Genomic Synthetic Biology: A Brief Introduction, Its Applications, and Ethical Laws

Abstract

Synthetic biology is now a prominent field that correlates different fields of science like engineering, computer studies, molecular analysis, the biological study of chemicals, and others into novel biological experiments of designing, which involve a series of activities rather than a distinct work. It is a collection of technological and scientifically based experiments that involve the principles of engineering applications to produce and generate robust biological systems like viruses, make different types of protein, and other biological materials. A specific protocol is required in synthetic biology for converting the product from one step to another. For example, there are different strategies for converting the simple target PCR sequence into a sequence-verified clone. For genomic, proteomic, and metabolomic analysis, different and complex protocols and tools are required, and most know certain experiments in synthetic biology. Their task includes organizing the experimental plan, a suitable protocol, maintaining the quality control assessments and performance, and storing the part of the encoded sequence in a controlled environment. Synthetic biology tries to create organisms from the ground up that may be used to serve people as an environmental mediator, microbial factory, or disease fighter. Not only this, synthetic biology also creates non-natural nucleic acid, non-natural amino acid, gene circuits, and biochemical production. Synthetic biology has gained more interest involving life sciences like healthcare and medicine, gene synthesis, and pathogen modification for transformation, especially in primary and secondary health care systems. During the use of synthetic biology, you have to take care of different rules and regulations of NIH and FDA, and different government policies around the globe. As it is a very important field, it is also very important to maintain the laws and ethics of different countries and use them as wisely as possible.