INEB coordinates a 5.5 million project on smart matrices for knee cartilage repair
A research project on cartilage regeneration, coordinated by INEB and in which UOULU and UULM participate together with 7 other partners from seven countries, was recently financed by the European Commission with 5.5 million euro.
The MIRACLE project presented on International Conference in Florence
The MIRACLE project was recently presented at the International Conference on Bio Sensing and Imaging held at the Palazzo Affari Firenze Fiera in Florence, Italy, 17-19th of December by R&D Manager of art photonics GmbH Dr Olga Bibikova.
Minsk welcomes a workshop on Biospectroscopy
Norwegian University of Life Sciences will present a Workshop on Machine Learning and Chemometrics in Biospectroscopy which will take place from 18thand 21th of August in the city of Minsk in Belarus.
art photonics in the forefront of fiberoptic infrared sensors
In frames of MIRACLE project, art photonics GmbH is developing the first mid-infrared (MIR) arthroscopy probe for in-depth evaluation of articular cartilage enabling early diagnosis of degenerative joint diseases such as osteoarthritis.
MIRACLE consortium heads to Ulm for the second project meeting
MIRACLE’s second meeting to assess the progress of the project will take place on the 11thand 12thof December in the historic city of Ulm in Germany, and will be hosted by our partners at the University of Ulm.
Are we closer to predict the development of osteoarthritis?
New research performed at UEF has produced a mechanobiological model which is able to localise and predict changes to the cartilage surrounding lesions.
UULM’s beam combining: from concept design to final device
Combination of multiple QCLs is an elegant way to harness to beneficial properties of the emitted light of single QCLs and expand the accessible wavelength and/or power regime.
Near infrared Spectroscopy probe for evaluation of articular cartilage developed by UEF
As part of his PhD, Jaakko Sarin’s of UEF developed an arthroscopic near infrared spectroscopic probe for evaluation of articular cartilage and subchondral bone structure and composition.
Evaluating beam combining concepts for targeted multispectral light delivery in the scope of MIRACLE
MIRACLE aims towards non-destructive probing of cartilage conditions during arthroscopy surgery to provide a supportive decision tool for surgeons.
EU promotes interaction between researchers, standardization institutions and industry
For a purposeful research and development, apart from a corresponding scientific excellence, the knowledge of observing norms and regulations is essential for the success of a consequential product development.