Exologue
Exosome proteomics differential-expression knowledge base

Query extracellular vesicle proteins across disease, body-fluid, and clinical subtype comparisons

An extracellular vesicle proteomics knowledge base for differential-expression evidence, enrichment pathways, and EV cargo context.

1,657
Samples
13,345
GeneIDs
234
DEA method results
4
Analysis types
Analysis type

Pan-disease exosome marker screen

Non-healthy versus healthy controls within the same body-fluid source, used to identify broad exosome marker patterns.

4 comparisons
Analysis type

Disease and health-state comparison

Disease-versus-disease or disease-versus-healthy comparisons within the same body-fluid source.

62 comparisons
Analysis type

Healthy body-fluid baseline comparison

Healthy-control exosome proteomics differences across body-fluid sources.

6 comparisons
Analysis type

Clinical subtype and condition comparison

Project-specific disease subtype and clinical-condition comparisons within defined disease contexts.

80 comparisons

Agent-ready research workflows

Exologue supports both interactive exploration and reusable agent workflows over the same curated evidence.

Chat with database-backed evidence

Ask natural-language questions about genes, body fluids, comparisons, enriched pathways, PCA availability, and downloadable matrices. Chat links answers back to the underlying Exologue pages.

Open Chat

Downloadable Agent Skill

Install the Exologue Research Agent Skill to let compatible external agents call public read-only Exologue evidence tools for reproducible research workflows.

Get the Skill

What Exologue covers

Differential expression evidence

Gene-level abundance summaries and statistically significant differential expression results.

Functional enrichment

GO, KEGG, and WikiPathways enrichment evidence across available analyses.

Reusable data

Disease and health-state comparison expression matrices for downstream research.

Exosome context

What are exosomes?

  • Small extracellular vesicles released by all cells into the extracellular environment.
  • Contain biomolecules such as proteins, lipids, RNAs, and DNA.
  • Support cell communication, immune-response modulation, and biomarker discovery for disease.
Diagram showing exosome structure, transmembrane proteins, nucleic acids, and protein cargo

Automatic Microfluidic Exosome Extraction Device

Exo-CMDS

Angled view of the automatic microfluidic exosome extraction device
Front view of the automatic microfluidic exosome extraction device
Side view of the automatic microfluidic exosome extraction device
Back view of the automatic microfluidic exosome extraction device

Device features

No pre-processing: directly load whole blood to complete exosome extraction, purification, enrichment, and testing preparation in 10 minutes. Non-differential extraction supports full exosome types, high purity and yield, intact structure, and clinical-grade testing.