannabis sativa, yet I have difficulty getting the full picture. Do you have any information (papers) on the following subjects?:
1) main alkaloids found in all strains (%)
2) chemotype distribution (do you have the full text of the Article you cited about the 3 chemotypes)
3) difference in the distribution of alkaloids in female and male plants and within the plant (seeds, flower, leaves, etc.)
I would really appreciate any help
Thank you!:help:
Thanks"selfging an F1 homogenizes the alleles." this is what i was thinking because the dominate alleles would overlap. Im wondering if the plant would lose anything that may be held in the resesive allele, or if i just kept selfing a S1 plant would all the plants just be the same as what can be found in the s1 breeding?
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