Bottom-up proteomics is rapidly advancing through better sample prep, faster and more sensitive mass spectrometers, and AI-driven data analysis. Learn how these innovations enable deeper, more reproducible protein and PTM profiling. Read here: www.biocompare.com/Editorial-Ar...

Our new eBook covers the tools and techniques advancing cellular modeling and high-content imaging. Get assistance on the transition to 3D cultures, automated workflows, and dynamic imaging, to help streamline processes and achieve breakthroughs. Get here: www.biocompare.com/3262-eBooks/...

Autologous cell and gene therapies depend on tightly controlled cell culture conditions. Our latest article explains why CO₂ incubator performance, cleanroom compatibility, and GMP documentation matter when moving CGT workflows into manufacturing. Read here: www.biocompare.com/Editorial-Ar...

Our new editorial reviews the current landscape of fluorescence-based multiplexed imaging. Learn about key technologies and factors for choosing a new platform. Read here: www.biocompare.com/Editorial-Ar...

Patient-derived xenograft (PDX) models remain a core tool in translational oncology. Our new overview walks through how they are generated, where researchers can access these models, and why they are often preferred in certain studies. Explore here: www.biocompare.com/622990-Patie...

Check out our guide on how to select the right ELISA Kit for your research. Learn about the different ELISA types and other important considerations, including antigen specificity, sensitivity, assay duration, sample prep, and cross-reactivity. Explore here: www.biocompare.com/Immunochemic...

As the year comes to a close, we're looking ahead to 2026 and wondering what we can expect. We asked life science researchers and industry insiders to share their predictions on precision medicine, animal models, companion diagnostics, and more. Read here: www.biocompare.com/Editorial-Ar...

Chromatography data systems are improving how labs collect, manage, and share data by bringing automation, consistency, and connectivity. Learn how modern CDS solutions are helping labs save time, streamline operations, and generate reliable results. Read here: www.biocompare.com/Editorial-Ar...

How do you choose the right in vivo model for your cancer research? Our new Inside the Application page breaks down CDX, PDX, GEMMs, syngeneic, and humanized models, and how each supports smarter preclinical decisions. Read here: www.biocompare.com/Inside-the-A...

Scaling anchorage-dependent cell culture remains a major challenge as surface area requirements quickly outgrow traditional vessels. Our new video breaks down how microcarriers address this limitation and why design details matter at scale. Watch here: www.biocompare.com/Life-Science...

With so many platforms on the market, choosing a new sequencer is a difficult decision. Our latest article explains how to align the technology with your scientific question, sample type, and long-term strategy. Read here: www.biocompare.com/Editorial-Ar...

We're excited to share our new partnership with GenFollower Biotech. A leader in lab consumables, GenFollower delivers the high-quality tools researchers rely on, all with a strong focus on innovation and sustainability. Discover more about GenFollower here: www.biocompare.com/108208-GenFo...

Our popular eBook series is back with a new edition! Explore the "Essential Guide to Best Practices in the Lab 15" to learn actionable ways to streamline laboratory workflows and achieve more reliable results. Read here: www.biocompare.com/3262-eBooks/...

Choosing the right extracellular matrix is crucial for good research. In this piece, experts share how they select ECMs, tackle common challenges, compare natural and synthetic options, and offer support to help researchers succeed. Read here: www.biocompare.com/Editorial-Ar...

Exciting advances are emerging in the push to make CAR T therapies effective against solid tumors. Our new webinar explores engineering strategies that improve tumor infiltration, elevate immune activation, and strengthen CAR T cell persistence. Register here: www.biocompare.com/622261-Engin...

Upstream QC of genomic DNA is essential for NGS workflows, but many QC tools struggle with low-input or degraded samples. Learn how a new assay overcomes these limitations by providing an accurate assessment of DNA integrity at picogram levels. Read here: www.biocompare.com/3464-Tech-In...

We are proud to announce a new partnership between Biocompare and Asahi Kasei Corporation. Their colored cellulose particles for LFIA development support clear results and adaptable test design. Their solutions are now on Biocompare. More here: www.biocompare.com/108219-Asahi...

Flow cytometry is rapidly advancing, and spectral systems enhance its capabilities by detecting more markers with greater accuracy. In our new article, we discuss how spectral and conventional methods differ and outline key benefits and applications. Read here: www.biocompare.com/Editorial-Ar...

