What is a typical use of proteins synthesized through genetic engineering?

Proteins synthesized through genetic engineering are particularly valuable as pharmaceuticals or enzymes due to their ability to be designed and produced with specific characteristics to perform desired functions in medicine and industry. For instance, many therapeutic proteins, such as insulin for diabetes and monoclonal antibodies for various diseases, are produced using genetically engineered organisms. These proteins can be produced in large quantities and often with enhanced properties compared to their natural counterparts.

Additionally, engineered enzymes are used in various applications, including biotechnology and pharmaceuticals, for processes like drug development, diagnostics, and bioremediation. The ability to manipulate proteins at the genetic level allows for tailored solutions that can improve efficiency, efficacy, and safety in drug therapies and other applications. This capability highlights the significance of genetic engineering in modern biotechnology and its profound impact on healthcare.