Answer:
If trypsin is in an acidic environment, it will decrease its function, since its optimum pH is 8.
Explanation:
Trypsin is an enzyme responsible for break peptide bonds, thus hydrolyzing proteins into peptides and amino acids. This enzyme is secreted by the pancreas and poured into the duodenum —an alkaline environment— where it acts.
<u>Since the </u><u>optimal pH for trypsin to fulfill its function is 8</u><u>, if the enzyme were placed in an </u><u>acidic environment</u><u> it would decrease its function</u>. This is because enzymes work under specific pH and temperature conditions, and changes in these conditions affect enzymatic activity.
Answer:
A I'm pretty sure cause t hff sts really the only one that makes sense
Answer:
a transgenic copy of the gene C is sufficient to restore normal eye development
Explanation:
In genetics, there are diverse approaches to determining a gene's function. For example, it is possible to use a complementation test to determine loss-of-function recessive mutations when it is unknown if such mutations fall in the same or in different genes. Similarly to the generation of loss-of-function phenotypes, it is possible to insert a gene and thus produce a gain-of-function mutation that restores normal gene function (i.e., to restore the wild phenotype). Moreover, transgenic organisms refer to genetic engineering techniques by which any foreign or modified gene is inserted in the genome of an organism, which can also be used to study gene function. In this case, the restoration of the normal phenotype (wild-type eyes) is associated with the expression of the transgenic gene C, thereby evidencing that the gene C is required for normal eye development. In the last years, transgenic models have shed light on developmental pathways and on gene function.
Answer:
yes
Explanation:
Disaccharides or Double Sugars Two monosaccharide sugar molecules can join together to form a larger carbohydrate molecule called disaccharides or double sugars. ... By joining a glucose molecule with a fructose molecule, a different double sugar, called sucrose is formed.
<span>Causes of Static electricity in all these cases, the breaking of contact between two materials results in turbocharging, thus creating a difference of electrical potential that can lead to an ESD event. Another cause of ESD damage is through electrostatic induction.</span>
