News:

03.05.09
Professor David Swanson MD, principle investigator at Mayo Clinic, presented his research findings with the Balter OTD Melanoma scanner.
"Published results from this trial show considerable promise for improving the sensitivity and the SPECIFICITY of Melanoma diagnosis in the clinic".
03.04.09
Balter Medical's primary technology patent is approved and published in multiple regions world wide.
30.08.07

Balter is moving to new offices.

Read more ....
09.05.07
Solid Results in Mayo pilot Trial Read more ....

About Balter

 

Balter Medical AS was established in Bergen, Norway in 2001 by Prof. Jakob J. Stamnes and Prof. Knut Stamnes.

Its purpose is to develop and commercialise medical applications of the Optical Transfer Theory, this is a mathematical modeling technique using digital photographic images (pictures) to understand the properties of the subject in the picture.

The first application is a device to assist in the diagnosis of Melanoma.

Balter Medical AS has successfully developed a rigorous medical imaging device & diagnostic algorithm, called optical transfer diagnosis (OTD), for detecting anomalies in human tissue.

Balter's OTD device continues to perform very well in Clinical Studies designed to support the diagnosis of Melanoma     

                                                                                      

Pigmented skin lesion suspected of Melanoma - naked eye       Melanoma as seen by OTD scanner

 

Balter Medical anticipates commercialisation of its Melanoma device in 2013 following a large scale international pivotal trial.

OTD gives the user real-time information about the examined tissue.

The technology is completely safe, non-invasive and no pretreatment is required.


The OTD may be applied in many clinical diagnostic procedures where the naked eye or simple photographic imaging is not sufficient for an accurate diagnosis, especially suitable for skin or near-surface internal examinations and surgeries..

The OTD is a platform technology that can be applied to a broad array of optical diagnostic instruments for tissue characterization in multiple organ systems. In addition cosmetic, forensic and industrial applications are imagined.

Future medical applications may include endoscopy mounting of the camera for the interrogation and diagnosis of internal tissues abnormalities such as lungs, gastrointestinal (GI) tract, esophagus, oral and cervical mucosal membranes.  

 

                                             

  OTD technology is based on proprietary multi-spectral & multi angle imaging and algorithm diagnostics