Apart from the obvious that it would suck if everyone was the same and you wouldn't fancy anyone, in genetically identical organisms they are all susceptable to the same diseases.
A daughter cell and its parent cell are exact copies of each other.
The daughter cells of mitosis relate to the mother cell in that they are diploid as well. Mitosis conserves chromosome count while meiosis daughter cells are all haploid because all sex cells are haploid and become diploid upon fertilization.
If you are talking about mitosis, yes, the daughter cells are identical to themselves and even their parents. But when it comes to meiosis, the daughter cells are not alike, they show variation
It's called Mitosis. The term cytokinesis refers to the division of cellular cytoplasm.
That cell is a clone of the first. This happens all the time in your body.
Yes. Monozygotic twins, also known as identical twins, are genetically identical because they come from the same zygote (fertilized ovum). Early on, during cell reproduction to form the embryo, the cells separate into two groups, which form two embryos genetically identical to one another. Therefore, they would have the same combination of genes and genetic traits. There are also cases of identical triplets, quadruplets, and quintuplets, all of which came from a single zygote, and are therefore genetically identical. The first known identical quintuplets to survive infancy were the Dionne quintuplets, born in Canada in1934.Yes. Monozygotic twins, also known as identical twins, are genetically identical because they come from the same zygote. Therefore, they would have the same combination of genetic traits. There are also cases of identical triplets, quadruplets, and quintuplets.
Cells form new cells with identical genetic composition through mitosis. This essentially involves the cell producing enough resources for two cells and then splitting it's membranes into two separate and distinct bodies.
Yes. I had this exact question on a quiz and got it correct.
The first cell to form in fertilization is the zygote. The zygote undergoes cell reproduction in order to form a multicellular embryo, in which all of the cells are genetically identical to the zygote. All of the body cells in the new offspring will, in theory, be genetically identical, unless uncorrected mutations occur.
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Theoretically, when an organism has adapted perfectly to a completely static situation. Only such a situation doesn't exist in actuality.
That cell is a clone of the first. This happens all the time in your body.
A collection of single celled organisms. Or I suppose a newly fertilized egg and sperm would make many identical cells initially. Humans can't be made up uniformly of identical cells.
Genetically, humans have different pigmentation in their skin that cause them to have different tints.
two genetically identical cells.
Due to common evolutionary ancestors and them being genetically close to humans the skeletons are nearly identical. The differences are in bone sizes and dimensional variances such as in the skull, hand and feet.
A daughter cell and its parent cell are exact copies of each other.