Answer:
In the hereditary pattern of Mendel's laws, there are two phenotypes, in that of incomplete dominance or three intermediate inheritance, as well as in codominance; in multiple alleles more than three phenotypes are manifested depending on the number of alleles present in the population. A typical example is the alleles of the blood group system. Multiple alleles originate from different mutations in the same gene.
Explanation:
We speak of multiple alleles when there are more than two possible alternative alleles to specify certain traits. According to the hereditary pattern of Mendel's laws, each hereditary characteristic is regulated by two alleles, in contrast to multiple alleles in which a hereditary characteristic is regulated by more than two alleles, for this reason they can only be studied in populations in where the number of individuals allows the manifestation of these characteristics, such as blood groups in the human population, which are classified according to the presence of certain chemicals that red blood cells have, called antigens. Type A blood has an antigen called A, type B blood has an antigen called B, type AB blood has the A antigen and B antigen, and type O blood has no antigen. These blood types are determined by a gene that has multiple A, B, and O alleles. The A and B alleles are codominant, while the O allele is recessive. For this reason, a person with blood type A has either two AA alleles, or one A and one O allele.
Condesation occurs when that happens
Answer:
D. Fatty Acids
Explanation:
When fatty acids undergo beta-oxidation to serve as a source of ATPs, ketone bodies are produced. During starvation or medical conditions such as diabetes mellitus, carbohydrate supply to liver cells is depleted.
Once the stored glycogen has been depleted from the liver cells, the fatty acids are funneled into beta-oxidation to produce ATPs. The process also forms acetone, acetoacetate, and D-beta-hydroxybutyrate, that is the ketone bodies. The more the fatty acid molecules enter the beta oxidation, the more ketone bodies are produced.
DNA is in are body it’s very tasty quite frankly very good u should try it someday
Answer:
parasympathetic
Explanation:
The parasympathetic nervous system is the one that controls involuntary functions and acts. The nerves that integrate it are born in the brain, forming part of the oculomotor, facial, glossopharyngeal and vagus cranial nerves
Within its functions it controls part of the visual apparatus: When we are nervous or activated, we need to capture all the possible information about the medium or about a particular stimulus, so the <u>pupil dilates</u>. On the contrary, when we are relaxed, the pupil contracts because it is not necessary to capture too much information from the environment, which is also called myosis.
