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Alert : The site is undergoing maintenance. Some functionality including sign-in may be impacted
Saturday, February 21, 3:00 pm through Tuesday, March 03, 9:00 pm (PST), 2026
Ordering can continue through fax and phone.
Contact usAlert : The site is undergoing maintenance. Some functionality including sign-in may be impacted
Saturday, February 21, 3:00 pm through Tuesday, March 03, 9:00 pm (PST), 2026
.Ordering can continue through fax and phone.
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Sorting populations of interest for downstream assays, transcriptomic analysis or in vivo assessment brings multifaceted views of your biological system. Join us at Booth #1441 to discover single-cell tools to support your cancer research.
With a commitment to true innovation in the field of flow cytometry and single-cell analysis, we will be featuring the BD FACSDiscover™ S8 Cell Sorter, the first real-time imaging, spectral flow cytometer and the BD Rhapsody™ HT Single-Cell Analysis System.
Not able to attend the show or want a sneak peak of our new assays? Connect with a single-cell multiomics specialist today
BD Biosciences is proud to be a sponsor of AACR in association with the American Association for Cancer Research.
Track(s): Molecular/Cellular Biology and Genetics, Cancer Evolution Location: Section 14 |
Poster #333:
Ricelle Acob, BD Biosciences |
Poster #334:
Rosary Nguyen, BD Biosciences |
Poster #335:
Samuel Shi, BD Biosciences |
New era in single-cell discovery: Using a single-cell multiomics–based ATAC-seq assay and BD SpectralFX™ Technology image-based sorting to study the interplay between molecular and cellular dynamics in T cell activation
Single-cell multiomics, when combined with multimodal profiling, can unleash new insights about underlying immune responses. Harnessing this innovative approach, we undertook an in-depth study deciphering T cell functional phenotyping using spectral image-enabled cell sorting followed by single-cell epigenomic analyses covering whole transcriptome sequencing and in-depth characterization of the chromatin landscape using an ATAC-seq assay. In analyzing ~200,000 T cells sorted from an in vitro model of T cell activation, we have now compiled in-depth molecular and cellular dynamics data unveiling novel insights about T cell activation and biology.
Poster #3984:
Ali Rezvan, BD Biosciences | Track: Immunology
Location: Section 1
|
Poster #4956:
Raghavendra Padmanabhan, BD Biosciences | Track(s): Bioinformatics / Computational Biology / Systems Biology / Convergent Science
Location: Section 37 |
Poster # LB291:
Tracy Campbell, BD Biosciences | Track(s): Molecular/Cellular Biology and Genetics
Location: Section 53 |
Sr. Scientist
BD Biosciences
Sr. Staff Scientist
BD Biosciences