This imaging protocol handbook will help you accelerate your research by helping you plan and execute your imaging experiments. The guide covers main procedural steps to achieve your best results. Plan and optimise imaging experiments with clear, step-by-step procedural guidance. Master core and advanced techniques—from cell proliferation and… Read More
Key highlights: Incorporates five iPSC-derived cell types, including proprietary BMECs that exhibit a physiologically relevant brain microvascular endothelial–like phenotype Maintains resting-state glia and a tight, stable barrier throughout a four-day experimental window Features a streamlined, 12-day direct-to-chip workflow with no pre-plating or expansion steps,… Read More
This imaging protocol handbook will help you accelerate your research by helping you plan and execute your imaging experiments. The guide covers main procedural steps to achieve your best results. Plan and optimise imaging experiments with clear, step-by-step procedural guidance. Master core and advanced techniques—from cell proliferation and… Read More
Discover sequencing solutions that can be applied from biomarker discovery through to final product quality control (QC) testing, consolidating multiple legacy assays with one platform — and enabling faster, more confident decision-making. In this new getting started guide, you will: Find out how Oxford Nanopore sequencing delivers the multiomic insight… Read More
Discover sequencing solutions that can be applied from biomarker discovery through to final product quality control (QC) testing, consolidating multiple legacy assays with one platform — and enabling faster, more confident decision-making. In this new getting started guide, you will: Find out how Oxford Nanopore sequencing delivers the multiomic insight… Read More
This handbook provides practical insights and application data to serve as a truly helpful guide for adapting to spectral flow cytometry—an advanced technology that elevates flow cytometry to the next level. In this handbook, you’ll find: Step-by-step protocols tailored for spectral flow cytometry Real-world application examples to guide your experiments… Read More
This imaging protocol handbook will help you accelerate your research by helping you plan and execute your imaging experiments. The guide covers main procedural steps to achieve your best results. Plan and optimise imaging experiments with clear, step-by-step procedural guidance. Master core and advanced techniques—from cell proliferation and… Read More
Accelerate your research to help you plan and set up your flow cytometry experiments. This guide covers the main procedural steps below to achieve your best results. Protocols included: Sample preparation Immune cell stimulation Phenotypic analysis Cell viability and apoptosis Cell cycle Cell proliferation… Read More
Combining human iPSC-derived neurons with multi-electrode array (MEA) assays can provide powerful insights into synaptic connectivity, network dynamics, and functional maturation. However, MEA experiments can be challenging, with small changes in cell culture conditions dramatically impacting results. In this expert guide, bit.bio’s Field Applications Scientist shares key considerations for improving… Read More
Explore obesity case studies profiling semaglutide, tirzepatide, and retatrutide using Eurofins Discovery’s weight-loss solutions. Advance your obesity program with on/off-target panels, translational assays, in vivo models, and MOA-reflective tools. Partner with expert scientists and program managers for strategic guidance and scientific leadership on your integrated drug discovery programs targeting weight-loss… Read More
Discover a new generation of molecular sensing technology from Oxford Nanopore Technologies that is transforming the biopharma development pipeline. You’ll explore: How Oxford Nanopore sequencing overcomes challenges faced in the drug development process Advantages of a single-platform solution End-to-end workflows that can be applied to each… Read More
Facing challenges with macrophage differentiation from iPSCs? Discover valuable insights in our mini review ‘Optimising Macrophage Differentiation from iPSCs with X-VIVO® Media.’ Get the guidance you need to overcome these obstacles to address challenges regularly faced by scientists, from drug discovery to QA/QC. Brought to you by … Read More
Struggling to make sense of the strategies, technology and trade-offs when developing a DNA supply chain? Elegen created a comprehensive overview of the evolving field of gene synthesis. This guide contains a detailed comparison of 10 industry-leading vendors, including key metrics such as error rate, turnaround time, cost, and maximum… Read More