QASR was initiated by the Foundation aiming to advance applied scientific research, innovation, and entrepreneurship in the Arab world, particularly in Jordan and Palestine. The project fostered the development of human capital, seen as crucial for the region’s prosperity, by facilitating technology transfer, establishing research networks, and partnering with regional and international universities, institutes, and research centers.
List of research conducted:
Designing a New Vaccine Against Brucellosis
Derived from Outer Membrane Vesicles of Escherichia coli as a Delivery Mechanism for Brucellosis Antisera. In collaboration with Palestine Polytechnic University, researchers aimed to develop a safe and effective vaccine that stimulates a protective immune response using innovative techniques. They designed a new vaccine for Brucellosis (class B) using the outer membrane vesicles of Escherichia coli.
Simulation and Design of New Solar Cells (Photovoltaic Cells) Based on Nanoparticles for Energy Applications
Researchers, in partnership with the Islamic University in Gaza, worked on designing advanced photovoltaic solar cells. The project aimed to develop user-friendly digital simulation techniques to design multi-layered nanostructures that improve light absorption efficiency and energy conversion. The study also sought to design new structures incorporating nanoparticles and innovative materials to enhance performance and efficiency.
Smart Water Supply Systems for Gaza Strip, Palestine
This project involved developing smart water systems in Gaza using Geographic Information Systems (GIS). It aimed to improve water supply efficiency, replace traditional systems, and address energy challenges to ensure continuous data flow. The project was implemented in collaboration with the University of Palestine in Gaza.
Assessing Genetic and Environmental Risk Factors for Colorectal Cancer Among Palestinians
In partnership with Al-Quds University in Palestine, researchers evaluated the genetic and environmental factors causing colorectal cancer in Gaza. The study aimed to improve clinical care and establish the first research platform to study colorectal cancer risk factors in Palestine.
Developing and Manufacturing a Wearable, Stretchable, and Low-Cost Cardiac Sensor for Low-Resource Areas
In collaboration with the Hashemite University in Jordan, researchers developed a wearable cardiac sensor for rapid diagnostics using bio-paper. The project aimed to provide innovative, low-cost medical solutions for resource-limited areas with the potential for patent registration and product commercialization.
