Mitochondrial DNA comes solely from the mother. Mom contributes more than dad.
Father's DNA precedes Mother's DNA. If siblings have the same Father they are considered Whole siblings. If siblings have the same Mother but not same Father they are considered Half siblings
its A*
DNA paternity testing works by comparing the DNA of the mother and child. The traits not apparent in the mother's DNA have to come with the father. Then, the DNA of the alleged father and child are compared. If the father has the missing traits, he may be the father.
Mother and father mix DNA with there children.
Its a combination of your mom's and you dad's. Identical twins have the same dna
its 50/50. half from the mother and half from the father.
Father's DNA precedes Mother's DNA. If siblings have the same Father they are considered Whole siblings. If siblings have the same Mother but not same Father they are considered Half siblings
its A*
DNA paternity testing works by comparing the DNA of the mother and child. The traits not apparent in the mother's DNA have to come with the father. Then, the DNA of the alleged father and child are compared. If the father has the missing traits, he may be the father.
Mother and father mix DNA with there children.
It has half the mother's DNA and half the father's DNA.
Its a combination of your mom's and you dad's. Identical twins have the same dna
Cells genes DNA etc
pretty sure u do...
assuming you mean the earliest developmental stages of life. Your dna is the result of the genetic material from your mother's egg and your father's sperm combining and copying itself as you gain more and more cells.
There are there differences between the DNA charts for the mother and the child because the child only shares one half of the mother's DNA. The other half of the child's DNA comes from the father.
No. The mother's doesn't either. What the father gives to the baby is DNA. The mother's egg carries all cell organelles plus her DNA. When the baby is forming the placenta its' blood supply is separate from the mothers'. However, the two form a capillary bed which allows the baby to get oxygen and nutrients and drop off wastes and carbon dioxide for the mother to dispose.