Our Kits
Compare Paired-Tag Kits
🔍 Selecting the right Paired-Tag kit depends on your experimental needs, including throughput, number of conditions, and assay type. The table below summarizes key features of each kit to help you make an informed decision.
Details
| Feature | Droplet Paired-Tag | Multiplex Paired-Tag | Single-Cell CUT&Tag | Optimization (Bulk) |
|---|---|---|---|---|
| Platform | 10x Chromium | 10x Chromium | 10x and/or Fluent | Platform-Free (bulk) |
| Assay Type | RNA + CUT&Tag | RNA + CUT&Tag | CUT&Tag | CUT&Tag |
| Cells/Run | 8K-10K | 15K-25K | 10K (10x) - 20K (Fluent) | NA (Bulk) |
| Multiplexing | ❌ Single assay per run | ✅ Up to 4 assays per run | ❌ Single assay per run | NA (Bulk) |
| Best For | Single-Condition RNA+DNA | High-throughput Multi-Condition RNA+DNA | Epigenetics only at single-cell resolution | Homogenous sample types |
| Single-Cell Requirements | 10x Chromium; Multiome | 10x Chromium; Multiome | Fluent PiP 3'RNA or 10x Chromium; ATAC | None |
Which Kit Should You Choose?
- 🧪 Choose Droplet Paired-Tag if you need single-condition RNA + chromatin profiling.
- 🔄 Choose Multiplex Paired-Tag if you want to run multiple assays in one experiment to reduce cost and maximize throughput.
- 🎯 Choose Single-Cell CUT&Tag if you need pure epigenetic profiling without RNA data but at single-cell resolution.
- 🛠 Choose Optimization Kits to supplement single cell, to pilot experimental conditions, or if you have homogenous samples
Order Your Kit
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📦 Ready to order? Select your kit below:
| Assay Name | Kit Name | Kit Name |
|---|---|---|
| 🔬 Droplet Paired-Tag | 8 Reaction | 16 Reaction |
| 🔄 Multiplex Paired-Tag | 8 Reaction | 16 Reaction |
| 🎯 Single-Cell CUT&Tag | Droplet 8x | Emulsion 8x |
| 🛠 Bulk Optimization | 16 Reaction | 32 Reaction |