MSC Exosomes
Cell-free extracellular vesicles generated from 3D-cultured UC-MSCs for studies of signaling, inflammation modulation, and tissue repair pathways.
RMLS ExoSignal
RMLS ExoSignal exosomes are produced from 3D-cultured UC-MSCs under near-native conditions to support a biologically relevant cargo profile. These vesicles contain naturally occurring peptides, lipids, and RNAs associated with cell signaling, tissue repair, and inflammation modulation. They are cell-free, non-replicative, and sterility tested through a cGMP-compliant third-party laboratory.
Suitable for: In Vitro Research · Translational Studies · Clinical Development
| Attribute | Summary |
|---|---|
| Parent cells | 3D-cultured UC-MSCs |
| Vesicle class | MSC-derived extracellular vesicles / exosomes |
| Format | Cell-free and non-replicative |
| Typical use | Signaling, inflammation, tissue repair studies |
Designed for rigorous research programs
Biologically relevant cargo
Produced from 3D-cultured parent cells to support peptides, lipids, and RNA cargo associated with signaling.
Cell-free format
Non-replicative vesicles can fit programs focused on signaling without live-cell handling.
Research flexibility
Suitable for in vitro work, translational studies, and exploratory formulation programs.
Manufacturing focus
Third-party sterility testing supports controlled production workflows.
Questions teams ask before they inquire
The culture environment shapes exosome cargo. Three-dimensional culture can support a more physiologic signaling profile than flat 2D plastic culture.
Researchers use MSC exosomes for cell signaling, inflammation, tissue repair, mitochondrial, and translational studies.
No. These are cell-free extracellular vesicles and are described by RMLS as non-replicative.
Talk with RMLS about program fit
Share your application, target use case, and program stage to determine whether this product is the right fit for your workflow.
Looking for a stronger match?
Visit the full products catalog or speak with RMLS about custom programs, technical questions, and application fit.