Question

If this enzyme were to be absent in our small intestine, the digestion of proteins in our body would be severely affected
A. Pancreatic amylase
B. Maltase
C. Lipase
D. Enterokinase

Answer 1

Hint: We know that every digestive enzyme has a special role in our body and all of them perform certain functions. The absence of a single enzyme would severely affect our body.

Complete Answer:
- Stomach related proteins are the ones that assume a significant function in our body in the processing of the food that we burn-through and acquire energy from it. The features of the stomach in our body is one of the important events in our body to acquire energy.
- The salivary catalysts or enzymes are available in different areas of the mouth, and they are worried about the absorption of sugars in our bodies. We ought to become familiar with the names of the salivary organs present in our mouth. They are sub-maxillary, sublingual, and parotid organs.
- The protein-processing compounds are situated in the midsection. The fat-processing chemicals are discharged by the liver yet are put away in the nerve bladder.
- Additionally, certain stomach related compounds are likewise present in the small digestive system and mostly remain put away in the duodenum.
- Enterokinase, otherwise called enteropeptidase, is one of them that plays out the absorption of proteins. It is an enzyme involved in human digestion. It acts as an activating enzyme convert Trypsinogen into trypsin. It is delivered by the duodenal mucosa. It enacts trypsin, a pancreatic proteolytic chemical, which thus actuates the rest of the catalysts encouraging protein assimilation.
- The pancreas discharges other proteolytic compounds into the digestive system that proceed with the stomach related cycle. We should realize that it catalyzes proteins, and its nonattendance would make a major misfortune the whole stomach related framework.

Therefore, option D is correct.

Note: Enterokinase is present in the small intestine and its absence would cause a big loss to the entire digestive system. Trypsin has a significant function in the absorption of proteins in the foremost segment of the small digestive tract. It enacts different proteases in pancreatic juice. Thus, without enterokinase, the cycle of conversion of dipeptides to amino acids will be influenced.