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Biocompare

@biocompare

Biocompare is a life science product directory created by scientists for scientists. We can help you quickly and easily find the research products you need.

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linkhttp://www.biocompare.com calendar_today14-04-2009 16:49:47

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Try out Biocompare’s antibody search tool to help you save time finding the right antibody for your research! Search by antigen, clone number, or keyword and use the suite of search tool filters to narrow your search further. Check it out here: biocompare.com/Antibodies/?ut…

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Advances in transplant diagnostics are improving outcomes by enhancing compatibility, reducing rejection risk, and limiting invasive procedures. Learn how the field is moving forward in our latest Viewpoints article. Read here: biocompare.com/Editorial-Arti…

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2D cell cultures fall short in drug discovery, while 3D organoids offer a more accurate model but bring new challenges. Explore our new article to learn about their advantages, limitations, and future in high-throughput screening. Read here: biocompare.com/Editorial-Arti…

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Culturing cells at 21% oxygen introduces stress and skews results. Discover how physioxia can improve viability and function across cell types. Download our free eBook: biocompare.com/3262-eBooks/61… #CellCulture #Physioxia #LifeSciences

Culturing cells at 21% oxygen introduces stress and skews results. Discover how physioxia can improve viability and function across cell types.

Download our free eBook: biocompare.com/3262-eBooks/61…
#CellCulture #Physioxia #LifeSciences
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The cell cycle regulates cell growth and division, and its disruption is linked to cancer. Our new guide reviews important methods and markers used to study cell cycle phases and regulatory proteins. Read here: biocompare.com/Editorial-Arti…

The cell cycle regulates cell growth and division, and its disruption is linked to cancer. Our new guide reviews important methods and markers used to study cell cycle phases and regulatory proteins.

Read here: biocompare.com/Editorial-Arti…
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Quantitative polymerase chain reaction (qPCR) is one of the most widely used techniques in molecular biology. Get our new eBook that covers key concepts and practical methods for improving accuracy and efficiency in your qPCR experiments. Download here: biocompare.com/3262-eBooks/61…

Quantitative polymerase chain reaction (qPCR) is one of the most widely used techniques in molecular biology. Get our new eBook that covers key concepts and practical methods for improving accuracy and efficiency in your qPCR experiments.

Download here: biocompare.com/3262-eBooks/61…
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Dive into our latest editorial to learn about confocal and light sheet fluorescence microscopy. We explore their principles, strengths, limitations, and applications in biological imaging to help researchers choose the best tool for their work. Read here: biocompare.com/Editorial-Arti…

Dive into our latest editorial to learn about confocal and light sheet fluorescence microscopy. We explore their principles, strengths, limitations, and applications in biological imaging to help researchers choose the best tool for their work.

Read here: biocompare.com/Editorial-Arti…
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Proud to announce our new technique for tracking relative B cell clonality in situ with B Cell Receptor MERFISH (BCR-MERFISH)! Congratulations to Evan Yang and our colleagues in the Carroll laboratory! Check out our bioRxiv: biorxiv.org/content/10.110… 1/9

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Don’t miss this webinar from our colleagues at SEQanswers on new single-cell RNA-seq workflows in zebrafish embryos. Learn about QC data, use cases, and how scalable tools like QuantumScale can impact future research. Register here: workcast.com/register?cpak=…

Don’t miss this webinar from our colleagues at <a href="/SEQanswers/">SEQanswers</a> on new single-cell RNA-seq workflows in zebrafish embryos. Learn about QC data, use cases, and how scalable tools like QuantumScale can impact future research.

Register here: workcast.com/register?cpak=…
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Single-cell RNA sequencing has changed how we study gene expression by capturing cell-to-cell differences that bulk RNA-seq can miss. Our new piece covers core principles, common use cases, and where the field is headed. Read here: biocompare.com/Editorial-Arti…

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Find the next spectrophotometer for your lab with our Spectrophotometer Search Tool. This category includes over 50 spectrophotometers from 13 trusted suppliers with lots of filters to help you narrow down your search results. Check it out here: biocompare.com/24549-Guide-to…

Find the next spectrophotometer for your lab with our Spectrophotometer Search Tool. This category includes over 50 spectrophotometers from 13 trusted suppliers with lots of filters to help you narrow down your search results.

