scCUT&Tag Kits — Single-Cell Epigenetic Profiling

Profile histone modifications, transcription factors, and chromatin-associated proteins in individual cells without flow sorting. Flexible antibody targeting across 10x Chromium, BD Rhapsody, and Illumina PIPseq platforms. Ultra-low input, production-ready quality control, and expert support included.

Cell Recovery

70–90%

From input population; typical yield 5,000–50,000+ cells per experiment

Quality Gate

Optimized QC

Fragment distribution and platform-specific benchmarks per antibody

Platforms

3 Options

10x Chromium, BD Rhapsody, Illumina PIPseq—choose your workflow

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End-to-end scCUT&Tag workflow diagram — scCUT&Tag workflow: cell-resolved CUT&Tag across droplet, microwell, or emulsion platforms.

Product	Catalogue #	Platform	Size	Action
Droplet scCUT&Tag	SCT8101	10x Chromium	8 Reactions	Order
BD Rhapsody scCUT&Tag	BCT4101	BD Rhapsody	4 Reactions	Pre-Order
Emulsion scCUT&Tag	ECT4101	Illumina PIPseq	4 Reactions	Order
scCUT&Tag2K	SC2K8101	Illumina PIPseq 2K	8 Reactions	Pre-Order

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What You Need to Get Started

Validated Antibody: Primary antibody targeting your histone modification, transcription factor, or chromatin protein of interest
Single-Cell Platform: 10x Chromium ATAC system, BD Rhapsody ATAC, or Illumina PIPseq (choose your platform)
Reagents: Platform-appropriate library prep kit (10x ATAC, BD ATAC, or PIPseq)
Sequencing: Illumina-compatible sequencer (NovaSeq, NextSeq, or MiSeq supported)
Analysis Pipeline: Preferred analysis environment (Python/Scanpy, R/Seurat, ArchR, or custom)

scCUT&Tag: Single-Cell Epigenetic Profiling

Single-Cell CUT&Tag is an innovative assay that precisely measures epigenetic modifications in individual cells by targeting histone post-translational modifications (PTMs) or transcription factors (TFs). Unlike multiomic approaches that capture RNA, scCUT&Tag focuses solely on tagmented DNA, allowing for deeper coverage of epigenetic marks without the complexity of concurrent transcriptomic profiling.

Core Strengths

Platform compatibility: Seamlessly integrate with 10x Chromium, BD Rhapsody, or Illumina PIPseq systems.
Flexible targeting: Work with any validated antibody for histone modifications, transcription factors, or chromatin remodelers.
High sensitivity: Single-cell resolution without flow cytometry pre-enrichment or sorting.
Sample flexibility: Fresh, frozen, cryopreserved, or even archival FFPE samples supported.
Streamlined workflows: Pre-optimized protocols for leading single-cell systems reduce setup burden.

scCUT&Tag H3K4me1 clustering visualization — H3K4me1 scCUT&Tag data showing distinct cell type clustering in human PBMCs with enhancer-level resolution.

IGV screenshot of H3K4me1 scCUT&Tag — Single-cell profiling of H3K4me1 characterizes chromatin heterogeneity in PBMC.

Ideal For

Cell differentiation assays and developmental biology studies tracking epigenetic transitions.
Drug-treatment experiments and perturbation screens measuring chromatin-state responses.
Studies using archival FFPE tissue or other degraded RNA samples.
Discovery of cell-type–specific regulatory programs in complex, heterogeneous tissues.
Biomarker discovery linking epigenetic signatures to disease or treatment response.

Research Applications

Researchers use scCUT&Tag across developmental biology, immunology, cancer genomics, and perturbation studies to map epigenetic heterogeneity in complex tissues without flow cytometry.

Developmental Biology

Map epigenetic transitions across developmental stages and lineages. Identify cell-type–specific enhancer activity and histone mark signatures driving cell fate decisions.

Immunology & Cancer

Profile chromatin state heterogeneity in immune populations and tumor microenvironments. Link epigenetic signatures to treatment response and regulatory function.

Perturbation Studies

Validate chromatin-state responses to CRISPR knockout, drug treatment, or differentiation stimuli. Single-cell resolution without sorting or enrichment bias.

scCUT&Tag genome browser tracks showing ITGAE locus — Single-cell CUT&Tag tracks at the ITGAE locus demonstrate cell-type-specific chromatin accessibility patterns.

