Well, in order for us to get a accurate genotype, we would need to know the parents. What are their traits?
A fly genotype provides information about the specific genetic makeup of the fly, including the alleles it carries for various traits. This can help predict the fly's physical characteristics, behavior, and responses to certain environmental factors or stimuli.
The white eyed female fruit fly has two recessive traits for eye color. The genotype would be xx for example.
Red eyes is a dominant sex-linked gene in the fruit fly. Males with red eyes have the genotype XRY, where R is for the red gene.
The genotype for a white-eyed male fruit fly is X^wY, where X is the sex chromosome and Y is the Y chromosome. The w denotes the gene for white eyes located on the X chromosome. This genotype indicates that the male fruit fly has a white-eye phenotype due to the recessive white eye allele.
A white-eyed male fruit fly would have the genotype "X^wY," where "X^w" represents the recessive white eye allele on the X chromosome and "Y" represents the Y chromosome.
Assuming that we are talking about fruit flies, then you should be able to determine this. Gray bodied flies would be the dominant and ebony bodied flies would be recessive. So, the results can only be a homozygous dominant fly (GG) or heterozygous fly (Gg). If you cross that fly with a ebony bodied fly (gg) and there is a result of some ebony bodied flies, then you know the original fly was heterozygous. If you result in all gray flies, then it was dominant.Source(s):Biology 101
yes becasue the color changes and it doset mean it's not almost exactly the same as a black or even a purple fly when its crossed with another fly you get (tt) (TT) (tT) AND (Tt)
LLGg
A fly genotype provides information about the specific genetic makeup of the fly, including the alleles it carries for various traits. This can help predict the fly's physical characteristics, behavior, and responses to certain environmental factors or stimuli.
Yes, the Gray Partridge can indeed fly.
Red eyes is a dominant sex-linked gene in the fruit fly. Males with red eyes have the genotype XRY, where R is for the red gene.
The genotype for a white-eyed male fruit fly is X^wY, where X is the sex chromosome and Y is the Y chromosome. The w denotes the gene for white eyes located on the X chromosome. This genotype indicates that the male fruit fly has a white-eye phenotype due to the recessive white eye allele.
The white eyed female fruit fly has two recessive traits for eye color. The genotype would be xx for example.
most definetly not!
A white-eyed male fruit fly would have the genotype "X^wY," where "X^w" represents the recessive white eye allele on the X chromosome and "Y" represents the Y chromosome.
By the umpires judgment as to whether it is a "routine" fly ball.
We saw a gray jay this morning attack a male Cardinal which had flown into our window, and peck at it, and fly off with it.