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Uses of Enzymes

 

The catalytic efficiency of an enzyme, a protein having catalytic activity, is hundreds to thousands of times greater than that of an inorganic catalyst. Enzymes offer the benefits of high catalytic efficiency, excellent specificity, and gentle reaction conditions in addition to the traits of generic chemical catalysts. By combining enzyme theory with chemical technology, a new technique called enzyme engineering was created. It is a major factor behind significant improvements in the traditional chemical industry and may overcome the inherent flaws of many chemical conversion processes in a variety of sectors. The use of enzyme preparation in industries is growing in significance as a result of the advancement of enzyme engineering.

Use in Pharmaceutical Industry:

Drugs made from enzymes can be employed in the pharmaceutical sector. In terms of drugs, enzyme stands out for two reasons. The enzyme can first bind to the target with specificity. Second, enzymes are capable of catalyzing the transformation of target molecules into desirable by-products. Enzyme as a medicine hence has unmatched potential and benefits above typical tiny molecular pharmaceuticals.

Use in Food Industry:

Formerly produced from plants and animal offal, the majority of the enzymes used in the food business are now acquired through microbial fermentation. Unless there is a unique use, such as the protein degrading enzyme used in low-calorie beer, the purity of food enzymes generally does not need to be very high. Instead, the majority of them are partially purified enzymes, and the higher the purity, the better the impact. The most often employed enzyme in food processing was glutamylase, which was then followed by protease, lipase, and esterase, and then by oxidoreductase and isomerase.

Use in Paper Industry:

Enzymes are frequently employed in the manufacture of feed, textiles, paper, leather, detergent, and other goods for industry. Enzymes can be added to feed to increase the rate at which carbohydrates, protein, and minerals are used, breakdown anti-nutritional feed ingredients, minimize animal dyspepsia, and increase feed digestibility. Amylase and lipase are primarily employed in the pulping of fabrics to enhance whiteness, absorb color, and soften cloth. In the papermaking business, pulp pretreatment with xylanase and cellulase can lower the need for chemical bleach. Laccase may break down the lignin in pulp, making paper whiter.

Use in Biotechnology:

Biotechnology, as used in the modern world, is frequently used to describe the creation or modification of things utilising biological systems or creatures. The use of biotechnological methods has increased beyond the conventional fermentation to include more cutting-edge fields of study including genetic engineering, applied immunology, and medical treatments and diagnostics. A variety of enzymes are essential among these tools; they may take the form of hammers and chisels to aid in the completion of molecular biology investigations or they may function as effective micro-reactors in commercial manufacturing.



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