What do you mean Dominant. If you mean you are on top then, no it wont make a shred of difference one way or the other.
No, it is not true that all genes show simple patterns of dominant and recessive alleles. When Mendel did his studies on peas, he was lucky in that the genes he worked with showed those patterns. Many genes are much more complex and often involve more than one gene. Many genes show intermediate expressions between dominant and recessive.
False. Blood type genes have two dominant alleles (A and B), and one recessive (O). When a person gets one A allele and one B allele, they then have the blood type AB. Both are expressed equally. In other genes, a dominant allele might not be completely dominant, allowing the recessive allele to be partially expressed.
The corresponding pair of chromosomes may homozygous as well as heterozygous, depending on the presence of dominant and recessive genes.
The formula that predicts the number of genotypes from the number of genes is 3 to the power n. (n is the number of genes.) The following is the number of genotypes for a selected number (n) of genes which control an arbitrary trait.#genes------------- # genotipes1---------------- --------32 ------------------------95 ------------------------24310 ----------------------59,049ergo the number of phenotypes is proportionally related to the number of genes for that sequence.
No, this is not always true. There may be some kids with genes from their mother more because that mothers trait of say, brown hair may be dominant. Or in other cases, the offspring may have more of their father's traits. It really depends on the dominant and recessive genes that the mother and father have.
No, it is not true that all genes show simple patterns of dominant and recessive alleles. When Mendel did his studies on peas, he was lucky in that the genes he worked with showed those patterns. Many genes are much more complex and often involve more than one gene. Many genes show intermediate expressions between dominant and recessive.
False. Blood type genes have two dominant alleles (A and B), and one recessive (O). When a person gets one A allele and one B allele, they then have the blood type AB. Both are expressed equally. In other genes, a dominant allele might not be completely dominant, allowing the recessive allele to be partially expressed.
IT depends if both parents have it on their genes (X and Y) as Dominant or Recessive, If one of them is dominant, you better expect to get it unless the other parent has a DOminant Counter-Gene
The corresponding pair of chromosomes may homozygous as well as heterozygous, depending on the presence of dominant and recessive genes.
The formula that predicts the number of genotypes from the number of genes is 3 to the power n. (n is the number of genes.) The following is the number of genotypes for a selected number (n) of genes which control an arbitrary trait.#genes------------- # genotipes1---------------- --------32 ------------------------95 ------------------------24310 ----------------------59,049ergo the number of phenotypes is proportionally related to the number of genes for that sequence.
The answer is No you are not more then your genes.
A dominant narrative is the dominant ideology of a society. Basically, it is what most of a society believes to be true.
true
Dominant.
It's true. The functions are unknown for over 50 percent of discovered genes, which means that scientists must continue to work to find out what these genes do. It's possible that some of these genes may be responsible for many of the diseases that plague people, and identifying them is the first step to eradicating those diseases.
true
No, this is not always true. There may be some kids with genes from their mother more because that mothers trait of say, brown hair may be dominant. Or in other cases, the offspring may have more of their father's traits. It really depends on the dominant and recessive genes that the mother and father have.