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What chance is having CS child if AC and AS genotype man and woman marry themselves?
If an AC genotype man and an AS genotype woman marry, each of their children has a 25% chance of being born with a sickle cell disease (SS genotype), a 50% chance of being a carrier like their parents (AS genotype), and a 25% chance of having a normal genotype (AA).
An organism with the genotype TtSs can normally make all of the following gamete combinations except?
An organism with the genotype TtSs can produce gametes with the combinations TS, Ts, tS, and ts due to the independent assortment of alleles. However, it cannot produce a gamete with the combination Tt or Ss, as these represent combinations of multiple alleles rather than single alleles from each gene. Therefore, the gamete combinations that cannot be formed are those that include both alleles of a gene together, such as Tt or Ss.
If they have an offspring with short whiskers what is the genotype of their offspring?
The genotype of the offspring with short whiskers would depend on the genetic basis of whisker length, which may be influenced by dominant and recessive alleles. If short whiskers are a recessive trait, the offspring could be homozygous recessive (ss) or heterozygous (Ss) if one or both parents carry the dominant allele for long whiskers (S). If both parents are homozygous for short whiskers (ss), then all offspring will also have the genotype ss.
What is the genotype of spongeGerdys if her mother is a roundpants and his father is a heterozygous squarepants?
To determine SpongeGerdys' genotype, we need to know the genotypes of her parents. If her mother is a roundpants, we can assume her genotype is homozygous recessive (rr). Her father, being a heterozygous squarepants, has the genotype (Ss). Assuming roundpants (r) is recessive to squarepants (S), SpongeGerdys could inherit a combination of alleles from her parents that could be either (Sr) or (sr), resulting in either a squarepants or roundpants phenotype. Therefore, SpongeGerdys' genotype could be either Sr or sr.
Can a genotype AAA married to a genotype as?
Marriage has nothing do to with genotypes. Marriage, a blow to the head, oranges, and playing golf are all the same in that they don't affect genotypes in any way.Now...perhaps you meant to ask about the offspring of a man and a woman with such genotypes. Traditionally marriage precedes the birth of a child, but not always, so call it what it is: sex. So the question is if a man (genotype AS) has sex with a woman (genotype AS), will the baby be at risk for sickle cell anemia. There is a 25% chance that the child will have the disease (genotype SS).Again, to drive the point home, the proper wording of this question should not include "can" even if we get rid of the marriage nonsense. Ability here is not an issue. We also can't answer if they should have a baby, because that is entirely their decision even if they know the risks.
Can an AAA and SS combination produce an AAA genotype?
No, an AAA and SS combination can only produce an Aa genotype. The offspring will inherit one allele from each parent, resulting in a heterozygous genotype. For an AAA genotype to be produced, both parents must have the same alleles for the specific gene.
Can a child have genotype SS while the father is AS and the mother is AA?
It is not possible. NO
What are the differences that exist in AA as ss genotype?
im not sure u guess plz thx man
What are the possible effects of 'AS' married to 'AS' and why?
There are three outcomes if a person with an AS genotype marries a person with another AS genotype. The offspring has a 50 percent chance of inheriting the AS genotype, and a 25% chance of having a child with an AA or SS genotype. Most couples who share the AS genotype choose not to procreate.
Does hemoglobin genotype change from SS to AA after cord blood transplant?
Yes, after a cord blood transplant, a patient with the hemoglobin genotype SS (sickle cell disease) can potentially change to AA (normal hemoglobin) if the transplant is successful and the donor's hematopoietic stem cells engraft properly. The new stem cells from the cord blood will produce red blood cells with the genotype of the donor, which can lead to the production of normal hemoglobin. However, the outcome depends on factors such as donor compatibility, the patient's health, and the effectiveness of the transplant.
What is genotype AS SS AAA?
You cannot do a cross to determine the genotypes of individuals because there is only one gene here. Genotype consists of the entire genetic makeup of the individual, which cannot be determined by a single gene. Only the alleles S or s is used to express this particular gene. If you're looking for a monohybrid cross between Ss and Ss, while separately wanting a result between ss and ss, then the answers are as follows: Ss x Ss 25% SS 50% Ss 25% ss ss x ss = 100% ss
Can a man with genotype AAA marry a woman with AAA to produce SS?
no they can only have children with as as as as
What are the chances of an ac gyenotype and an as gyenotype having ss or sc children?
The chances of an AC genotype and an AS genotype having children with an SS or SC genotype depend on the inheritance patterns of sickle cell traits. The AC parent can pass on either the A or C allele, while the AS parent can pass on either the A or S allele. The possible combinations for their children are AA, AC, AS, and CS, meaning that neither SS nor SC offspring can occur from these parents. Thus, the chances of having SS or SC children are zero.
What chance is having CS child if AC and AS genotype man and woman marry themselves?
If an AC genotype man and an AS genotype woman marry, each of their children has a 25% chance of being born with a sickle cell disease (SS genotype), a 50% chance of being a carrier like their parents (AS genotype), and a 25% chance of having a normal genotype (AA).
If husband and wife is AS genotype what is d probability that the first child will not be sickel cell?
First child will always prevail from being SS. Some even have AA, but most of the time. Its AS.
Can AA and SS give birth to AA?
No, AA and SS cannot give birth to AA offspring. In this scenario, there would be a 50% chance of producing AS offspring (heterozygous) and a 50% chance of producing SS offspring (homozygous recessive).
What are the chances that a father and mother with genotypes AA will give birth to a child with genotype AS?
25% The four possibilities are aa as as ss
