EXOSOME
BIOMARKER ANALYSIS
Accelerating Exosome Biomarker Discovery & Drug Development research using our patented microfluidic technology dzITP.
Exploring exosome potential
Exosomes are nanosized particles secreted by all cells for communication. They reflect the molecular information of cells and their own environment (proteins, RNAs, metabolites). Exosomes are present in all body fluids (blood, urine, saliva, ect). They are safe delivery packages for cellular information and take part in cellular pathways.
Exosomes have great potential for non-invasive diagnostics and novel therapeutics!
Extracellular Vesicle Isolation
We are actively developing a novel microfluidic system powered by our proprietary dzITP platform.
- Precision Separation: Leverages the unique electrophoretic mobility of vesicles to cleanly isolate them from background contaminants.
- Sample Integrity: Avoids the damaging shear forces caused by traditional ultracentrifugation methods.
- Fast Turnaround Time: Bypasses the slow, labor-intensive bottlenecks of multi-step separation workflows.
Single-Vesicle EV Characterization
We offer high-resolution characterization services powered by the state-of-the-art Leprechaun platform.
- Enhanced Sensitivity: Detect EVs down to 35 nm with an ultra-low detection limit of 5 × 10⁵ particles/ml.
- Advanced Phenotyping: Profile surface markers via 3-channel immunofluorescence for definitive colocalization analysis.
- Flexible Assay Design: Customize targets for specific EV subpopulations and molecular markers tailored to your project.
Microfluidic technology
About Us
We are dedicated to be at the forefront of emerging technologies and offer innovative solutions for exosome research. Our team is passionate about advancing the field of exosome research and is excited to continue providing cutting-edge solutions to our clients.
News & Insights
Stay informed about the latest news and insights from our team!
Major Limitations in Extracellular Vesicle Characterization | EXIT071
What are the primary limitations of extracellular vesicle (EV) characterization? This article examines the major challenges EV researchers face and highlights current best practices for navigating these limitations.
Extracellular Vesicle Characterization Methods | EXIT071
Which extracellular vesicle (EV) characterization method is best? This article explores the strengths and limitations of current EV characterization technologies and discusses how to select complementary analytical approaches suited to your research goals in accordance with MISEV2023 recommendations.
Leprechaun Extracellular Vesicle Characterization Platform | EXIT071
What are the advantages of the Leprechaun EV characterization platform? This article explores how Leprechaun integrates single-particle interferometric sensing with multiplexed fluorescence to streamline EV characterization and support the analysis of EV subpopulations.
Have a look at our educational booklet about the fascinating world of exosomes by Yuliya Shakalisava & Annett Mueller.
Leidsch Dagblad interviewed Yuliya to find out more about exosomes!
EXIT071 is awarded €350.000 proof of concept investment from UNIIQ and LEH.
EXIT071 has recently participated in an academic startup competition!
Interested?
Let’s unlock the exosome potential together!
