This gene could be analyzed to determine its homology level with a human gene, which then could be restored in its normal expression. This strategy can restore the normal phenotype in defective human cells.
Sequence homology, which refers to the level of evolutionary relationship among genetic or proteins sequences, is a fundamental subject matter to determine gene function.
From this approach (sequence homology search), researchers can identify valuable genes involved in diseases in which the restoration of their normal expression levels can be used to restore the normal phenotype in defective cells.
In this case, the identification of a gene in cockroaches that is responsible for nerve regeneration could be used for subsequent identification of a human homologous gene sequence, which then can be restored in order to treat human paralysis.
Learn more in:
brainly.com/question/6389591
The genes are from the nuclei of the egg (from the female) and the sperm (from the male) the different traits are joined to create the particular genes.
(I might be right.)
The correct answer is C-reactive protein or CRP.
CRP is one of the most important marker for systemic inflammation. Another equally important marker for systemic inflammation is the erythrocyte sedimentation rate or the ESR. CRP and ESR are acute phase reactants that are synthesized in the liver by hepatocytes in response to proinflammatory cytokines (i.e. IL-2, TNF, IL-6).
Answer:
The central nervous system is responsible for controlling the temperature of the human body. The central nervous system is made of two parts: brain and spinal cord. The hypothalamus which is a small part of the brain controls the temperature of the body
