#heterozygous — Public Fediverse posts

@compoundchem

You could get something looking like grapes.

Apples "have an especially profound amount of genetic variation", apples are heterozygous. Lots and lots of competing possible DNA expression and mutation.

https://www.nhpr.org/environment/2020-10-16/ask-sam-why-cant-i-get-the-same-type-of-apple-if-i-plant-an-apple-seed

#heterozygous #apple #dna #geneExpression

@compoundchem

You could get something looking like grapes.

Apples "have an especially profound amount of genetic variation", apples are heterozygous. Lots and lots of competing possible DNA expression and mutation.

https://www.nhpr.org/environment/2020-10-16/ask-sam-why-cant-i-get-the-same-type-of-apple-if-i-plant-an-apple-seed

#heterozygous #apple #dna #geneExpression

@compoundchem

You could get something looking like grapes.

Apples "have an especially profound amount of genetic variation", apples are heterozygous. Lots and lots of competing possible DNA expression and mutation.

https://www.nhpr.org/environment/2020-10-16/ask-sam-why-cant-i-get-the-same-type-of-apple-if-i-plant-an-apple-seed

#heterozygous #apple #dna #geneExpression

@compoundchem

You could get something looking like grapes.

Apples "have an especially profound amount of genetic variation", apples are heterozygous. Lots and lots of competing possible DNA expression and mutation.

https://www.nhpr.org/environment/2020-10-16/ask-sam-why-cant-i-get-the-same-type-of-apple-if-i-plant-an-apple-seed

#heterozygous #apple #dna #geneExpression

Wang et al. work with the highly #heterozygous wild #peach (P. davidiana) #genome to identify a novel #aphid resistance #gene, gaining insights into genome design for the #development of resistant #fruit cultivars.
https://doi.org/10.1111/jipb.13782
@wileyplantsci
#PlantSci #JIPB #botany

Wang et al. work with the highly #heterozygous wild #peach (P. davidiana) #genome to identify a novel #aphid resistance #gene, gaining insights into genome design for the #development of resistant #fruit cultivars.
https://doi.org/10.1111/jipb.13782
@wileyplantsci
#PlantSci #JIPB #botany

Wang et al. work with the highly #heterozygous wild #peach (P. davidiana) #genome to identify a novel #aphid resistance #gene, gaining insights into genome design for the #development of resistant #fruit cultivars.
https://doi.org/10.1111/jipb.13782
@wileyplantsci
#PlantSci #JIPB #botany

Wang et al. work with the highly #heterozygous wild #peach (P. davidiana) #genome to identify a novel #aphid resistance #gene, gaining insights into genome design for the #development of resistant #fruit cultivars.
https://doi.org/10.1111/jipb.13782
@wileyplantsci
#PlantSci #JIPB #botany

Wang et al. work with the highly #heterozygous wild #peach (P. davidiana) #genome to identify a novel #aphid resistance #gene, gaining insights into genome design for the #development of resistant #fruit cultivars.
https://doi.org/10.1111/jipb.13782
@wileyplantsci
#PlantSci #JIPB #botany

In No.Amer. #wolves have gray or black coats. we now know that black wolves are either #homozygous or #heterozygous for a gene that is also related to resistance to #caninedistemper black coats were maintained through #heterozygoteadvantage in, & #matechoicepreference for, black-coated wolves in areas where canine distemper is endemic even though gray-coated wolves have higher success when the virus is absent.#Genesin Context
https://www.science.org/doi/10.1126/science.adf3765

In No.Amer. #wolves have gray or black coats. we now know that black wolves are either #homozygous or #heterozygous for a gene that is also related to resistance to #caninedistemper black coats were maintained through #heterozygoteadvantage in, & #matechoicepreference for, black-coated wolves in areas where canine distemper is endemic even though gray-coated wolves have higher success when the virus is absent.#Genesin Context
https://www.science.org/doi/10.1126/science.adf3765

In No.Amer. #wolves have gray or black coats. we now know that black wolves are either #homozygous or #heterozygous for a gene that is also related to resistance to #caninedistemper black coats were maintained through #heterozygoteadvantage in, & #matechoicepreference for, black-coated wolves in areas where canine distemper is endemic even though gray-coated wolves have higher success when the virus is absent.#Genesin Context
https://www.science.org/doi/10.1126/science.adf3765

In No.Amer. #wolves have gray or black coats. we now know that black wolves are either #homozygous or #heterozygous for a gene that is also related to resistance to #caninedistemper black coats were maintained through #heterozygoteadvantage in, & #matechoicepreference for, black-coated wolves in areas where canine distemper is endemic even though gray-coated wolves have higher success when the virus is absent.#Genesin Context
https://www.science.org/doi/10.1126/science.adf3765