Biocompare

We’re proud to share the final segment of our precision medicine documentary! Discover how genomics, AI, and wearable tech are transforming healthcare and empowering patients to lead healthier lives.

Watch here: www.biocompare.com/3872-Precisi...

The Next Generation of CAR T: Building Cancer Killers Inside the Body This emerging frontier could be the future of cell therapy

CAR T cell therapy has transformed cancer treatment. But despite its success, several major hurdles still limit its potential. Our new article explores its scientific promise, practical challenges, and what it could mean for the future of cell therapy.

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Genomic advances have changed how researchers study disease, but technical barriers continue to complicate sample preparation and analysis. Explore our new eBook to learn about practical workflows that can help you address common challenges.

Get here: www.biocompare.com/3262-eBooks/...

A Guide to Pericyte Markers Common protein markers used in identifying pericytes

Pericytes are multipotent cells surrounding capillaries and venules that regulate vascular stability, blood flow, and repair. As key players in vascular health, they’re emerging therapeutic targets. Learn key markers used to study them in our new article:
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Don’t miss tomorrow’s webinar on functional genomics. Learn how large-scale biobank data and multi-omics approaches are helping researchers map genetic variants and pathways that shape immune function and disease.

Register now: www.biocompare.com/621300-Uncov...

How to Optimize 3D Spheroid Assays Optimization starts with proper generation & handling of spheroids.

3D cell cultures offer major advantages over 2D systems, but optimizing them can be tricky. Learn practical tips for generating and handling spheroids and improving assay results.

www.biocompare.com/Bench-Tips/6...

Comparing Single-Cell RNA Sequencing Options A rundown of methods organized by throughput

Single-cell RNA sequencing has become more accessible than ever, with a wide range of commercial options available. Explore our new article that reviews the main methods, comparing throughput, their costs, instrumentation, and applications.

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Engineering CAR T Cells for Improved Solid Tumor Therapy In this Biocompare webinar, our two experts will discuss recent developments aimed at enhancing the effectiveness of CAR T cells in solid tumor settings.

CAR T cell therapy has achieved success in certain blood cancers, but adapting them for solid tumors remain a challenge. Join our new webinar to learn how researchers are engineering CAR T cells to enhance tumor infiltration, immune activation, and persistence.

www.biocompare.com/622261-Engin...

Optimizing Cytokine Detection in Clinical Research Experts provide advice for reproducible cytokine measurements

Cytokines reflect immune activity and serve as therapeutic targets. Comparing their profiles reveals mechanisms, toxicities, and off-target effects in advanced therapies. Learn key detection challenges and get expert guidance for reliable results.

Read here: www.biocompare.com/Editorial-Ar...

See how researchers are integrating NGS and spatial biology to study complex tissues, transplant rejection, and gene networks. Watch the on-demand webinar from our colleagues at @seqanswers.bsky.social to explore new multiomic approaches driving biological discovery.

Check out our single cell analysis section to find the right isolation and analysis tools for your research. Explore relevant categories for all stages of the workflow, including cell isolation, sorting, sequencing kits, and analysis systems.

Start here: www.biocompare.com/26829-Single...

Optimized Alpha Synuclein Monomers for Seed Amplification Assays Driving Parkinson’s research forward

Learn how alpha synuclein seed amplification assays advance Parkinson’s disease research. Our new article explains PMCA and RT-QuIC methods, key findings, and how @stressmarq.bsky.social develops precise alpha synuclein materials for consistent results.

www.biocompare.com/622174-Optim...

A Guide to Cell Culture Surfaces by Cell Type This eBook provides a general overview of cell culture surfaces, including descriptions of the three main types of coatings, and suggests factors to consider for surface selection.

Our new eBook helps researchers find the right cell culture surface for their experimental needs, as well as troubleshoot cell growth issues. Learn about new ECM platforms and explore how surface chemistry and biologically relevant coatings can enhance your work.

www.biocompare.com/3262-eBooks/...

Advancing T Cell Immunotherapy Research: The Power of Automated Live Cell Analysis This eBook explores some of the automation being used for characterizing T cells across both 2D and 3D models.

T cell therapies are advancing cancer treatment, but their development relies on precise functional assays. Get our new eBook to learn how automated live cell analysis supports T cell characterization, activation, and cytotoxicity studies for 2D and 3D models.

www.biocompare.com/3262-eBooks/...

Advanced Approaches to Optimize Genomic Workflows This eBook presents practical workflows designed to address common challenges, including DNA amplification bias, rare cell enrichment, RNA library preparation, and single-cell analysis.