Choosing the Right Platform

All three platforms deliver high-quality scCUT&Tag data. Use this guide to select the platform best suited to your experimental goals, budget, and available instrumentation.

Criteria	10x Chromium	BD Rhapsody	Illumina PIPseq
Best For	Established 10x workflows, RNA+epigenetic multiomics	High-throughput discovery, large populations	Platform-free flexibility, budget-conscious projects
Cell Input Range	5,000–10,000 typical	10,000–50,000+ possible	Scalable 2,000–100,000 (choose kit size)
Median UMI/Cell	7,000–15,000	8,000–35,000	5,000–13,000
Cost per Reaction	~$310	~$280 (scales favorably)	~$150–250 (lowest)
Equipment Required	10x Chromium system	BD Rhapsody system	Standard thermocycler + liquid handler
Data Quality	Excellent; 10x-optimized	Excellent; large-scale validated	Excellent; cost-comparable

Choose 10x Chromium If You:

Have existing 10x infrastructure
Need RNA+epigenetic integration (Multiome)
Want established, widely-validated workflows
Require rapid turnaround (3–4 weeks)

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Choose BD Rhapsody If You:

Need maximum cell throughput (10,000–50,000+)
Prioritize population-scale discovery
Have BD system infrastructure
Want cost efficiency at large scale

Select This Kit

Choose Illumina PIPseq If You:

Lack dedicated droplet instrumentation
Prioritize cost per reaction
Want maximum experimental flexibility
Are exploring methods or running pilots

Select This Kit

Safety Data Sheets (SDS)

Droplet scCUT&Tag + Emulsion scCUT&Tag

Emulsion scCUT&Tag Only

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Droplet scCUT&Tag Protocol Emulsion scCUT&Tag Protocol

Product Details

Droplet scCUT&Tag — 10x Chromium Compatible

Droplet-based scCUT&Tag enables high-throughput, single-cell profiling of epigenetic marks using the familiar 10x Chromium ATAC system. Ideal for mid-to-large scale projects requiring scalable, cell-resolved views of chromatin regulation with established workflows.

Specifications

Platform: 10x Genomics Chromium
Typical cell yield: 5,000–10,000 cells/sample
Median UMI/cell: 7,000–15,000 for abundant marks
Turnaround: 3–4 weeks (kit timeline)
Cost: ~$310 per reaction

Performance Highlights

High-complexity libraries rival or exceed scATAC-seq for abundant marks (H3K4me1, H3K27ac).
Optimized tagmentation chemistry preserves fragment capture while keeping background low.
Barcode-per-nucleus strategy maintains replicate-to-replicate reproducibility.
Delivers quantitative regulatory readouts suitable for enhancer or promoter-centric analyses.

UMI-rank plot of H3K4me1 droplet scCUT&Tag on cryopreserved human PBMCs. Libraries sequenced to 10% saturation deliver median 9,500 UMI for top barcodes and 70% FFiP.

TF-IDF–normalized promoter occupancy (H3K4me1) clustered with Scanpy highlights clean lineage separation without flow-sorting.

Advantages

High library complexity and robust per-cell quantification.
Seamless integration with 10x ATAC and Multiome workflows.
Clean regulatory clustering and distinct cell-type separation.
Compatible with standard analysis tools (Scanpy, Seurat, ArchR).
Multiomic-ready for paired RNA profiling.

Biological Applications

Resolve lineage-specific enhancer programs and transcription-factor occupancy.
Integrate chromatin data with scRNA-seq or scATAC-seq for multiomic interpretation.
Track chromatin responses to perturbations, drug treatments, or differentiation cues.

Cell-type resolved H3K4me1 tracks around ITGAE illustrate regulatory heterogeneity across immune lineages.

Cross-platform H3K4me1 correlation heatmap

Cross-platform comparison shows strong correlation (r > 0.92) between droplet, PIPseq, and Paired-Tag CUT&Tag datasets.

Kickstart Your Droplet Project

Combine single-cell precision with 10x workflow familiarity. Our team supports antibody validation, nuclei prep, sequencing, and analysis-ready deliverables.

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BD Rhapsody scCUT&Tag — High-Throughput Profiling

BD Rhapsody–based scCUT&Tag extends single-cell chromatin profiling to tens of thousands of individual cells using micro-well barcoding. Ideal for population-scale studies requiring comprehensive sampling of cellular heterogeneity across complex tissues.

