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the boy has 50% chance adn the girl has 25%
What else can I help you with?
What is the chance of diabetic baby born to parents both heterozygous normal?
The chance of a diabetic baby born to parents who are both heterozygous normal depends on the sex. If the baby is a boy, there is a 50% chance while if it is a girl, there is a 25% chance.
What are the side affects of a diabetic pregnancy?
A diabetic pregnancy is known as "gestational diabetes". There is an increased chance that the pregnant woman will go on to develop full blown after the pregnancy, and there is also the chance that the baby will be large when born. There is also a chance that the baby will go on to develop diabetes in the future.
Mother and father both rh positive what will baby be?
If both parents are Rh positive, the baby has about a 93% chance of being Rh positive as well. However, without knowing the genotype of the parents (i.e., whether they are homozygous or heterozygous for the Rh factor), it is not possible to predict the baby's Rh status with certainty.
Can 2 A plus parents have a 0 plus baby?
Two parents with blood type A+ can have an O+ baby. If they do so, the parents are certainly heterozygous for type A.
Is it possible for blue eyed parents to have a brown eyed baby?
Yes, buy only if the parents are heterozygous for the trait and if the trait is dominant.
How would the baby change if one of the parents was homozygous recessive for all the traits while the other parent was heterozygous?
If one parent is homozygous recessive for all traits (genotype aa) and the other is heterozygous (genotype Aa), the offspring will inherit one allele from each parent. This means that each trait will have a 50% chance of being expressed as the dominant trait (A) and a 50% chance of being expressed as the recessive trait (a). Therefore, the baby could be either heterozygous (Aa) or homozygous recessive (aa) for each trait, resulting in a mix of dominant and recessive phenotypes. Overall, the baby will display characteristics based on the combination of alleles inherited from both parents.
If two black cows have a baby cow what color will that cow be?
Two cows cannot mate to get a calf (or "cow" in this instance). You have to have a BULL and a cow to get a baby calf. Just like you gotta have a Mom and a Dad to "make" you.Now back to the question. If the bull is black and the cow is black, there is a high chance that you will get a black calf. However, let's increase the complexity and throw in a bit of genetic terminology in here.Let B = black and b = red. Black is always homozygous or dominant to red in cattle.If both the sire and dam is heterozygous black (Bb x Bb) , there is a 25% chance that you will get a red calf (bb). But if both parents are homozygous for black, there is a 100% chance that the calf will not be red, but instead, homozygous black (BB). If either one of the parents are heterozygous black, the calf still has a 100% chance that it will be black, phenotypically. But, genotypically, the calf has a 25% chance of being heterozygous black. A heterozygous black calf, no matter if it grows into a cow or a bull (depending on the calf's sex), will have a 25% chance of giving birth to or siring red calves if crossed with a heterozygous black bull or cow or a a 75% chance of siring a red calf with a red bull or cow.
Can a baby O have one parent A and the other B?
Yes, if the parents are both heterozygous - AO and BO --> OO child.
Can an a mother and ab- have an a- child?
Yes Yes, as both parents may be heterozygous. If that is the case, the baby may inherit the negative gene from both parents, and have no positive gene to express. In that case the baby will be Rh negative.
Can a B positive father and a a positive mother have a o positive baby?
yes... both parents may be heterozygous for their specifec genes...
Can two green eyed parents have a green eyed child?
Two brown eyed parents can make a green eyed baby. Its all to do with genetics. It depends if both parents have a heterozygous gene for brown eye colour it is possible. Lets use Br for brown and G for green. A Homozygous brown gene would hypothetically look like this Br/Br A heterozygous brown gene would hypothetically look like this Br/G Homozygous basically means that there are 2 of the same genes coupled together (hence Br/Br) Heterozygous means 2 different genes that are coupled together (hence Br/G) If both parents have a homozygous gene for brown eye colour, their baby would have a 100% chance of having a brown eye colour. If both parents have a heterozygous gene for brown eye colour then there is a 25% chance that the baby will have green eyes and a 75% chance that the baby will have brown eyes. If one parent has a heterozygous brown gene and one has a homozygous brown gene then the baby will have a 100% chance of having brown eyes. There is also such as thing as "Designer Babies" where they fertilize an egg outside of the womb and genetically alter the DNA, so that you can change the hair colour eye colour etc.
Can two o positives make an o negative?
Yes this is true only if both parents are heterozygous positive. This means that the parents genotypes are +- for blood type. + blood type is dominant over - blood type, so this means that one can only have negative blood type if their parents are either heterozygous or homozygous recessive. A helpful tool to finding out the probability for this question would be to use a punnett square. If you used this method you would find out that two heterozygous positive blood type parents have a 25% chance of producing offspring with negative blood type.
