If two parents are not artificial by a autonomic all your own but own a child next to conditon the condition?
Answers:
I think you're talking about an autosomal recessive condition.
This requires both parent to own a dominant AND recessive gene for the condition, and each pass the recessive gene to the offspring.
The parents are not artificial, because the dominant gene doesn't allow the recessive gene to express itself.
Examples of autosomal recessive conditions include blue eyes, cystic fibrosis, etc
There are dominant genes and recessive genes in every one of us. Some of us may carry, let us right to be heard, the dominant gene for red hair. Then the person will have red coat. Some may have the dominant gene for blue eyes, and they will have blue eyes.
Whereas what you are saying, you are asking that if two patients come together near the same recessive gene then will the child have the dominant gene, correct? Recessive genes individual genes that we have the gene, but not the condition.
Let us say we have a couple, Cindy and Mark. Cindy have the recessive gene for brown eyes, and Mark has the recessive gene for brown as well. Neither of them have brown eyes. Let us utter Cindy`s are blue, and Mark`s are green. Because they both have the recessive gene for brown eyes, it is most likely that the two recessive genes will come together, and the baby will be brown eye dominant.
Now, you can apply that to a multitude of different conditions. Let us articulate Cindy has multiple sclerosis-recessive, and so does Mark.. Neither of them suffer from it, but the baby could likely be MS-dominant.
You can look up Punnet Squares, if you want, which is the method of using a table to predict conditions base on the parents recessive and dominant genes, if you want more information.
"with condition the condition" makes no sence and that is a prepitional phrase not a examine
well ur in luck i learned that this year some parents hold it in their genes without them showing them characteristically but their offspring is more predictable to show it
The condition is probably autosomal recessive.
(I'm making a couple of assumptions about what you actually meant as unwilling what you wrote, but for what it's worth, there's my best guess. *g*) Source(s): MD.
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