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Synthego Opens GMP Guide RNA Manufacturing Facility

Synthego Opens GMP Guide RNA Manufacturing Facility

The new 18,000-square-foot State-of-the-Art GMP synthesis facility will help meet the growing demand for high-quality, CRISPR-enabled in vivo and ex vivo therapeutics.

United States: On Thursday, 11th May 2023, Synthego Corporation, a leading provider of genome engineering solutions, announced the inauguration of its cutting-edge GMP synthesis facility. This new 18,000-square-foot facility will help pharma and biopharma companies meet the growing need for high-quality, CRISPR-enabled in vivo and ex vivo medicines, including IND, NDA, or BLA enabling clinical investigations. The new facility uses cutting-edge equipment and technologies, including multiplexed manufacturing lines, fully automated controls, and an integrated Manufacturing Execution System (MES), and operates 24/7. It also adheres to current Good Manufacturing Practices (cGMP). By producing a variety of oligonucleotides, including synthetic single guide RNAs, the company is able to set the bar for quality and compliance in the production of gene editing components. Additionally, the facility also has spaces specifically designated for process research, analytical testing, and quality control, guaranteeing that every facet of the manufacturing process is strictly regulated.

The new facility has been designed to fulfill the requirements of both domestic and international regulatory authorities which includes FDA, EMA, MHRA, and Health Canada. With the launch of the facility, Synthego is in a great position to continue offering its customers the manufacturing of custom RNA molecules for development of cell and gene therapeutics.

According to the Founder & CEO of Synthego Corp., "We are pleased to open Synthego's new GMP facility, solidifying our commitment to provide partners with the highest quality CRISPR guides for the clinical development of therapeutics. This represents a significant step towards removing industry bottlenecks and helping accelerate access to life-changing and lifesaving CRISPR-enabled cell and gene therapies." said Paul Dabrowski, CEO of Synthego. "The design of this facility is the fruition of a decade of experience creating guide RNAs and engineering cells and sets the standard for quality and efficiency of GMP CRISPR reagent manufacturing."

According to TechSci Research, the establishment of a cutting-edge facility will provide the company a competitive edge in the genetic engineering market. Strong manufacturing facilities for guide RNA can result in reduced costs, quick turnaround times, and better-quality control. These factors may put the facility in a favored supplier position for companies developing CRISPR-based therapies. The inauguration of a cutting-edge facility for the production of guide RNA for CRISPR genomic medicines indicates the growing interest and investment in this field. Given that guide RNA is an essential part of the CRISPR gene editing process, this points to a significant market potential for CRISPR-based therapeutics. The establishment of a specialized facility denotes an increase in guide RNA synthesis capability. This will probably meet the growing demand for CRISPR-based treatments and aid in the development of genetic drugs. The increased production capacity will help with the scaling issues that frequently occurs in the field of biotechnology.

With its headquarters in Silicon Valley, Synthego serves prominent organizations from over 32 different countries as well as eight of the top ten biotechnology businesses and twenty-four of the top twenty-five universities worldwide. The facility is prepared to focus on the increasing demand for CRISPR-based therapeutics. As CRISPR is viewed as a game-changer by scientists for a variety of reasons. The main benefit, especially when compared to more traditional gene-editing methods, is perhaps how simple CRISPR is to employ. Researchers swiftly produce cell and animal models using CRISPR genome editing, accelerating the study of diseases including cancer and mental illness. CRISPR is also now being explored as a quick diagnostic tool in genetic engineering.

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