is it possible for michael and danielle to have a child who has type o blood? how do you know this? This is a topic that many people are looking for. cfiva.org is a channel providing useful information about learning, life, digital marketing and online courses …. it will help you have an overview and solid multi-faceted knowledge . Today, cfiva.org would like to introduce to you Is it possible for a child to have different blood type than his parents?. Following along are instructions in the video below:
Today. I have another video about blood type. Inheritance.
And here is a problem. Suppose suppose a father of blood type. A and puzzle blood type b.
Have a child type or what blood types are possible and they and subsequent children and you may stop video here try to solve this problem on your own and then you can run with you again. And compare your answer with my answer. And explanation.
So here. We see that fathers blood type.
A. And this is going to be phenotype. And this phenotype can be produced by two possible genotypes.
So father can be genotype a a and a or so both these genotypes would produce one phenotype for the blood type. A and the mother of the child has a phenotype b. And that phenotype can be produced by two genotypes that is b b and b or now lets consider.
Which genotypes can produce phenotype or for the child. And this phenotype. That is oak.
Only can be produced by only one genotype that is or so such a child should have both alleles or so each of the parent should transfer. One of the alleles also genotype would be or and this would produce a phenotype or and as you see here if we cross a genotype avus bb.
There is no way how this child would inherit two or alleles from such cross. So. Lets consider cross a a with b or and such a cross would give us only one i live or and there is no way.
How cha may get a second or allele and the same would be if across mother. That is bebe with father who is a or once again. We miss one allele or and the only one way when we can get a child whos a phenotype would be all and genotype or when we cross a always be or so such a cross would give us a possibility for the child to be genotype or so in order to find frequencies of the subsequent children blood types.
We have to build the punnett square. So on this side for example. We would put blood type for the father that is a or and on this side.
We can put the blood type or of the mother. That is b or and now we build the punnett square.
And as you see here we would have a b blood type here. We would have b or and a or here and or or here. And as you see the subsequent children have 1 4.
Chances to have blood type a b. They also would have 1 4. Chances to have blood type b.
Because genetic bo would produce blood type b. And they would also have 1 4. Chances to have for their children to be blood type a because blood type a or would produce blood type.
A phenotypically and they would also have one water chances for their children to be phenotype or and this is a answer for our question and all possible phenotypes and genotypes of the children and the blood types in this family. Thank you for your attention. Thats all for today thumbs up if you like this video goodbye.
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