It would undergo denaturation, in which the shape is altered. this prevents it from performing its function
I think it is true. If it is wrong, I am so sorry.
Please mark brainliest if the answer is correct. Hope this HELPS!!!!
Answer:
dopamine
Explanation:
The main cause of Parkinson's disease is the death of brain cells, especially in the area known as substantia nigra, responsible for the production of dopamine, a neurotransmitter that, among other functions, controls movement. This is a chronic, progressive neurological disease with no known cause that affects the central nervous system and impairs movement. The older the age, the higher the incidence of Parkinson's disease. According to statistics, in the vast majority of patients, it appears from 55, 60 years and its prevalence increases from 70, 75 years.
Answer:
C. 3:1
Explanation:
In the F2 generation Mendel grew 3 tall plants and 1 short. Tall is the dominant trait.
Answer:
A cofactor is a not proteic substance that is required to an enzyme activity. Cofactors can either be organic compunds, like vitamins, or inorganic compounds, like the metallic elements, iron, zinc, magnesium, cooper, among others. If the cofactor is removed from a complete enzyme (holoenzyme), the protein component (apoenzyme) no longer has catalytic activity.
In some enzymes the cofactors act for the substrate binding to the active site. In other, like dehydrogenases, which transfer electrons from the substrate to an electron carrier, the carrier used depends on the reaction taking place. Common electron acceptors used by this subclass are NAD+, FAD, and NADP+. Electron carriers are reduced in this process and considered oxidizers of the substrate. Electron carriers are coenzymes that are often referred to as redox cofactors.
Explanation:
