What does it mean to have genotype as?
= A genotype is an individual’s collection of genes. The term also can refer to the two alleles inherited for a particular gene. The genotype is expressed when the information encoded in the genes’ DNA is used to make protein and RNA molecules.
What genotype can marry each other?
- Types of Genotype. The genotypes in humans are AA, AS, AC, SS. They refer to the hemoglobin gene constituents on the red blood cells. …
- Compatible genotypes for marriage are: AA marries an AA. That’s the best compatible. …
- Solution. The only thing that can change the genotype is the bone marrow transplant (BMT).
Can you tell someone’s genotype just by looking at them?
And sometimes you can tell the two genotypes apart just by looking at someone. An obvious way to figure out you genotype is to have a genetic test done. … If someone there has a recessive trait, then you have a chance of figuring out your genotype even if you have a dominant trait.
Can a person’s genotype change?
Genotype generally remains constant from one environment to another, although occasional spontaneous mutations may occur which cause it to change. However, when the same genotype is subjected to different environments, it can produce a wide range of phenotypes.
Can AA marry blood group?
Blood type has no effect on your ability to have and maintain a happy, healthy marriage. There are some concerns about blood type compatibility if you’re planning to have biological children with your partner, but there are options during pregnancy that can help counteract these risks.
Can as get married to as?
However, AS and AS should not marry because there is every chance of having a child with Sickle Cell Disease, while AS and SS shouldn’t think of marrying.
Which blood group should not marry?
BLOOD GROUPS THAT DO NOT MATCH FOR MARRIAGE Boy:A = Girl:O&B Boy:B = Girl:O&A Boy:AB = Girl:O,A& B Boy:Rh+ve = Girl:Rh-ve Matching blood groups for marriage Boy:A = Girl:A&AB Boy:B = Girl:B& AB Boy:O.
Does as genotype suffer malaria?
There was significant (p<0.05) difference between prevalence of malaria in the children and the expected. Children with genotype AA (92.3%) were more susceptible to malaria parasite than AS (5.1%) and SS (2.6%). The association of haemoglobin genotype with malaria was highly significant (p<0.001).