
Optimize protein engineering workflow for enhanced biologics development. Learn advanced gene synthesis and expression techniques to boost yields and accelerate discovery in mammalian systems.

Explore high-throughput single cell screening and isolation techniques using picodroplets. Learn about innovative technologies advancing cellular biology research and disease mechanism understanding.

Explore advanced gene-editing technology, focusing on CRISPR-Cas9 variants and ribonucleoprotein complexes for therapeutic applications in challenging disease areas.

Explore a novel engineered protein platform for antigen-centric MHC recognition, revolutionizing immune system understanding and potential therapeutic applications.

Explore optimal cytokine dosing strategies to enhance cell culture reproducibility and cost-effectiveness. Learn about biological activity measurement and its impact on cytokine performance.

Explore comprehensive cellular characterization using Biolog's Odin platform. Learn how simultaneous growth and respiration measurements provide rich data for comparing and analyzing prokaryotic and eukaryotic cells.

Explore advancements in multi-specific antibodies, their applications in disease treatment, and challenges in development. Gain insights into preclinical research and future directions of this promising therapy.

Explore advanced molecular methods for monitoring antibiotic resistance genes in environmental samples, combining high-throughput quantification with data analysis and visualization techniques.

Explore cutting-edge solutions for hematopoietic stem cell research, including separation, expansion, transduction, and analysis techniques. Gain insights into overcoming challenges in HSC isolation, purification, and gene therapy applications.

Explore the benefits of SPRI technology in molecular biology workflows. Learn about paramagnetic beads for efficient nucleic acid extraction, applications, and implementation strategies for drug discovery and development.

Explore tissue processing techniques, comparing tidal and rotational methods. Learn to improve sample preparation quality for faster, more accurate diagnoses in histology workflows.

Explore the latest advancements and applications of xMAP Technology in biological research and clinical laboratories. Gain insights into its evolution and impact on multiplexed analysis.

Explore cytokine testing's evolving role in clinical applications, from monitoring therapies to detecting cytokine storm syndrome. Gain insights into immune system signaling and its impact on various disorders.

Explore a bead-based multiplex assay for SARS-CoV-2 variant neutralization antibodies in vaccine evaluation, presented by Dr. Resmi Ravindran from UC Davis Medical Center.

Learn techniques for precise coupling in multiplex assays, focusing on antibody titer determination and specificity screening using xMAP beads and Excel-based tools for accurate reagent calculations.

Explore advances in using host-response biomarkers to differentiate bacterial and viral infections, aiding in accurate diagnosis and appropriate antibiotic use in emergency settings.

Explore key updates and features of NextSeq™ 1000/2000 sequencers and DRAGEN Bio-IT platform, focusing on longer reads and enhanced informatics capabilities.

Explore multiplexed platforms for detecting serum cytokines in COVID-19 patients, comparing Luminex, Olink, and NULISAseq for inflammatory marker analysis.

Explore global efforts to develop variant-resistant antibodies against SARS-CoV-2. Learn about CoVIC's international collaboration, testing methods, and the creation of a public database for advancing COVID-19 therapies.

Explore SARS-CoV-2's interactions with host innate immunity and ubiquitin system. Learn about viral evasion mechanisms and their impact on interferon production and signaling.

Explore key components of Pharmacogenomics testing, including workflow, validation, and content selection for qPCR research in laboratory settings.