Bioprocessing Application Notes & Case Studies

  1. Detection Of Adapter Dimers In NGS Libraries 3/4/2026

    Accurately identifying low‑level adapter dimers is key. Compare electrophoresis methods to show how different kits detect and resolve small fragments, helping researchers choose the best QC approach.

  2. Comparison Of Constant- And PulsedField Electrophoresis 3/4/2026

    Accurate sizing of large DNA fragments is crucial in long‑read sequencing. Examine how different electrophoresis methods perform with 10–20 kb smears and how to choose the most reliable approach.

  3. Preventive Control Of Sequencing Through The Insert 3/4/2026

    Understanding library size distributions helps prevent sequencing through the insert, reducing adapter read‑through. Explore how smear analysis guides optimal read‑length selection to avoid noise.

  4. A New Story For Myoglobin—Producing Yeast-Generated Alternative 3/4/2026

    A fast, automated protein analysis workflow empowers researchers to screen yeast strains more efficiently. See how this streamlined approach accelerates innovation while supporting sustainability.

  5. Analysis Of NIST Antibody On An Analyzer System 3/4/2026

    Explore a detailed comparison of antibody fragment separation methods that shows how advanced electrophoresis systems closely align with established NIST benchmarks, offering clear resolution.

  6. 12.5x Titer Boost Accelerates CAR-T Program To IND Filing 3/4/2026

    Plasmid engineering and process development boosted viral titer 12.5×, eliminating manufacturing bottlenecks and enabling an on‑time regulatory submission for the cell therapy program.

  7. Contamination Control Strategy: Compressed Gas Monitoring Of Microbes 3/3/2026

    Microbial survival during gas decompression is a proven risk. Learn why point-of-use monitoring is essential for Annex 1 compliance and how to ensure process gas purity in sterile environments.

  8. CHO Cell Line Performance With 2G UNic® Technology 2/27/2026

    Optimized vector designs significantly enhance CHO cell protein expression, yielding higher titers, better stability, and strong performance across diverse host lines and scale‑up stages.

  9. Correlating NGS Success With Sample Input Quality: A Large Scale Study 2/27/2026

    DIN values offer a data‑backed way to identify which DNA samples are ready for successful sequencing. With strong correlations to sequencing performance, DIN thresholds help streamline workflows.

  10. Automated NGS Solutions Advance Rare Disease Research 2/27/2026

    See how a unified NGS workflow is helping a major pediatric genetics lab boost efficiency, manage growing sample volumes, and accelerate insights into rare diseases through streamlined automation.