Our new eBook breaks down how automation is improving T cell characterization and highlights key assays for evaluating CAR T cytotoxicity, activation, and proliferation in 2D and 3D systems. Download now to improve your immunotherapy research. www.biocompare.com/3262-eBooks/...

Learn more about cellular imaging and analysis with our new eBook on the tools and techniques advancing cellular modeling and high-content imaging. Explore practical insights and actionable strategies for advancing your research. Get here: www.biocompare.com/3262-eBooks/...

Fragmented systems hinder collaboration, limit traceability, and weaken AI efforts in life sciences. Learn how a digital thread connects data across R&D, enabling reproducible workflows, better integration, and tools that help teams work efficiently. www.biocompare.com/Editorial-Ar...

Laboratory incubators are essential tools that support a wide range of applications. Our new article reviews the most common types and highlights their features and uses to help you select the right incubator for your experimental needs. Read here: www.biocompare.com/Editorial-Ar...

We are excited to share a new partnership with Hzymes Biotech! Hzymes delivers high-quality enzyme technologies with a deeply collaborative, customer-focused approach to drive meaningful progress across the bio industry. Explore here: www.biocompare.com/108198-Hzyme...

Explore how electron microscopy and major initiatives such as MICrONS are driving progress in connectomics. Our new article outlines how researchers link activity data to detailed circuit maps and how integrated datasets are expanding what the field can study. www.biocompare.com/Editorial-Ar...

Help fellow scientists by writing a product review about reagents, equipment, or lab services you've used recently! Your review can guide researchers planning their next experiments, and gain you an entry into a monthly raffle for a gift card. Start here: www.biocompare.com/start-your-r...

Looking for a new incubator for your lab? Check out our laboratory incubator guide for important purchasing considerations. Whether you need a CO2, shaker, refrigerated, or hypoxia incubator, we can help you find the right one from a trusted supplier. www.biocompare.com/Lab-Equipmen...

Cell and gene therapies, multispecifics, and ADCs are transforming the way modern bioproduction operates. Learn how smarter digital tools, dependable supply chains, and shared standards can support scalable progress, helping new treatments reach patients. www.biocompare.com/Editorial-Ar...

Spatial biology has advanced rapidly but remains limited by cost, specialization, resolution, and complex analysis. Our latest article highlights a new method that could open the door to true single-cell precision and accessible multiomic workflows. Read here: www.biocompare.com/Editorial-Ar...

We're excited to announce a new partnership with Keyence Corporation. Keyence products are now listed on Biocompare to support professionals who depend on precise measurement, imaging, and automation tools. Explore Keyence's tools here: www.biocompare.com/104461-KEYEN...

CAR T cells have had a profound impact on the treatment of blood cancers, but also present challenges for manufacturing and QC testing. Our new article covers the key considerations for producing CAR-T therapies and how to address current challenges. Read here: www.biocompare.com/Editorial-Ar...

If you are at SfN this week, stop by the Biocompare booth 3226. We are handing out our new “Back to the Lab Part II” shirts, and the team will be there throughout the meeting. We would love to hear what you are working on and connect with you in person. #SfN25

CAR T research is moving toward 3D models, and labs need faster, more consistent ways to track T cell behavior. Our eBook highlights the key tools and assays used for 2D and 3D systems. Explore here: www.biocompare.com/3262-eBooks/...

Are you going to SfN 2025? Then join us for Brainwaves & Brews! We're co-sponsoring this event on 17 November for an evening of networking and multiomics insights at Mission Brewery. Free to attend with registration. RSVP here: biomodal.com/events/brain...

Modern digital PCR platforms now offer higher sensitivity, stronger precision, easier workflows, and broader applications. Check out our latest article to learn key advances in multiplexing, instrumentation, and sequencing integration. Read here: www.biocompare.com/Editorial-Ar...

2D cell cultures are giving way to 3D organoids that mimic real tissues. Discover how these models are advancing science and driving smarter, faster, and more ethical discoveries. #Organoids #3DCellCulture #DrugDiscovery Read here: www.biocompare.com/Editorial-Ar...

Drug development is more complex than ever. In our latest viewpoints article, Rafael Rosengarten, CEO of Genialis, explains how machine learning, AI, and RNA-based biomarkers are improving the way we discover and develop new therapies. Read more: www.biocompare.com/Editorial-Ar...

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...

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. www.biocompare.com/Editorial-Ar...

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/...

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

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...

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...

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. www.biocompare.com/Editorial-Ar...

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...

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...

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...

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/...

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/...