-
Promotions
-
Reagents
-
Reagentes Com Valor Promocional
-
Lunch Box Giveaway
-
EQCプログラム 外部精度管理 施設間精度管理
-
Backbone Reagents Promo
-
Backbone Reagents Promo
-
BD Discovery 2022
-
Classic Dyes
-
Get 35% off RY586 Reagents
-
Back to Lab
-
End of Year
-
Tcell Backbone Panel Promotion
-
BD Horizon™ Human T Cell Backbone Panel
-
New Lab Promotion
-
Flash Sale
-
BD Panel Design Program
-
Real Dyes Sample Offer
-
BD’s 50 Years of Innovation Research Instrument Promotion
-
BD FACSLyric™ Flow Cytometers 50th Anniversary Promo
-
BD FACSAria™ Customer Loyalty Promotion
-
FlowJo™ Software Promotion
-
BD® Research Cloud Promotion
-
Reagents
-
BD Biosciences Training Program | Flow Cytometry Training
-
Self-Paced Courses
- Flow Cytometry Basic Training
-
Product-Based Training
- FACSAria Product Based Training
- FACSMelody Product-Based Training
- FACSLyric Product-Based Training
- FACSCanto Product-Based Training
- LSRFortessa Product-Based Training
- BD FACSymphony™ Cell Analyzer
- BD FACSDuet™ Sample Preparation System
- HTS Product-Based Training
- BD FACSDiscover™ S8 Cell Sorter Product Training
-
Advanced Training
-
Self-Paced Courses
-
Thought Leadership
-
Product News
- Scientific Publications
-
Blogs
- What is the Geometric mean in Flow Cytometry?
- Comparative analysis of 2 CITE-seq platforms
- Highlights of BD Biosciences at AGBT 2023
- BD Biosciences Celebrates 50 years of Innovation and Enabling Deeper Insights in Immunology at IMMUNOLOGY2024™
- Streamlining the Flow Cytometry Experiment Workflow: Challenges and Solutions
- Quick Tips on Flow Cytometry Data Analysis
- Flow Cytometry Controls - Quick Tips for Better Flow Cytometry Data
- Flow Cytometry Panel Design and Advancement: Harmony Webinar Series
- Using the HyperFinder Algorithm, FlowJo™ Software and BD FACSDiva™ Software for Computational Sorting
-
Events
- Advances in Genome Biology and Technology - General Meeting
- CYTO 2023: Advancing the World of Cytometry
- Advances in Immune Monitoring Series
- ABRF 2023: Single Source for Single-Cell Analysis
- BD Biosciences at ABRF 2024
- BD Biosciences at IMMUNOLOGY2024™
- Enhancing Cell Analysis with a New Set of Eyes
- Assessing Immune Behavioral Response to Bordetella Pertussis Infection in Mice
- Novel Approaches to Single-Cell Plant Research: from Real-Time Imaging Cell Sorting to Single-Nuclei Transcriptomics
- Real-Time Image Feature Extraction Enables a Range of Novel Flow Cytometry Cell Sorting Applications
- How to Optimize Controls and Generate a Correct Spectral Unmixing Matrix
- Spectral Webinar Series
-
Product News
Old Browser
Overview
BD FACSChorus™ Software simplifies sorting by using a streamlined workflow that eliminates manual setup and monitoring so that you can focus on the science.
The software guides you through the entire cell sorting process by using advanced automation technology that improves throughput and minimizes downtime to promote experimental success.
Features
BD FACSChorus™ Software design is intuitive and easy to use so that even a new user can become proficient at sorting quickly.
Features include:
- Automated setup of laser delay, drop delay and side streams
- An interface that leads you through workflows
- On-screen instructions
- Index sorting acquisition and analysis
- Default plots and sort gates
- Prevention of tube overflow
- Automatically turned on deflection plates (only when necessary) to guard operator safety
- FCS 3.1 compatibility
- Proven BD FACS™ Accudrop and BD® Sweet Spot technology
Applications
HEK-293 cells were transfected with 0.25 μg of pAcGFP (Clontech) vector and analyzed for the expression of GFP. Cells expressing variable levels of GFP could be clearly resolved. DAPI was used for exclusion of dead cells. Gates were drawn to identify and sort cells expressing low and high levels of GFP at 1,000 events/second in purity mode. Post-sort analysis revealed purity >99% for both sorted populations.
HEK-293 cells were fixed with 70% ethanol and stained with 0.5 μg/mL of DAPI.
(A) Population hierarchy. Area, height and width parameters for side scatter, forward scatter and DAPI were sequentially used to exclude doublets and cell aggregates. The gating strategy used in this experiment may have underestimated or excluded mitotic figures.
(B) DNA content analysis. Cells within the DAPI singlet gate showed DNA content between 2N and 4N, thus confirming exclusion of >4N doublets or aggregates.
(C) Post-sort validation of single-cell deposition. Cells within the DAPI singlet gate were sorted into three 96-multiwell plates with 99.7% single-cell deposition efficiency. Microscopy was used to confirm the presence of one cell per well. A representative image of a well containing one cell is shown.
Peripheral blood mononuclear cells were isolated from a healthy donor and stained with a cocktail of surface markers (CD3, CD4, CD25, CD127 and CD45RA) for the detection and purification of Treg subsets. Lymphocytes and singlets were first gated based on light scatter properties followed by gating of CD3+CD4+ T cells (not shown). Tregs were then identified as CD127low/neg CD25high. From the Treg gate, CD45RA+ naïve and CD45RA– memory Tregs were identified and sorted at 5,000 events/sec in purity mode. Post-sort analysis revealed homogenous populations of memory and naïve Tregs. Purified cells were then stained for additional surface markers (CD31, CD39 and CD15s) for immunophenotyping. CD31+ recent thymic emigrants (RTEs) were detected within CD45RA+ naïve Tregs, whereas highly activated Tregs were detected within CD45RA– memory Tregs.
Splenocytes from BALB/c mice were isolated following mechanic mincing and enzymatic digestion with collagenase.
(A) The BD IMag™ Mouse Dendritic Cell Enrichment Set was used for bulk selection, resulting in 35- and 29-fold enrichment of CD8α+ and CD8α– subsets of MHC II+CD11chigh conventional dendritic cells, respectively.
(B) Following bulk selection, CD8α+ and CD8α– subsets were sorted at 1,000 events/second in purity mode. Post-sort analysis revealed purity >99% for both sorted subsets.
-
BD FACSChorus™ FC Bead Lot Updater