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In genetics, you have certain traits that give you certain features. You get one part from each parent. You may have a dad with brown eyes and a mom with blue. Your dad maybe BB or Bb, and your mom bb. Like in eye color, there's brown, blue, hazel, and other colored eyes. Brown eyes is a dominant trait. So it is homozygous dominant or heterozygous (homozygous dominant = BB, heterozygous = Bb). Blue eyes are a recessive trait (homozygous recessive = bb). So, homozygous are carrying one single part of the trait, and heterozygous is carring a part of both traits.
Homozygous recessive; if 'r' stands for color of the seed and 's' for normal starch, then the genotype of this plant used in a test cross will be ( rrss ).
Kate Gosselin has brown eyes. Biologically speaking, brown is a dominant color. Jon and Kate must both have brown eyed genes in them. If I remember correctly, a recessive eye color like blue or green has a 1 in 4 chance of occurring in the offspring on average.
It indicates a carior , which possess a recessive gene for disease but no symptoms of disease .
The eyes of people with severe forms of albinism may appear red under certain lighting conditions owing to the extremely low quantities of melanin,[64] allowing the blood vessels to show through. In addition, flash photography can sometimes cause a "red-eye effect", in which the very bright light from a flash reflects off the back of the eyeball, which is abundantly vascular, causing the pupil to appear red in the photograph.[65] Although the deep blue eyes of some people such as Elizabeth Taylor can appear violet at certain times, true violet-colored eyes occur only due to albinism.[66
I assume you mean the mother has a dominant allele for some other color. Father is homozygous recessive for blue. Dominant allele + recessive blue X recessive blue + recessive blue The baby has a 50% chance of blue eyes and a 50% chance of getting the dominant colored eyes.
I suppose that you think to a table salt pink colored.
I suppose that you think to a table salt pink colored.
You could try breeding it with a homozygous recessive partner (hh) Lets assume that you breed the original mystery rabbit with an hh recessive partner, and they have 10 offspring. If the original rabbit is homozygous dominant, it would be HH + hh, which would give all 10 the offspring Hh genotypes, which would give them the dominant hair color. If it was heterozygous dominant, it would be Hh + hh, which would lead to either Hh or hh offspring. This means that in theory, 5 would be dominant colored while the other 5 would not be.
It just depends on whether or not your parents have a dominant or recessive gene. Brown eyes are dominant over green and blue eyes. Green is dominant over blue. Blue is the recessive gene. A recessive gene can only be seen if there is no dominant gene. Two parents with blue eyes cannot have a child with brown eyes.
A colored pencil. DO NOT use a marker! A marker will not show texture! I suppose you could use a crayon but a colored pencil works the best. Happy coloring! :)
In general you can expect the baby to have brown eyes and brown hair. However, there is also the possibility that the child will have blue to hazel colored eyes as well. Using basic punnette squares you can set up a general idea what the likely hood of any of these stated outcomes would be. It also helps to know what the parents eye and hair color are as well in making a determination about what the final baby characteristics would be because eye and hair color are known to be multiple allelegenic (allele) traits. In other words more than one gene controls what color a person's eyes would be as well as hair color. Hazel eyes would be the result of 2 or more competing alleles that have no more control over the other.
The albino woman has to be AA. So the man has to be either AA or Aa in order to be normal. So if they have a baby and its albino it has to contain the AA gene. a a A Aa | Aa ---------------- A Aa | Aa doesn't work.. All outcomes are normal. a a A Aa | Aa ----------------- a AA | AA these combination outcomes 50% chance of an albino baby. This means the man is Aa Heterozygous dominant.. the mother is AA homozygous recessive.. and the baby is the same as the mother. AA...
In genetics, you have certain traits that give you certain features. You get one part from each parent. You may have a dad with brown eyes and a mom with blue. Your dad maybe BB or Bb, and your mom bb. Like in eye color, there's brown, blue, hazel, and other colored eyes. Brown eyes is a dominant trait. So it is homozygous dominant or heterozygous (homozygous dominant = BB, heterozygous = Bb). Blue eyes are a recessive trait (homozygous recessive = bb). So, homozygous are carrying one single part of the trait, and heterozygous is carring a part of both traits.
you have a 99% chance of the gecko coming out naturally colored. The albino gene for all animals is recessive. That means that both the mother and father would have to have the recessive gene and it would be blind luck for the recessive gene to be passed on by both parents. Best way to have an albino gecko is to breed 2 albino geckos. It is still not 100% that the babies will be albinos.
Make a Punnet Square:White HETEROZYGOUS---WwRed HOMOZYGOUS--ww (this one is recessive because the white characteristic dominated in the heterozygous type)So:W ww Ww www Ww wwThese four are the potential types of the offspring, they will either be HETEROZYGOUS WHITE or HOMOZYGOUS RED, no homozygous white
This rainbow-colored hundred rouble note dates from 1878, placing it in the same era as the publication of the Brothers Karamazov. You can find an image in the related links section.