Single-Cell Epigenomics

Regulatory information behind cell differentiation

Resolve epigenetic regulation at single-cell level across chromatin accessibility, histone modifications and TF binding.

Two Paths, Different Regulatory Readouts

Profile open chromatin to study regulatory states across single cells.

Nuclei Prep

Tn5 Tagmentation

Droplet Capture & Barcoding

Library Prep & Sequencing

Data Analysis

Capture targeted epigenetic signals at single-cell scale around histone marks or TF binding.

Sample Prep

Antibody Binding & PA-Tn5

Droplet Capture & Tagging

Library Prep & Sequencing

Data Analysis

用于单细胞染色质开放性测量与文库构建。

通过 MobiChIP™ 技术路径获取靶向表观信号。

为对应表观组流程提供单细胞捕获与分子标记支持。

完成基因表达与免疫组库数据分析。

Epigenetic dynamics during immune cell differentiation and activation, decoding fate decisions and functional specialization.

Deep profiling of TME composition and heterogeneity to uncover mechanisms and support target discovery and drug evaluation.

Reveal epigenetic landscapes across neuronal cell types and development, shedding light on neurodegeneration and brain development.

Track chromatin state changes during embryogenesis and differentiation to decode epigenetic cell-fate regulation.

MobiChIP™ Single-Cell Epigenomics Brochure

Start from your measurement goal and choose between single-cell ATAC or MobiChIP™ with matching products.