
ONKOCET Ltd. has exhibited the devices from its portfolio on the MEDTEC UK exhibition in Birmingham, April 2011 through our partner Medical & Partners.

The ONKOCET company has successfully reached the certification of yet another medical device, Infrared Camera SVIT. The Certificate can be found here. The videos from the device operation can be found here.
Our device, the non-invasive blood analyzer AMP has won the Golden Incheba prize at a medical exhibition SLOVMEDICA - NON-HANDICAP 2010. A big thank you goes to the organizers of the exhibition for acknowledging the quality of our device and to the exhibitor, the Medical & Partners company, for introduction of the AMP device to the medical public again.
You can find the certificate here.
Our company has finished the certification process for another medical device, computerized spirometer MAS-1K with oximeter. You can find the device certificate here.
Since May 2010 there is a new version of AMP device available.
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Part 1. Microwave Radiometry for Diagnostics
Vladimir P. Zharova, Sergey G. Vesnin, Alexander V. Vaisblat, N.Tikhomirova, Steven E. Harms, James Y. Suen
Philips Classic Laser Laboratory, University of Arkansas for Medical Sciences (UAMS), Little Rock, RES, Ltd, Moscow, Arkansas Cancer Research Center, Department of Otolaryngology of UAMS.
ABSTRACT
The concept of complex laser treatment of localized cancer is recently suggested with the focus on optimization, increasing efficiency and selectivity of Interstitial Laser Therapy (ILT) with interactive imaging and temperature feedback.
This treatment is based upon a combination of ILT, photoacoustic (PA) and photodynamic therapy (PDT) with microwave radiometric remote control of the temperature in the treated zone.
The features of this concept for primary breast and head and neck cancer are:
1) the application of microwave thermometry for non-invasive real-time overheating control during ILP;
2) direct intralesional injection of a photosensitizer and dye enhancer through a tiny needle, followed by PA and ultrasonic impregnation and partly cancer cells damage;
3) combination ILT and PDT therapies;
4) post-operative PDT of the tumor by positioning LED arrays around breast;
5) using RODEO MRI for control of location of the tumor, needle and fiber and to monitor tissue changes during complex laser treatment.
This paper focuses more on development of microwave radiometry temperature control. The previous experiments are presented concerning the study of remote microwave radiometric sensor for diagnostic purpose including the results of the clinical trials that have been conducted among over 1000 patients.
Key words: Laser, microwave, temperature control, breast cancer, diagnostic.
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