FEATURED ARTICLES

• Anaerobic Cultivation Processes Of Probiotic Bacteria

  Cultivate oxygen-sensitive probiotics with precision using real-time monitoring, microfluidic feeding, and pH control for reproducible growth and optimized microbiome and fermentation research.

• Aerobic Cultivation Of High-Oxygen-Demand Microorganisms

  Discover how oxygen-enriched conditions and smart feeding strategies boost microbial growth. Prevent oxygen limitation, improve productivity, and maintain control for high-density bioprocessing success.

• Phototrophic Cultivation Of Chlorella vulgaris In Microbioreactors

  Unlock efficient microalgae cultivation with precise lighting and real-time insights. Explore ways to boost biomass, optimize growth, and accelerate sustainable bioenergy and bioproduct innovation.

• Enhancing Throughput And Reproducibility In Proteomic Analysis

  Streamline proteomic workflows with consistent sample preparation. Discover how simplifying LC-MS processes can eliminate bottlenecks, improve reproducibility, and accelerate drug discovery research.

• Tackling High Costs Of Developing AAV-Based Therapeutics

  Resolve monomers from dimers across AAV serotypes with a breakthrough solution that cuts sample use by up to 90%, accelerates development, and reduces costs—transforming gene therapy workflows.

• Streamlining Cell Line Development For Antibodies

  Streamline your antibody production with a robust Cell Line Development strategy. Discover how automation, analytics, and digital tools accelerate development from clone selection to commercialization.

• Conquering Challenges In Viral Vector Production

  Scaling gene therapy demands precision and actionable data. Discover how integrated technologies like ultracentrifugation and mass spectrometry enhance AAV yield, purity, and characterization.

• Improving The Efficiency And Quality Of Advanced Imaging And Analysis

  Human-relevant models are transforming drug screening. Find out how overcoming 3D cell culture challenges with integrated innovations accelerates discovery and brings effective treatments to patients faster.

• 3D Biology And Spatial Profiling: Expert Insights

  Human-relevant models and spatial profiling are transforming drug discovery. Explore how predictive, human-like insights improve disease modeling, drug screening, and personalized treatment development.

• Plan And Optimize Your Western Blot Experiments

  Western blotting identifies specific proteins in complex samples, using gel electrophoresis and antibody probing. Find out how it reveals protein presence, abundance, and size.

• AACR 2025 Interview Series: Sizun Jiang

  Discover Dr. Sizun Jiang's transformative insights on spatial technologies, AI-driven cancer care, and data harmonization, which illuminate the future of oncology through innovation.

• Improved Cell Viability For Multi-Day Cell-Based Assays

  Ensure consistent cell health and assay reliability with controlled temperature and gas conditions. Discover how microplate readers with gas mixers enhance cell viability in live cell-based assays.

• New Innovations In Monoclonal Antibody Cell Line Development

  Discover how innovations in automation and digitalization are transforming CLD, streamlining biologics production, and empowering companies to overcome challenges in next-generation therapy development.

• 3D Biology: Accelerating Drug Discovery

  The industry faces rising R&D demands as many drug candidates fail in clinical trials. Explore cost-effective technologies that improve drug screening accuracy and accelerate successful drug development.

• A Novel Patient-Derived Colorectal Cancer Organoid Platform

  Patient-derived organoids are revolutionizing drug discovery by mimicking tumors and predicting therapeutic efficacy. Discover a scalable bioprocess that enhances reproducibility and cost-effectiveness to pave the way for broader adoption.

• MAPK Signaling Pathway

  Mitogen-activated protein kinase cascades regulate key cellular processes like proliferation, differentiation, and apoptosis. Explore how these pathways maintain cellular homeostasis and contribute to disease development.

• A Study To Assess Organoid Size And Cell Count From 3D Image Analysis

  Recent advancements in 3D patient-derived organoids (PDOs) offer improved predictive power over traditional 2D assays. Explore a patented bioprocess for PDO expansion that could revolutionize drug discovery, especially in oncology.

• The Ultimate Guide To Microplate Reader Solutions

  Evaluating microplate readers involves identifying your application needs and budget. Learn how to select the right reader for your research by choosing single-mode for specific tasks or multi-mode for versatility.

• Sensitive RNA Fluorescent Quantitation With An RNA Assay Kit

  Accurate nucleic acid quantification is vital for applications like PCR and NGS. Discover an RNA Assay Kit that offers precise RNA measurement to enhance reliability and performance in downstream assays.

• Rapidly Assess Drug Response In 2D And 3D Breast Cancer Model Systems

  For years, 2D cell cultures have been crucial in drug discovery. Explore how 3D cultures offer more biologically relevant models today that enhance cancer research and drug efficacy assessments.