Research studies suggest that a high-fiber diet protects against colon cancer. This is because high fibrous food increases the bulk in the digestive tract to pass easily through the intestinal tract to shorten the time of passage. This short time of passage of food reduces the interaction of carcinogens present in the food with the intestinal tract. The fibers are broken down in butyrate by the bacteria present in the lower intestine. This butyrate inhibits the growth of tumors of colon and rectum,
If siRNA against a starch-branching enzyme was transmitted to humans, then it may affect the expression of glycogen-branching enzymes. RNAi inhibits gene expression.
Glycogen-branching enzymes are similar to starch-branching enzymes because glycogen bonds are similar to those observed between amylopectin.
The RNA interference (RNAi) pathway is an evolutionarily conserved mechanism used in molecular biology laboratories to inhibit the expression of target genes.
In the RNAi technique, a regulatory non-coding RNA called small interfering RNA (siRNA) that exhibits sequence complementary to the target gene sequence is used to inhibit and/or block the translation of the target mRNA (in this case, starch/glycogen-branching mRNA coding enzyme).
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There are 3 controlled variable
<span>The nurse should report the arterial oxygen level if it is below 50. Respiratory distress may be secondary to the initial diagnosis of acute pancreatitis and could indicate Adult Respiratory Distress Syndrome. The symptoms of ARDS may be confusion, agitation, hypoxemia, respiratory distress, crackling heard in the lungs, fever, tachypnea, dyspnea, and/or a dry cough.</span>
It is a missense mutation because this alteration changes the encoded amino acid. This type of mutation may have evolutionary consequences.
<h3>What are mutations?</h3>
A mutation is any alteration in the nucleotide DNA sequence of the genome of an organism.
A missense mutation is a type of mutation that alters (modifies) the encoded amino acid, thereby changing the resulting protein.
Missense mutations have the potential to alter the function of the resulting protein and therefore they have evolutionary consequences.
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