scFAST-seq

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

Kategoria:
Opis

Introduction

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

Highlights

Random Priming Strategy

Enables near full-length transcript coverage

Expanded RNA Coverage

Includes non-polyA RNAs such as lncRNAs and histone mRNAs

Advanced Transcript Analysis

Detection of mutations, fusions, and alternative splicing

Flexible Compatibility

Applicable across multiple species and RNA types

Workflow

From Sample to Insight in Five Steps

Sample Prep

Tissue dissociation & cell suspension QC

Microfluidic Partitioning

Automated separation and labeling cells and RNA

Library Prep

Construct expression libraries

Sequencing

Generate datasets

Bioinformatic Analysis

Data processing and visualization

Product Features

Supported Species
Sample Types

Components

Product Name

Product Code

Specification

SeekOne™ DD Single Cell Full-length RNA Sequence Transcriptome-seq Kit

K00801-08

8 tests

Components Name

Components Code

Specification

SeekOne™ DD Chip S3 Kit

K00202-0801

8 tests

SeekOne™ DD scFAST-seq Barcoded Beads Kit

K00801-0802

8 tests

SeekOne™ DD scFAST-seq Reverse Transcription Kit

K00801-0803

8 tests

SeekOne™ DD scFAST-seq cDNA Amplification Kit

K00801-0806

8 tests

SeekOne™ DD Library Construction Kit

K00202-0804

8 tests

SeekOne™ DD Single Cell Cleanup Kit

K00202-0805

8 tests

Compatible Instrument

SeekOne™ 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.

Compatible Software

SeekSoul™ Tools

SeekSoul™ Online

Data Analysis

SeekSoul™ Tools

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

SeekSoul™ Online

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