Product
SeekOne DD
SeekSpace
Sample Handling
Instruments
Analysis Software
Purification & Separation Series

scMethyl + RNA-seq

Simultaneous single-cell methylation and RNA profiling at single-base resolution for integrated epigenetic and transcriptional insights.

scATAC + RNA-seq

Matched chromatin accessibility and gene expression from the same nucleus for integrated multi-omic insights.

scFAST-seq

Random-primed single-cell RNA sequencing achieving uniform, near full-length coverage and broad RNA compatibility.

scMLPseq

Probe-based single-nucleus RNA sequencing for FFPE samples, briefly PFA-fixed cells and nuclei with high specificity and sensitivity.

5' + Immune Profiling

Simultaneous profiling of transcriptome and immune repertoire for precise clonotype tracking and immune diversity analysis.

3'scRNA-seq

High-throughput single-cell RNA profiling for precise cellular state and gene expression analysis.
scMethyl + RNA-seq
scMethyl + RNA-seq
Simultaneous single-cell methylation and RNA profiling at single-base resolution for integrated epigenetic and transcriptional insights.
scATAC + RNA-seq
scATAC + RNA-seq
Matched chromatin accessibility and gene expression from the same nucleus for integrated multi-omic insights.
scFAST-seq
scFAST-seq
Random-primed single-cell RNA sequencing achieving uniform, near full-length coverage and broad RNA compatibility.
scMLPseq
scMLPseq
Probe-based single-nucleus RNA sequencing for FFPE samples, briefly PFA-fixed cells and nuclei with high specificity and sensitivity.
5' + Immune Profiling
5' + Immune Profiling
Simultaneous profiling of transcriptome and immune repertoire for precise clonotype tracking and immune diversity analysis.
3'scRNA-seq
3'scRNA-seq
High-throughput single-cell RNA profiling for precise cellular state and gene expression analysis.

scSpatial-seq

True single-nucleus spatial transcriptomics combining spatial localization and gene expression from the same tissue slice.
scSpatial-seq
scSpatial-seq
True single-nucleus spatial transcriptomics combining spatial localization and gene expression from the same tissue slice.

Tissue Dissociation

Universal enzymatic dissociation solution optimized for human and mouse tissues, delivering high-yield, high-viability single cells for sequencing and cell-based assays.

FFPE Dissociation

Dedicated nuclei preparation kit designed for FFPE tissues, optimized for compatibility with SeekOne™ FFPE RNA and MLPSeq workflows.

AO/PI Staining

Dual-fluorescence viability dye compatible with the SeekMate Tinitan™ fluorescence cell counter.

Cell Counter Chip

Six Samples. One Chip. Reliable Results.

Nuclei Isolation Kit

Isolate intact nuclei from fresh/frozen tissues for single-cell & epigenetic research.

RNase Inhibitor

Recombinant murine RNase Inhibitor shields RNA against RNase degradation in vitro.

dsDNA HS Assay Kit

Ultra-sensitive dsDNA quantitation, robust, simple and RNA-insensitive assay.

Proteomics Sample Preparation

Streamlined proteomics kits for diverse biological sample analysis
Tissue Dissociation
Tissue Dissociation
Universal enzymatic dissociation solution optimized for human and mouse tissues, delivering high-yield, high-viability single cells for sequencing and cell-based assays.
FFPE Dissociation
FFPE Dissociation
Dedicated nuclei preparation kit designed for FFPE tissues, optimized for compatibility with SeekOne™ FFPE RNA and MLPSeq workflows.
AO/PI Staining
AO/PI Staining
Dual-fluorescence viability dye compatible with the SeekMate Tinitan™ fluorescence cell counter.
Cell Counter Chip
Cell Counter Chip
Six Samples. One Chip. Reliable Results.
Nuclei Isolation Kit
Nuclei Isolation Kit
Isolate intact nuclei from fresh/frozen tissues for single-cell & epigenetic research.
RNase Inhibitor
RNase Inhibitor
Recombinant murine RNase Inhibitor shields RNA against RNase degradation in vitro.
dsDNA HS Assay Kit
dsDNA HS Assay Kit
Ultra-sensitive dsDNA quantitation, robust, simple and RNA-insensitive assay.
Proteomics Sample Preparation
Proteomics Sample Preparation
Streamlined proteomics kits for diverse biological sample analysis

Digital Droplet System

A high-throughput, automated single-cell multi-omics platform based on microfluidic water-in-oil technology for single cell/nucleus separation and barcoding.

