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How to Validate scRNA-seq Findings: Choosing the Right Spatial RNA and Protein Technology
Aug 27, 2026
How to Validate scRNA-seq Findings: Choosing the Right Spatial RNA and Protein Technology
Single-cell RNA sequencing (scRNA-seq) can reveal transcriptionally defined cell populations, cell states, marker genes, and gene-expression programs at high resolution. However, most scRNA-seq workfl...
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How to Interpret Cell-Cell Communication Networks in Single-Cell RNA-seq
Aug 14, 2026
How to Interpret Cell-Cell Communication Networks in Single-Cell RNA-seq
Cell-cell communication is fundamental to many biological processes, including immune regulation, tissue development, differentiation, and disease progression. In single-cell RNA sequencing (scRNA-seq...
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How to Interpret Monocle 2 Pseudotime Analysis in Single-Cell RNA-seq
Jul 24, 2026
How to Interpret Monocle 2 Pseudotime Analysis in Single-Cell RNA-seq
IntroductionSingle-cell RNA sequencing (scRNA-seq) can identify distinct cell populations, but many biological processes are continuous rather than static. Pseudotime analysis computationally orders c...
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scRNA-seq vs. snRNA-seq: How to Choose the Right Workflow for Your Study
Jul 07, 2026
scRNA-seq vs. snRNA-seq: How to Choose the Right Workflow for Your Study
Choosing between single-cell RNA sequencing (scRNA-seq) and single-nucleus RNA sequencing (snRNA-seq) is one of the most consequential design decisions in a single-cell transcriptomics project...
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Microbial Single-Cell RNA Sequencing: Technical Challenges and Solutions
Jul 02, 2026
Microbial Single-Cell RNA Sequencing: Technical Challenges and Solutions
Microorganisms play essential roles in human health, bioenergy production, and environmental remediation, with broad applications in biotechnology. Bulk metatranscriptomic analysis reveals overall gen...
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Preparing Plant Samples for Single-Cell RNA-Seq: A Practical Guide for FX-Cell Projects
Jun 29, 2026
Preparing Plant Samples for Single-Cell RNA-Seq: A Practical Guide for FX-Cell Projects
Plant single-cell RNA-seq can reveal how different cell populations respond to development, stress, disease, and environmental change. But in practice, the quality of a project is often decided long b...
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Seeing the Bigger Picture: How Stereo-seq Large-Format Chips Expand Spatial Transcriptomics
Jun 17, 2026
Seeing the Bigger Picture: How Stereo-seq Large-Format Chips Expand Spatial Transcriptomics
Spatial transcriptomics has changed how researchers study tissue biology. Instead of measuring gene expression after cells have been dissociated from their native environment, spatial technologies all...
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FX-Cell for Plant Single-Cell RNA-Seq: A New Workflow for Difficult Plant Samples
Jun 09, 2026
FX-Cell for Plant Single-Cell RNA-Seq: A New Workflow for Difficult Plant Samples
FX-Cell for Plant Single-Cell RNA-Seq: A New Workflow for Difficult Plant SamplesPlant single-cell RNA sequencing is becoming an important tool for studying cell identity, development, stress response...
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