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Researcher at Research Department
Ask questions about Sheikha A. Alkhursani's research, publications, and ongoing work
Developed green and energy-efficient synthetic routes for nanoparticle synthesis, demonstrating varied applications in nanotechnology.
Characterized starch-based hydrogels cross-linked with gamma-rays for use as soil conditioners, improving water retention and nutrient delivery in agriculture.
Explored the application of nano-inspired scaffolds based on biopolymer hydrogels for bone and periodontal tissue regeneration, advancing biomedical engineering.
Enhanced the in vitro dissolution of poorly water-soluble amlodipine drug by solid dispersion with irradiated polyvinylpyrrolidone, improving drug delivery.
Controlled radiation degradation of a CMC solution to optimize the swelling of acrylic acid hydrogel as water and fertilizer carriers, enhancing agricultural efficiency.
Fabricated semi-permeable membranes from organoclay/PS/EVA irradiated by γ-rays for water purification from dyes, contributing to environmental remediation.
Improved the growth and biochemical traits of sunflower under drought stress using a poly(starch/acrylic acid) superabsorbent hydrogel as a soil conditioner, enhancing crop resilience.
Dr. Alkhursani's research focuses on the green synthesis of nanomaterials, hydrogels for agricultural and biomedical applications, and addressing plastic waste management, contributing to sustainable solutions and advanced material development. Her work significantly impacts environmental science and materials engineering.
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