Cell Counter

Accurate, Fast & Cost-Efficient: Compact Cell Counter for Brightfield & Fluorescence Imaging.
Digital Droplet System
Digital Droplet System
A high-throughput, automated single-cell multi-omics platform based on microfluidic water-in-oil technology for single cell/nucleus separation and barcoding.
Cell Counter
Cell Counter
Accurate, Fast & Cost-Efficient: Compact Cell Counter for Brightfield & Fluorescence Imaging.

SeekSoul Online

Cloud-based platform for single-cell multi-omic data analysis and visualization — zero code, full workflow, accessible anywhere.

SeekSoul Tools

Comprehensive software suite for processing SeekOne™ single-cell transcriptome data, covering RNA, full-length, FFPE, and immune repertoire analyses.

SeekSpace Tools

Dedicated analysis software for SeekSpace™ spatial transcriptomics, integrating single-nucleus expression profiling with precise spatial localization and visualization.

SeekArc Tools

Analysis toolkit for SeekOne™ Multiome ATAC + RNA data, integrating chromatin accessibility and transcriptome quantification for joint downstream analysis.

SeekSoul Methyl Tools

Analysis toolkit for SeekOne™ Multiome Methylation + RNA data, integrating methylation and transcriptome quantification for joint downstream analysis.
SeekSoul Online
SeekSoul Online
Cloud-based platform for single-cell multi-omic data analysis and visualization — zero code, full workflow, accessible anywhere.
SeekSoul Tools
SeekSoul Tools
Comprehensive software suite for processing SeekOne™ single-cell transcriptome data, covering RNA, full-length, FFPE, and immune repertoire analyses.
SeekSpace Tools
SeekSpace Tools
Dedicated analysis software for SeekSpace™ spatial transcriptomics, integrating single-nucleus expression profiling with precise spatial localization and visualization.
SeekArc Tools
SeekArc Tools
Analysis toolkit for SeekOne™ Multiome ATAC + RNA data, integrating chromatin accessibility and transcriptome quantification for joint downstream analysis.
SeekSoul Methyl Tools
SeekSoul Methyl Tools
Analysis toolkit for SeekOne™ Multiome Methylation + RNA data, integrating methylation and transcriptome quantification for joint downstream analysis.

Magrack Separator

High-gradient magnetic separators for viable, pure cell isolation

Magnetic Rack

Precision magnetic racks for fast, high-yield nucleic acid purification

DNA Clean Beads

SPRI technology, validated alternative to AMPure XP & SPRSelect beads
Magrack Separator
Magrack Separator
High-gradient magnetic separators for viable, pure cell isolation
Magnetic Rack
Magnetic Rack
Precision magnetic racks for fast, high-yield nucleic acid purification
DNA Clean Beads
DNA Clean Beads
SPRI technology, validated alternative to AMPure XP & SPRSelect beads
中文 EN
Product
SeekOne DD
scMethyl + RNA-seq
scATAC + RNA-seq
scFAST-seq
scMLPseq
5' + Immune Profiling
3'scRNA-seq
SeekSpace
scSpatial-seq
Sample Handling
Tissue Dissociation
FFPE Dissociation
AO/PI Staining
Cell Counter Chip
Nuclei Isolation Kit
RNase Inhibitor
dsDNA HS Assay Kit
Proteomics Sample Preparation
Instruments
Digital Droplet System
Cell Counter
Analysis Software
SeekSoul Online
SeekSoul Tools
SeekSpace Tools
SeekArc Tools
SeekSoul Methyl Tools
Purification & Separation Series
Magrack Separator
Magnetic Rack
DNA Clean Beads
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Contact Us

What is the diameter of each channel in the SeekOne DD chip?

2026-06-18

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Answer:
The SeekOne DD chip contains multiple microfluidic channels with distinct diameters designed for different components of the system:

  • The cell channel has a diameter of approximately 60 μm. 
  • The gel bead channel has a diameter of approximately 50 μm. 
  • The carrier oil channel has a larger diameter of approximately 100 μm. 

The gel beads used in the system have a diameter of approximately 50 μm and exhibit a certain degree of elasticity. This allows them to deform slightly and pass through the gel bead channel, enabling dense and continuous loading within the microfluidic pathway.

This design ensures efficient co-encapsulation of cells and gel beads while maintaining stable droplet generation.

 

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