Research

There is a high prevalence of diabetes in Qatar with nearly 23% population suffering from the pandemic, increasing the associated healthcare cost. Low compliance with exercise in patients with diabetes increases foot risk complications especially in dialysis patients. Exercise interventions have been shown to improve mobility and balance, reduce the incidence of falls, and improve peripheral blood flow, which is essential for reducing foot problems and peripheral arterial disease. This is a randomized control trial in which over 80 eligible HD patients were recruited to examine the effectiveness of an innovative game-based interactive exercise program using wearable devices during HD sessions. 

Results showed that the exercise system proposed in this research is feasible and practical among patients with diabetes undergoing dialysis. It is effective for improving gait and the postural balance of these patients. It is also able to improve their mobility and daily physical activity.

Rising Star: A Research Simulator Model for Maximal Output CPR

The “Research Simulator CPR model” is an important step in the effort to improve the COP during CPR. Its unique, interconnected-multi-compartment design, with each compartment containing physiological fluid volume depicts normal human circulatory compartments. The outlet of the central, cardiac compartment could be measured objectively and precisely (the COP).  Thus, we can simulate the efficacy – the cardiac output – produced by various CPR techniques and their combinations, under different clinical states.

This innovation should open the gates of a multitude of animal and clinical studies that would ultimately conclude the discussion as to the best possible CPR method for maximal COP and hence better prognosis with resuscitation after cardiac arrest. Usage of a homegrown device designed for the safety and improved outcome of patients would inculcate consumer confidence in the services and capabilities of HMC.