Gene Synthesis: A Brief Overview

 

Artificial gene synthesis comprises a group of methods that are used in the field of molecular biology to construct and assemble genes. The process involves a chemical synthesis of a strand of DNA base-by-base. Gene synthesis process nucleotides are step-by-step to a single-stranded molecule. In recent years, gene synthesis and gene assembly technology have developed rapidly and have been used in a wide range of applications such as metabolic engineering, genetic engineering design, and vaccine development. There are different types of gene synthesis methods that are widely used to construct and assemble genes. Common gene synthesis methods include solid-phase synthesis, chip-based DNA synthesis, and PCR-based gene synthesis. The process has wide implications in a variety of fields including the creation of genetic circuits and research work to improve metabolic functions. With the rapid technological advancements, the research work on genetics continues to evolve and enhance.

Nowadays reputed life-science research support companies are coming up with reasonable gene synthesis costs and helping the research work in the field of molecular biology and advanced life science. With the help of gene synthesis,l scientists can effectively modify gene designs or DNA patterns. Nowadays, gene synthesis methods are widely used for developing new metabolic systems in living cells to produce artemisinin. Gene synthesis technology is helping researchers and pharmaceutical companies to develop and innovate new anti-malarial drugs with the help of artemisinin, which is a direct by-product of gene synthesis. Gene synthesis technology has transformed biology research. The top scientists and medical researchers do not need to use traditional methods for manipulating a single gene at a time. With the help of gene synthesis, scientists have the powers and capabilities to reprogram the entire genome and cells. Newly identified viral genomes can be quickly synthesized with the help of gene synthesis technology. 

Advanced DNA construct can reduce the gene synthesis cost for producing artemisinin. Top life science research companies or CROs are providing their clients with a wide range of gene synthesis services nowadays. The vaccine development for various diseases gets the necessary acceleration due to the advancement of gene synthesis technology. With the help of gene synthesis technology, scientists can engineer novel enzymes effectively to produce biofuels on a large scale. Gene synthesis technology can also be used to produce customized synthetic genes and artificial cells. The gene synthesis technology has provided life science researchers with an opportunity to continue their research work with a limited budget. Gene synthesis is helping human civilization by accelerating research work in the field of healthcare, agriculture, energy, and many more.