GgTt x GgTt F2=
YY is phenotype Yy is not yy is a phenotype
If the parents were AA and AA for example then the phenotype ratio will be 1 A (the dominant allele). The genotype will be 1Aa.
the appearance of an organism is it's phenotype
The phenotype of the organisms. The physical and behavioral traits of the organism.
It would be exactly the same way you make any punnet square. Just remember that the Y chromosome on males is recessive to the X chromosome. So for example, if a certain recessive phenotype is carried on the X chromosome, and the offspring is a male, the male will show that phenotype (because Y is recessive to X). However if it is a female, she will not show the phenotype because we said it is a recessive X linked phenotype.
In genetics, this refers to the phenotype of an allele that is related to the X-chromosome. It is a type of sex linkage.
In genetics, this refers to the phenotype of an allele that is related to the X-chromosome. It is a type of sex linkage.
GgTt x GgTt F2=
genotype or phenotype
YY is phenotype Yy is not yy is a phenotype
Males have only one X chromosome, so a recessive X-linked trait will be displayed in the phenotype [visible on the outside]. Females have two X chromosomes, so both of the chromosomes must have the trait for it to be displayed on the phenotype.
Males have only one X chromosome, so a recessive X-linked trait will be displayed in the phenotype [visible on the outside]. Females have two X chromosomes, so both of the chromosomes must have the trait for it to be displayed on the phenotype.
If the parents were AA and AA for example then the phenotype ratio will be 1 A (the dominant allele). The genotype will be 1Aa.
the baby can have several types depending on the parents phenotypes:1.phenotype- (BO)X(BO)the child can be 75% type B and 15% type O.2.phenotype-(BB)X(BO)the child can be 100% typeB.3.phenotype (BB)X(BB)the child will be 100% type B.
the appearance of an organism is it's phenotype
You mama The allele frequency does not change.