Microbial Single-Cell Platform

From community average to individual microbes

Two complementary technologies, microbial single-cell transcriptome and genome, resolve individual differences from expression state and genetic information.

Two Technologies for Different Questions

微生物单细胞转录组

Microbial Single-Cell Transcriptome

RNA expression and state differences of individual microbes

微生物单细胞基因组

Microbial Single-Cell Genome

Genome information and genetic differences of individual microbes

Microbial Single-Cell Transcriptome

Read the expression state of individual microbes

Capture microbial RNA at single-cell scale to reveal expression differences and heterogeneity within a population.

Sample Prep → Single-Cell Capture & Tagging → Transcriptome Library & Sequencing → Data Analysis

Microbial Single-Cell Genome

Read the genetic information of individual microbes

Obtain microbial single-cell genomes through encapsulation, lysis, whole-genome amplification and molecular tagging.

Sample Prep → Single-Cell Encapsulation → Lysis & WGA → Tagging & Library Pooling → Sequencing & Analysis

Study Microbial Communities One Cell at a Time

Expression Heterogeneity

Resolve gene expression differences within microbial populations at single-cell scale, identifying functional subgroups and state transitions.

Community & Strain Research

Study community composition and genetic differences via genomes to decode strain-level diversity and evolutionary relationships.

Antimicrobial Resistance

Track resistance gene expression and transmission to support antimicrobial R&D and resistance control.

Environmental Microbiology

Profile microbial functional activity in complex environmental samples to reveal microbe-environment interactions.

Expression Heterogeneity

Find the Right Microbial Single-Cell Path

Start from your research goal and choose microbial single-cell transcriptome or genome with matching products.