H3K27me3 BD scCUT&Tag libraries sequenced at 10% saturation identify 26k+ barcodes above 3,000 UMI and project >35k UMI at 90% saturation.

Specifications

Platform: BD Rhapsody ATAC
Typical cell yield: 10,000–50,000+ cells/sample
Median UMI/cell: 8,000–35,000 (platform-dependent)
Turnaround: 4–6 weeks (kit timeline)
Cost: ~$280 per reaction (cost-efficient at scale)

Advantages

Massively parallel profiling of tens of thousands of nuclei.
Efficient library construction with high UMI recovery.
Flexible input compatibility (fresh, frozen, or sorted).
Ideal for large discovery screens and population mapping.
Cost-effective per-cell resolution at scale.

Why BD Rhapsody Scales

Micro-well barcoding captures tens of thousands of nuclei per run.
BD ATAC chemistry maintains high signal-to-noise even at large scale.
Supports primary cells, cryopreserved material, and sorted populations.
Ideal for population mapping and comprehensive discovery studies.

Applications

Interrogate heterogeneous tissues (immune, neural, developmental) at scale.
Run perturbation or compound screens that demand broad sampling.
Profile patient cohorts where RNA quality is variable but chromatin is intact.

BD scCUT&Tag clustering — TF-IDF normalized H3K27me3 signal clustered with Scanpy reveals major immune populations via loss of repression at lineage marker genes.

Best For

Large tissue samples, perturbation screens, comprehensive lineage mapping, or studies prioritizing cell number and population breadth over individual cell depth.

Cluster-specific tracks over CD3D/CD3E and MS4A1 highlight how repression signatures delineate T and B cell states.

Bulk and single-cell CUT&Tag comparisons show strong correlation (r > 0.9) across technologies, validating large-scale fidelity.

Launch a BD Rhapsody Project

Partner with us to translate BD Rhapsody throughput into actionable chromatin maps. We handle nuclei prep, platform setup, sequencing, and integrative analysis.

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Illumina PIPseq scCUT&Tag — Platform-Free Flexibility

Illumina PIPseq–based scCUT&Tag provides flexible, platform-independent single-cell profiling using emulsion-based barcoding. Scalable from a few thousand to 100,000+ nuclei without dependence on proprietary systems, making it ideal for exploratory studies or labs without dedicated droplet instrumentation.

PIPseq multi-omic UMAP — scCUT&Tag UMAP integrates chromatin states to resolve immune phenotypes often missed by transcriptomic workflows.

Specifications

Platform: Illumina PIPseq (T2, T20, or T100)
Typical cell yield: Flexible: 2,000–100,000 nuclei
Median UMI/cell: 5,000–13,000 (variable by kit)
Turnaround: 2–4 weeks (kit timeline)
Cost: ~$150–250 per reaction (lowest per-cell cost)

Flexible Profiling Modes

Combine chromatin with surface proteins via antibody tagging workflows.
Plate-based isolation protects fragile or rare cell types through preprocessing.
Swap antibody panels between runs to rapidly iterate hypotheses.

Advantages

Platform-free: No 10x or BD system required; runs on standard equipment.
Flexible scalability: Choose kit size matching your experiment scope.
Cost-effective: Lowest per-reaction and per-cell cost among all platforms.
Method flexibility: Enables rapid iteration and custom adaptations.
Accessible to all labs: No platform lock-in or system investment.

Applications

Flow cytometry-informed discovery of rare immune subsets.
Plate-based CRISPR screens demanding direct chromatin readout.
Biomarker validation pairing protein expression with enhancer state.

PIPseq regulatory tracks — H4K4me1 tracks across ITGAE highlight enhancer activation programs captured in across PBMC cell types.

UMI curve for PiPSeq scCUT&Tag — Low-cost, High-complexity scCUT&Tag libraries

Best For

Exploratory studies, method development, budget-conscious projects, labs without dedicated droplet systems, or researchers wanting maximum flexibility without platform constraints.

Workflow for scCUT&Tag — Straightforward workflow with only standard lab equipment.

Plan Your PIPseq Study

We provide antibody panel optimization, plate layout design, and integrated sequencing analysis to accelerate PIPseq projects from pilot through scale-up.

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