Abstract

A field of biotechnology called "biofabrication" focuses on the study and development ofbiologically engineered processes for the creation of functional products. Scientists from a variety ofbackgrounds are entering the subject of biofabrication as it develops and grows. One of the most widelyused fabrics in the world, leather, is currently created using this technology. Leather is a strong, flexible,and long-lasting material, obtained from the tanning, or chemical treatment of animal skins and hides.Clothing, shoes, handbags, furniture, tools, and sporting goods can all be made from leather, and it isdurable for many years. The main protein of leather, collagen can be grown artificially by using the processof biofabrication, which involves DNA modification. Additionally, it makes precise use of 3D printingtechnology to combine materials and cells to cultivate tissues. After introducing Lab-grown burgers, it isnowadays no surprise to bio-fabricate leather which is an environmentally friendly, efficient, and novelway of production. With the help of this technique, the leather may be produced with arranged elasticity,flexibility, and thickness. This study presents information about the biofabrication of lab-grown animalproducts.

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