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Advancements in Biopharma: Enhancing Drug Development with Thermo Fisher Scientific’s qPCR Solutions
The biopharma industry is rapidly advancing, with the cell and gene therapy (CGT) market valued at $18 billion, including 27 approved gene therapies, 65 approved cell therapies, and 26 RNA therapies as of 2023.
The biopharma industry is rapidly advancing, with the cell and gene therapy (CGT) market valued at $18 billion, including 27 approved gene therapies, 65 approved cell therapies, and 26 RNA therapies as of 2023. Vaccine and antibody development, driven by innovations in mRNA and SiRNA strategies, represents a $100 billion market.
In this space, qPCR (quantitative Polymerase Chain Reaction) plays a crucial role in drug development, aiding in lead identification, biomarker discovery, biodistribution analysis, and quality control, ensuring faster drug trials while adhering to regulatory standards. Thermo Fisher Scientific offers a robust qPCR portfolio designed to support drug development from research to commercial-scale production, with solutions like the QualTrak™ Portal that streamline purchasing decisions and ensure regulatory compliance.
Their innovative products, such as the TaqMan™ Cells-to-CT™ Express Kit, eliminate RNA isolation steps, enhancing workflow efficiency and saving up to 90% plastic usage. Automation tools like the Orbitor™ RS2 Microplate Mover and QuantStudio™ instruments enable high-throughput screening, processing up to 10,000 samples in 24 hours. To further streamline data analysis, Diomni™ Enterprise Software reduces analysis time by up to three hours per plate. All TaqPath™ products are manufactured in ISO-certified, FDA-registered facilities, following cGMP standards, ensuring quality and consistency. Thermo Fisher also offers comprehensive service plans, such as the AB Ascend Plan, which provides rapid on-site issue resolution and routine maintenance to minimize downtime, making it easier for biopharma companies to maintain speed, efficiency, and regulatory compliance throughout the drug development process.