Neven Tamarut
Bilateral Meetings
- Wednesday 10:40 h – 13:00 h
- Wednesday 14:00 h – 18:00 h
Medical devices
Information and Communication Technology
Hospital and Care equipment
Operating technology and equipment
Medical Services
Laboratory Equipment
Imaging proceedings
Curved dilator for targeted thoracic drainage
Subject of this offer is medical device (curved dilator) that is used in treatment of patients in intensive care who suffers from drainage problems in chest. The present invention provides accurate and easily set up a wire-guide to drain into the desired quadrant of the patient’s chest.Thoracic drainage in medicine has so far proved to be very invasive procedure with limited success which can only work well with educated medical staff, while used exclusively straight dilators that have no ability to change the direction of the guide-wire inside the chest. The use of invention gives more precise and simple positioning of the guide wire for the drain in the intended quadrant of the patient's chest. Technical problem being solved by the present invention refers to the improvement (i.e. shortening) of the thoracic drainage procedure.
- License agreement
Functional Endoscopic Sinus Surgery Training Model
A Croatian university has developed a training model for Functional Endoscopic Sinus Surgery (FESS). Precise design of the model that contains 15 coronary slices allows training of detailed surgical procedure that leads to improvement of surgeons practice. The model has strong educational potential, where precise anatomy of human head is needed. Currently the training model has been developed as a functional prototype and protected as a registered design.
- License agreement
- Distribution
THE PROCEDURE FOR DETERMINING AND COUNTING B-LINES IN ULTRASOUND DIAGNOSIS OF LUNG DISEASES
The invention refers to the ultrasound diagnosis of lung diseases. Usage in the diagnosis of lung disease due to the specific body structure is limited comparing to the examination of other organs . B – lines are a diagnostic indicator for the condition of lung tissue in patients . They appear on the monitor of the ultrasound device , varying in appearance, intensity and number. Due to this variability and slow movement of the human eye, it is difficult to count B-lines. Developed solution can determine objectively number of B-lines during examination of patient in real time. The solution can be embedded in Ultrasound equipment.
- License agreement