Application Note: Correlated Expression of Protein and RNA Using Bulk and Single-Cell Proteogenomics

Learn more about the utility of BEN-seq and see how we used the technique to detect 280 proteins and measure the Th1 response on both unstimulated and stimulated cells.

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Application Note: Titration of TotalSeq™ Antibodies in BEN-Seq Reveals Key Expression Differences

We expand on our BEN-seq workflow and demonstrate the robustness of TotalSeq™ antibody staining by showing how biological and technical variables affect protein expression profiles. By titrating antibodies, we develop a low-cost bulk multiomics workflow.

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Application Note: Single-cell Multiomics Reveals Novel Correlations Between Genomic Variants and Protein Expression in AML Patient Samples

Understand how our antibodies were used with the Mission Bio Tapestri platform to reveal novel correlations between genomic variants and protein expression in AML samples.

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Ebook: The Evolution and Future of Single-Cell Proteogenomics

Learn more about applications using TotalSeq™ reagents and how they can contribute to discoveries in precision oncology.

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Application Note: Efficient Multiplexing of Samples Using Hashtags

The addition of TotalSeq™ hashtag antibodies to your CITE-seq experiment allows you to multiplex samples, increase sample throughput, and improve the identification of multiplets.

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A Simplified Multiomics Workflow with Pre-Titrated Antibody Cocktails

Understand our process for developing and optimizing our ready-to-use oligo-antibody cocktails and learn how they provide optimal results and reduce costs.

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Tips and Tricks for Titrating TotalSeq™ Antibodies

Titrating TotalSeq™ antibodies for sequencing applications like CITE-seq is critical for optimal results. Read this blog post to understand the importance of titration, alternative titration methods, and the selection of antibody concentrations.

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Overview of Single-Cell Sequencing: Isolation Methods and Techniques

Discover how single-cell sequencing has propelled biology into a new era of discovery and learn about the methods that enable the isolation of single cells.

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Deciphering the Immune Response to COVID-19 with Single-Cell Multiomics

See how researchers are using single-cell multiomics to decipher the immune response after COVID-19 infection.

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A Deeper View of Cancer with Single-Cell Multiomics

Explore recent studies using single-cell multiomics and our TotalSeq™ reagents to transform cancer research and the development of precision therapies.

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Single-Cell Multiomics Reveals the Neuroimmune Landscape

Explore ways researchers are revealing new insights into the function and phenotype of CNS resident immune cells using single-cell multiomics.

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Uncovering Immune Signatures With TotalSeq™ Universal Cocktails

See how researchers are using TotalSeq™ cocktails to uncover new insights about immune pathophysiology during COVID-19 infection.

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Expand Your Single-Cell Genomics Studies with Proteomics

Understand how DNA-barcoded antibodies can be used to couple protein detection and transcriptome profiling and learn how this approach adds value to scientific research.

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