Check it out here: biocompare.com/24549-Guide-to…
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Cancer is difficult to treat, but new tools are making progress. Explore our eBook to learn how researchers are improving cancer systems through better 3D culture methods, smarter mutation detection, and more relevant testing environments. Get here: biocompare.com/3262-eBooks/61…

Cancer is difficult to treat, but new tools are making progress. Explore our eBook to learn how researchers are improving cancer systems through better 3D culture methods, smarter mutation detection, and more relevant testing environments.

Get here: biocompare.com/3262-eBooks/61…
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Real-time metabolic analysis in 3D tissue models is possible using Agilent Technologies's updated Seahorse XF workflow. Learn how this method improves sample preparation and supports noninvasive measurements of mitochondrial respiration and glycolysis. Read more: biocompare.com/Bench-Tips/618…

Real-time metabolic analysis in 3D tissue models is possible using <a href="/Agilent/">Agilent Technologies</a>'s updated Seahorse XF workflow. Learn how this method improves sample preparation and supports noninvasive measurements of mitochondrial respiration and glycolysis.

Read more: biocompare.com/Bench-Tips/618…
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Antibody cocktails show great promise in combating diseases, but developing them is complex. Learn how scientists are overcoming key hurdles using AI-driven design, optimized expression platforms, and advanced functional and structural assays. Read here: biocompare.com/Editorial-Arti…

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Multi-omics approaches combine data from several biological layers to help identify disease mechanisms and treatment targets more efficiently. Learn recent developments in multi-omics tools and methods, with a focus on practical use in research. Get here: biocompare.com/3262-eBooks/61…

Multi-omics approaches combine data from several biological layers to help identify disease mechanisms and treatment targets more efficiently. Learn recent developments in multi-omics tools and methods, with a focus on practical use in research.

Get here: biocompare.com/3262-eBooks/61…
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Modern gene therapy simply wouldn’t be possible without viral vectors. Explore the most prominent viral vectors used in cell and gene therapy, along with key considerations for early-stage research. Read more: biocompare.com/Editorial-Arti…

Modern gene therapy simply wouldn’t be possible without viral vectors. Explore the most prominent viral vectors used in cell and gene therapy, along with key considerations for early-stage research.

Read more: biocompare.com/Editorial-Arti…
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Check out our guide on how to select the right ELISA kit for your research. Learn about the different ELISA types and important considerations, including antigen specificity, sensitivity, assay duration, sample prep, and cross-reactivity. Explore here: biocompare.com/Immunochemical…

Check out our guide on how to select the right ELISA kit for your research. Learn about the different ELISA types and important considerations, including antigen specificity, sensitivity, assay duration, sample prep, and cross-reactivity.

Explore here:
biocompare.com/Immunochemical…
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Discover how differential scanning calorimetry helps you assess biomolecule stability and guide biotherapeutic development. Our infographic covers how it works, why it matters, and how methods compare. Get it here: biocompare.com/Editorial-Arti…

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Check out our new Viewpoints article by Matthew Goff at Beckman Coulter Life Sciences. He shares how spectral flow cytometry improves cellular analysis by capturing full light spectra and supports deeper exploration of complex biology. Read here: biocompare.com/Editorial-Arti…

Check out our new Viewpoints article by Matthew Goff at Beckman Coulter Life Sciences. He shares how spectral flow cytometry improves cellular analysis by capturing full light spectra and supports deeper exploration of complex biology. 

Read here: biocompare.com/Editorial-Arti…
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We’re excited to announce the release of the next segment in our documentary that covers organoids in precision medicine. Learn about real-world applications showing how organoids are advancing research in fields like oncology and neurology. Watch here: biocompare.com/3872-Precision…

We’re excited to announce the release of the next segment in our documentary that covers organoids in precision medicine. Learn about real-world applications showing how organoids are advancing research in fields like oncology and neurology.

Watch here: biocompare.com/3872-Precision…