Electro surgery devices are used in the majority of surgeries in the developing world, but is also one of the most complex and burdensome devices. To overcome some of the problems of the electro surgery devices and make it appropriate for the use in chall
For widespread implementation of surgery safe and high quality affordable equipment is needed that is appropriate for usage in challenging environments. The design has to encounter the local needs, able to deal with the lack of maintenance infrastructure,
Experimental analysis to characterize the frictional forces and contact force between the guidewire and catheter and between the guidewire and vessels.
Aim of this project is to develop techniques to monitor tissue perfusion and tissue/organ blood flow. Potential applications will be in monitoring organ perfusion upon resection in surgical procedures
