The answer would depend on how many markers were tested in total, if you are talking about a dna profile with 15 str markers and the sex marker, then no im afraid 9 is not enough to be the father, the father should share half of his dna, with the child. eg 15 markers should match.
If you did a dna profile with 9 markers and they all match, i would ask for extended testing as a lot of people have anything from 4 to 11 markers in comman, therefore it could just be a random match to the child.
Genetic engineering is possible because all organisms share a similar genetic code with DNA as the universal genetic material. This allows scientists to transfer genes between different species or manipulate existing genes to create desired traits. This shared genetic code provides a foundation for genetic engineering to function effectively across various organisms.
Yes, it is possible to inherit genetic traits from your grandparents through your parents. This is because you receive half of your genetic material from each parent, who in turn received genetic material from their parents (your grandparents). Thus, traits can be passed down through multiple generations.
The animals that will share the most genes are those that are the most closely related. Supporting theories that human evolved from primates, humans share a lot of genetic similarities with apes and monkeys.
No. Only the sperm that fertilizes the egg will share its genetic information with the fetus.No. Only the sperm that fertilizes the egg will share its genetic information with the fetus.No. Only the sperm that fertilizes the egg will share its genetic information with the fetus.No. Only the sperm that fertilizes the egg will share its genetic information with the fetus.
Yes, half-siblings with the same father share genetic similarities because they inherit half of their genetic material from the same biological father.
Siblings who share the same father but have different mothers will have different DNA because they inherit genetic material from both parents. This means they will have different genetic traits and characteristics, even though they share a common father.
Yes, you can inherit genes from your aunts and uncles, but indirectly. You receive half of your genetic material from each parent, and they, in turn, inherit their genes from their parents, which includes your grandparents. This means that you may share some genetic traits with your aunts and uncles through your parents' genetic contributions. However, you do not inherit genes directly from them.
They can share some DNA, since your mother/father was involved in them.
First cousins share approximately 12.5% of their genes on average. This genetic similarity arises because they each inherit half of their genes from their parents, who are siblings, resulting in a shared genetic contribution from their common grandparents. The exact percentage can vary slightly due to the random nature of genetic inheritance.
One way to spread your genes is through reproduction, by passing your genetic material onto your offspring. This can occur through sexual reproduction, where genetic material is combined with a partner to create offspring. Another way to spread your genes is through kin selection, where individuals help relatives who share their genes to survive and reproduce.
Animals don't share the same genetic code, we share the same chemical building blocks - aminoacids that make genes.
In a typical family, siblings share about 50% of their genes with each other, as they inherit half of their genetic material from each parent. This means that each of the six children, including Billy, shares approximately 50% of their genes with each of their siblings. Therefore, Billy shares about 50% of his genes with each of his five siblings.