Choose the function of the pancreatic juice from the following.
A. Trypsin digests proteins and lipase carbohydrates.
B. Trypsin digests emulsified fats and lipase proteins.
C. Trypsin and lipase digest fats.
D. Trypsin digests proteins and lipase digests fats.

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Hint: Pancreatic juice is a liquid secreted by the exocrine gland, that contains a various enzymes, like trypsin, chymotrypsinogen, elastase, carboxypeptidase,, nucleases, and various other enzymes. So we have to think about the main function of trypsin according to the option given.

Complete answer:
Pancreatic juice consists of base-forming (chiefly bicarbonate) fluid and enzymes; 200–800 ml is synthesized daily. The enzymes, trypsin, lipase, and enzyme are essential for digestion of most of the supermolecules, fat, and macromolecules within the meal.
Trypsin synthesized in exocrine gland cleaves bonds at the carboxyl finish. It's used for various processes in biotechnology that are termed as chemical action and trypsinization. They'll conjointly perform contact action once the substrate is trypsin. Exocrine gland enzyme hydrolyses dietary fats changing the triglycerides to monoglycerides and free fatty acids.
Hence the solution is trypsin enzyme digests proteins and blended fats.

So, option (D) is the correct answer.

Additional information:
Trypsin may be a serine enzyme from the PA clan taxonomic category, found within the digestive system of the many vertebrates, wherever it hydrolyzes proteins. An enzyme is made within the gut once its zymogen form, the trypsin synthesized by the exocrine gland, is activated.

Note: Trypsin is an associate accelerator that helps the United States of America digest macromolecules. within the small intestine, the enzyme breaks down proteins, continuing the method of digestion that began within the stomach. it's going to even be mentioned as a peptidase, or peptidase. The enzyme is synthesized by the exocrine gland in an inactive type known as trypsinogen.