
Detecting Rhinosinusitis with DMS
Jussi Virtanen has successfully defended his PhD dissertation on the subject of detecting rhinosinusitis with differential mobility spectrometry! Congratulations Jussi!
Discover industrial applications of Olfactomics IonVision differential ion mobility spectrometry.
Discover revolutionary surgical margin assessment with Olfactomics Resect using differential ion mobility spectrometry.
Olfactomics is a deeptech company that develops advanced solutions based on gas sensing for medical and industrial applications. We are headquartered in Tampere, Finland.
Our team consists of physicians, engineers, data scientists and business professionals.
The core of all Olfactomics solutions is proprietary best-in-class differential mobility spectrometer that is capable of detecting compounds from the volatilome in PPB level concentrations in measurement time of milliseconds. The highly sensitive spectrometer is leveraged with state of the art data analytics.
Jussi Virtanen has successfully defended his PhD dissertation on the subject of detecting rhinosinusitis with differential mobility spectrometry! Congratulations Jussi!
Happy holidays from Olfactomics! Check out this Christmas-themed present inspection video.
Olfactomics IonVision was used to assess the prognostically significant IDH mutation status in various central nervous system malignanies. The Open access article is now out!
Markus Karjalainen from our team investigated transfer kinetics of smoke smoke evacuation in the Resect surgical margin detection system. The paper was just published in Sensors and Actuators B: Chemical!
We recently collaborated with researchers from Tampere University, University of Oulu and University of Helsinki to assess the performance of DMS in detection of cancer cells. The article is now out!
A paper investigating the feasibility of DMS in intraoperative tissue identification during breast cancer surgery was published in IEEE access!
email: info@olfactomics.fi
tel: +358 408410698
Address:
Korkeakoulunkatu 7
Kampusareena
FI-33720 Tampere, FINLAND
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreements No 827034 and No 848682.