Schnelle Aufreinigung extrazellulärer Vesikel und Exosomen

Schnelle, tragbare und selektive Isolierung extrazellulärer Vesikel in <10 Minuten, basierend auf Immunaffinität.

Vergleich unseres Geräts (PMED) mit anderen Aufreinigungstechniken für extrazelluläre Vesikel in Zellkulturmedien

Unsere Technologie

Unser tragbares mikrostrukturiertes elektrochemisches Gerät (PMED),
liefert hohe Ausbeute, Reinheit und ermöglicht die Sortierung markerspezifischer EV-Subpopulationen aus Biofluiden in weniger als 10 Minuten. EV-Isolierung ohne Ultrazentrifugation oder sperriger Geräte.

Wir demonstrieren die Aufreinigung von extrazellulären Vesikeln (EVs) aus rohem Plasma in weniger als 10 Minuten, gefolgt von einer dynamischen Lichtstreuungsanalyse mit dem DynaPro NanoStar (Waters | Wyatt Technology). Unser Gerät erreicht eine Aufreinigung, bei der 98 % des gestreuten Lichts auf EVs zurückzuführen sind.

PMED Aufreinigung System

PMED Kit

Preisangebot einholen

Releasing Unit

PMED Device

Kommerziell eingesetzt und von führenden Unternehmen geschätzt

Eingesetzte Geräte

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PMED in Krankenhäusern

aktive Projekte

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figure 3 - graphs and pictures of purification analysis of bio entities

Acytronix-Compatition_Comparision-Companies-min

Aufreinigungs- und Charakterisierungsdienste für
extrazelluläre Vesikel

Kundenspezifische Trennung nanometrischer (30–1000 nm) biologischer Einheiten

Benutzerdefinierte Trennung extrazellulärer Vesikel (EVs)

Extrazelluläres Vesikel-Trenngerät (PMED)

Einweg-Trennkartuschen

Testimonials

What our clients say

As part of our recent study, we used the PMED device from Acytronix to purify CD9-positive extracellular vesicles (EVs) from plasma samples, and the results exceeded our expectations.

Anna Chamot

PhD candidate, ETH Zurich

We recently collaborated with Acytronix and utilized their PMED (Portable Microstructured Electrochemical Device) in our research. The device’s ability to isolate EVs from complex biological fluids, including plasma and cell culture medium, with exceptional purity in under 10 minutes is truly impressive.

Dr. Anat Aharon

PhD Director of the Hematology Research Laboratory

We recently used the PMED device in our study to isolate milk CD81-EVs, and the results were impressive. The device not only offers exceptional portability and precision but also purifies EVs in under 10 minutes, saving us significant time compared to traditional ultracentrifugation methods.

Dr. Mara Saenz de Juano

Lecturer at the Department of Environmental Systems Science

We recently started a collaboration with Acytronix, and the communication and support have been outstanding. The device is highly effective for the isolation of EVs, as it significantly saves time and effort. We anticipate valuable results from our upcoming proteomics analyses.

Lisa Gugler

PhD Candidate at Tissue Biology Research Unit

Very good technology. This will definitely advance EVs research.

Adrian Perez Barreto

PHD Student

I recently had a collaboration with Acytronix and we did preliminary experiments by isolating EVs from serum. It is definitely a quick and easy method of isolation, especially for a clinical setting. We also performed validation experiments and it gave good results. I would recommend Acytronix's PMED device.

Deepti Nabariya

PHD Research

Acytronix provides an impressive and time-saving method for EV isolation — pure vesicles in under 30 minutes, no extra purification needed! The team is professional, welcoming, and passionate about their work. I had the pleasure of visiting their lab for a day, and it was a truly valuable experience. Highly recommended collaboration!

Marica Imbimbo

PHD

I visited Acytronix to have my cell culture samples analyzed. Their equipment did an excellent and time efficient job isolating extracellular vesicles (EVs) from the cell medium and measuring EV concentrations. Dr. Vadim Krivitsky was very kind and also took the time to explain and demonstrate how the experiment works.

Dr. Werner