No, the offspring of identical parents would not always look like the parents because everyone has dominant and recessive traits, where the recessive traits do not show but is still in DNA. That said, recessive traits not shown in parents can be passed on as dominant traits to offspring - making offspring not always identical to its parents. (this is also called genetic variation)
If both parents are type O, they will always produce type O offspring.
A. It needs just one parent B. The offspring are always genetically identical. C. The offspring are not identical to the parents.
Most of the time when two mice that look alike have babies, they will look almost identical. This doesn't mean all the time though. If a white mouse mates with a gray mouse you'd get babies of gray babies of white, or even both. But all of them won't look the sane as the other.
First, nothing in science is always. In the case of asexual reproduction Such as binary fission or mitosis mutations is always a possibility. In the case of certain microbes, plasmids containing genetic material can be absent or more prevalent in reproduced copies of itself. But, for the most part, under normal circumstances, asexually reproduced organisms are usually identical clones. Matt Somar- Department of Biology University of Central Florida.
Well, a dominant allele carries dominant traits from parents to offspring. An example of a dominant trait is brown hair and brown eyes because these traits are most likely to show up on a human than a recessive allele. A recessive allele may carry a recessive trait from parents to offspring such as blonde hair and blue eyes, these are uncommon because they are recessive traits.
Animals don't always produce identical offspring. Like cats for an example.
They always do.
The offspring of a asexual organism will always be identical to the parent cell because it is never gaining new information like it would if it were sexual.
A group of identical individuals that always produce offspring of the same phenotype when intercrossed.
A group of identical individuals that always produce offspring of the same phenotype when intercrossed.
it is Offspring are the same as a single parents.
If both parents are type O, they will always produce type O offspring.
Fertile offspring are offspring of parents which can continue to reproduce (for example Humans). However you can also get infertile offspring which cannot reproduce (an example of this is a mule, but it is not always the case.
A. It needs just one parent B. The offspring are always genetically identical. C. The offspring are not identical to the parents.
No not always!
polygenic gene sjklkjhgx
Most of the time when two mice that look alike have babies, they will look almost identical. This doesn't mean all the time though. If a white mouse mates with a gray mouse you'd get babies of gray babies of white, or even both. But all of them won't look the sane as the other.