Gene synthesis has been one of the most significant breakthroughs in modern-day biology and genetics. It is the process of creating artificial DNA molecules using chemicals and machines, without relying on natural materials. The technique has paved the way for researchers to obtain gene fragments that are difficult to obtain, design and synthesize any gene that doesn’t exist in nature, and clone human growth hormone, interferon, insulin, epidermal growth factor, interleukin II, and colony-stimulating factors.
With the advent of the solid-phase phosphoramidite triester synthesis method in the 1990s, it became easier to chemically synthesize DNA. Gene synthesis machines have become an essential tool in life science research, enabling rapid and accurate gene sequence synthesis. Researchers can now design and create genes that are not possible to find in nature, providing a platform for advancing understanding and discoveries of biological processes.
The ability to synthesize genes has enabled researchers to study and identify genetic links to diseases, which was previously difficult or even impossible. For instance, through the synthesis of human growth hormones, researchers have developed techniques for the treatment of growth hormone deficiency, acromegaly, and pituitary dwarfism. Today, gene synthesis is widely used in various fields of life science research, including protein production, antibody discovery, genetically engineered vaccines, molecular breeding, and biofuel.
The gene synthesis industry is currently experiencing significant growth, and there is much more room for expansion in the future. The cost of gene synthesis has been declining steadily over the years, enhancing accessibility and popularity of the technology. As the demand for related technologies in synthetic biology grows, the overall market demand for gene synthesis will significantly increase in the coming years.
At Synbio Technologies, we have developed the most comprehensive platforms for oligo synthesis, gene synthesis, and next-generation high-throughput gene synthesis. We synthesize over 3 million base pairs of gene sequences each month for a wide range of applications in quality, speed, budget, and applications, providing our customers with simple one-stop-shop DNA manufacturing needs.
In conclusion, gene synthesis technology is one of the most significant achievements in modern-day biological research and genetics, with limitless potential for discovery. The technology brings to light the potential for genetics to affect and improve all areas of life – from developing new treatments for genetic diseases to creating genetically enhanced crops. As the use of gene synthesis continues to grow and evolve, it offers a bright future for scientific discovery and transformational advancements in our understanding of life.
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