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Articles in this section
Brochures
- BD™ Rhapsody™ Single-Cell Analysis System
- A robust, high-throughput microwell based single-cell partitioning system for reliability in single-cell workflows
- Doc Number: BD-28693 (v1.0) 0321
- BD™ Single Cell Multiomics Portfolio Brochure
- The BD Rhapsody™ portfolio of products helps you answer biological questions with a sensitive, targeted approach to single-cell analysis. Researchers can interrogate gene expression from hundreds to tens of thousands of single cells from one or multiple samples simultaneously.
- Human Immune Response Panel Brochure
- Targeted human immune gene panel for the BD Rhapsody Single-Cell Analysis System.
- Doc Number: BDGM1013 Rev.2
- Onco-BC Panel Brochure
- Targeted breast cancer gene panel for the BD Rhapsody Single-Cell Analysis System.
- Doc Number: BDGM1015 Rev.2
- T-Cell Panel Brochure
- Targeted T-cell gene panel for the BD Rhapsody Single-Cell Analysis System.
- Doc Number: BDGM1016 Rev.2
- Mouse Immune Response Panel Brochure
- Targeted human immune gene panel for the BD Rhapsody Single-Cell Analysis System
- Doc Number: BDGM1014 Rev.2
- WTA Amplification Kit Brochure
- BD Rhapsody Whole Transcriptome Analysis (WTA) kit enables unbiased 3'-sequence capture and detection of transcriptomes at single cell level.
- Doc Number: 23-21691-00
- BD™ Abseq antibody-oilgo conjugates Brochure
- BD™ AbSeq antibody-oligonucleotides conjugates leverage oligonucleotide sequencing to attain high-parameter protein detection for multiomic analysis at the single-cell level. This new technology enables researchers to simultaneously detect protein and mRNA expression in the same experiment.
- Doc Number: 23-20833-00
- BD™ Single-Cell Multiplexing Kits Brochure
- Single cell RNA-seq library preparation can be an expensive and time-consuming process. Using the BD™ Single-Cell Multiplexing Kits, one can add more samples from a study on a single run for a more controlled experiment.
- Doc Number: 23-21318-00
- BD™AbSeq Immune Discovery Panel
- Uncover up to 30 immune markers in a single experiment.
- Doc Number: 23-23555-00
- Cell sorting enables in-depth deconvolution of cell subsets and identification of rare cell populations using single-cell multiomics
- Comparison of unsupervised clustering between unsorted and sorted samples highlights the benefits of cell sorting for downstream single-cell multiomic analysis
- Doc Number: BD-21436-00 (0920)