22 pair + 1 x and 1 y or 46 individual
There are two kinds of DNA in a eukaryotic cell, nuclear and mitochondrial. Nuclear is found in the nucleus and mitochondrial is found in the mitochondria. However, not as many people know about mitochondrial DNA and the only time it is ever refered to is when you are tracking the mother's side of a family with DNA. So for the most part, DNA is found in the nucleus.Eukaryote DNA is located in the nucleus of the cell.
the same number of chromosomes as the parent cell
Because human gametes are of two kinds, sperm (male) and egg (female). The two come together to make 1 cell called a zygote. That then replicates and creates all your other cells. 23 + 23 = 46. That's why!
Some of the specific kinds of AIOs include the file system programming.
ploidy level. As it has four different kinds of chromosomes, it would be considered tetraploid, meaning each chromosome is present four times. The total number of chromosomes (eight) in the cell would indicate its ploidy level.
Pulmonary, Systemic, and Coronary.
Smooth, striated, and cardiac are the three kinds of muscle tissue found in human beings.
Diploid
Body cells with 46 chromosomes
Thousands of kinds. You need to be more specific about the type of plant and about which continent!
There are two kinds of DNA in a eukaryotic cell, nuclear and mitochondrial. Nuclear is found in the nucleus and mitochondrial is found in the mitochondria. However, not as many people know about mitochondrial DNA and the only time it is ever refered to is when you are tracking the mother's side of a family with DNA. So for the most part, DNA is found in the nucleus.Eukaryote DNA is located in the nucleus of the cell.
Because it is based on a massive body of evidence that provides correct predictions of what we should find.For example, humans have 46 chromosomes and the "great" apes (chimpanzees, gorillas, and orangutans) have 48. Why is this?It was predicted that since we were the outlier, that we had a chromosome that fused. We started searching our genome and found teleomeres in the middle of chromosome #2. What does this mean? Well, since teleomeres are only found on the ends of chromosomes, this provided the evidence that our chromosomes had a head to head fusion.Upon more research it was found that the genes on our Chromosome #2 (the fused one) directly correlated with the genes on two of the chromosomes of the "great" apes.It has also been used to find specific fossils by predicting where the transitional species would be AND and what depth in the geological column. This is how we found a species of animal that was an ancestor of whales which lived both on land and in the water.It's these kinds of correct, testable predictions that make evolution scientific theory.
Because it is based on a massive body of evidence that provides correct predictions of what we should find.For example, humans have 46 chromosomes and the "great" apes (chimpanzees, gorillas, and orangutans) have 48. Why is this?It was predicted that since we were the outlier, that we had a chromosome that fused. We started searching our genome and found teleomeres in the middle of chromosome #2. What does this mean? Well, since teleomeres are only found on the ends of chromosomes, this provided the evidence that our chromosomes had a head to head fusion.Upon more research it was found that the genes on our Chromosome #2 (the fused one) directly correlated with the genes on two of the chromosomes of the "great" apes.It has also been used to find specific fossils by predicting where the transitional species would be AND and what depth in the geological column. This is how we found a species of animal that was an ancestor of whales which lived both on land and in the water.It's these kinds of correct, testable predictions that make evolution scientific theory.
46 Chromosomes 22 Homologous Pairs in men (& X + Y), 23 in women (X+X is homologous) 22 Pairs of autosomes and 1 pair of sex chromosomes
Somatic (body) cells. Diploid (have all 46 chromosomes)
Some of the specific kinds of AIOs include the file system programming.
the same number of chromosomes as the parent cell