Reliable sequencing starts with high-quality sample prep. Explore advanced workflows for DNA amplification, rare cell enrichment, RNA library prep, and single-cell analysis. 

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Explore our new guide to immunohistochemistry to learn all about IHC, including workflow basics, advantages of using frozen or fixed tissue, important factors in antibody selection, and the variety of staining options.

Check it out here: www.biocompare.com/6605-Guide-t...

Sequencing Strategies for Understanding and Diagnosing Disease No single method is ideal for every application, but each has benefits.

Next-generation sequencing drives genetic testing in research and medicine, enabling advanced disease studies and diagnosis. This article reviews major sequencing approaches, comparing their uses, benefits, limits, and practical factors.

Read here: www.biocompare.com/Editorial-Ar...

Low-input and FFPE DNA samples can be difficult to assess before sequencing. This webinar will present a new high-sensitivity solution that enables reproducible QC for challenging samples.

Register here: www.biocompare.com/621372-Where...

Cryopreservation Strategies for Enhanced Viability of 3D Organoid Models New methods can help preserve structural and functional integrity.

Organoids are reshaping disease modeling and drug testing. But preserving their complex structures takes innovation. Discover how scalable new methods keep organoids ready to use and ready to drive global health progress.

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Limited budgets shouldn’t limit discovery. Learn how scientists are using flow cytometry to advance their research through matching grant programs.

https://www.biocompare.com/621133-Overcoming-Resource-Constraints-to-Drive-Translation-and-Discovery-with-Flow-Cytometry/?partnerref=bsky

Find the optimal tools for working with stem cells with Biocompare's stem cell culture reagents guide, including expansion and differentiation media, supplements, and stem cell marker antibodies.

Check it out here: www.biocompare.com/Cloning-and-...

Improving Yield and Quality in Nucleic Acid Extraction New approaches are helping meet growing demands

High-quality nucleic acid extraction is critical for successful molecular workflows. Learn how new extraction methods are improving yield, consistency, and speed across diverse sample types.

Read here: www.biocompare.com/Editorial-Ar...

Advanced Technologies Streamlining PCR Workflows Download this infographic to see how streamlining PCR with automation brings efficiency, precision, and scalability within reach for any laboratory.

Tired of time-consuming PCR workflows? Automation streamlines setup, reduces errors, and increases efficiency across the lab. Check out our new infographic to see how labs are scaling PCR with precision and speed.

Explore here: www.biocompare.com/Application-...

The Evolving Landscape of mAb Characterization Current techniques and future directions

Monoclonal antibodies are essential in modern therapeutics due to their proven efficacy, safety, and scalability. Learn how emerging technologies are improving antibody design and accelerating development while enhancing clinical effectiveness.

Read here: www.biocompare.com/Editorial-Ar...

Join our colleagues at @seqanswers.bsky.social for an upcoming webinar focused on integrating NGS and spatial biology to advance tissue and transplant research. Learn about innovative multiomic studies and new approaches to spatial transcriptomics.

Register here: event.on24.com/wcc/r/506234...

Check out our Western Blot guide, which includes a step-by-step overview of the procedure, including extraction, electrophoresis, transfer, staining, and imaging. The resource also provides tips and best practices for optimizing your blot.

Explore here: www.biocompare.com/26776-Wester...

A Guide to Hepatocyte Markers Common protein markers for characterizing hepatocyte populations

Hepatocytes drive liver metabolism, detoxification, and bile production. Hepatocyte markers distinguish these cells from others and clarify identity and function. Explore commonly reported markers and their value for liver biology and model systems.

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Advanced sequencing doesn’t need to be complicated. Watch the on-demand webinar from our colleagues at @seqanswers.bsky.social to learn how BugSeq turns complex NGS data into clear, actionable results for labs of all sizes.

Spatial Phenotyping Techniques and Applications Expanding suite of tools and technologies is advancing the field

Spatial phenotyping uses multiplex imaging to map protein biomarkers in intact tissues and preserve spatial context. Learn how it uncovers cell states, neighborhoods, and interactions and advances precision medicine.

Read here: www.biocompare.com/Editorial-Ar...

How Microcarriers Enhance Scale-Up of Adherent Cell Culture Download the infographic now to explore why microcarriers are becoming an essential tool for scaling up cell cultures.

Microcarriers make scaling adherent cells simple. They boost yields in stirred bioreactors while cutting space, medium, and labor. Download our infographic to learn about this cost-effective solution for vaccines, stem cell therapies, and gene therapy.

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