Crucial for efficacy, thermal stability in RNA/DNA therapies hinges on phosphoramidites: A study highlights key factors for process safety and quality in oligonucleotide development.

Some membranes attract water ("hydrophilic"), while others repel it ("hydrophobic"). Here, we examine which is best for your application.

Explore how this mixing system efficiently handles various powdered media and buffers, ensuring precise solubilization and mixing in applications like cell culture and protein purification.

Cell banking stands at the forefront of medical advancement. This guide delves into the steps involved in protecting these priceless resources, from cell collection and processing to storage and cell expansion.

An alternative to traditional polyethylene bags is offering cell and gene therapy manufacturers a solution to contamination concerns regarding DNA or RNA fragments.

Examine the benefit of using fluoropolymer film bags for the handling and storage of high value oligonucleotides- based payloads.

Entegris announces their collaboration with Agilitech, allowing them to offer an extended line of custom, single-use systems for cell and gene therapies.

Explore both traditional cold-wall and convection technology options thoroughly to discern which is most suitable for meeting your cold storage requirements for upcoming projects.

Compare single-use system bags, focusing on their design, materials, and applications to better understand why controlling particulate levels is critical to maintaining product purity and efficacy.

Learn about the three most common sources of filtration failures and how to prevent these problems.

Navigate the complexities of PUPSIT with expert guidance. Discover best practices for assembly design, regulatory compliance, and troubleshooting common challenges in sterile filtration environments.

Dive into specific unit operations and case studies that demonstrate how implementing phase appropriate tools can have substantive direct business impacts to cost and development timelines.

Unlock insights into sterile gas filtration challenges in bioprocessing. Watch this on-demand session to learn optimization strategies for critical applications and improved filter performance.

While AI is an exciting area for the biopharmaceutical sector, other shorter-term and more tangible things can be done to get life-saving medicines to market faster.

This presentation emphasizes the significance of minimizing particulate contamination in pharmaceutical and biopharmaceutical products produced through the use of single-use systems.

Review data and evidence that demonstrates the benefits of an integrated approach to achieving critical end-user goals such as scalability, efficiency, sustainability, and optimized process economics.

Discover how to integrate appropriate materials and tools for oligonucleotide handling, optimize DNA storage using dedicated fluoropolymer film, perform complex biochemical reactions in bags, and more.

Explore how filtration manufacturers optimize materials for performance and integration within single-use systems, including the value of optimizing sterile filtration by design and how it integrates and maximizes performance.

Learn how utilizing high-density cell banking workflows in combination with your already intensified upstream process can further enhance your process productivity while reducing contamination risks.

Learn about particle sizing methodology, equipment, software, and compliance to meet USP standards for parenteral drug manufacture, proteins, ophthalmic solutions and lipid emulsions.