Develop and characterize nanoscale carriers for the synergistic delivery of anticancer drugs and phenolic-rich extracts, with a particular focus on leukemia, using ultrasound-assisted encapsulation, and evaluate their efficacy and response biomarkers in cell lines. 

Design, synthesize, and functionalize magnetic nanoparticles (Fe₃O₄ and other ferrites) for advanced biomedical applications, including targeted delivery of drugs and antioxidants, magnetic hyperthermia, and imaging as part of combined therapeutic strategies, and evaluate their physicochemical and biological performance in in vitro systems. 

Formulate polymer matrices reinforced with nanomaterials and loaded with bioactive agents for applications in patches and wound healing, and evaluate their degradation under simulated physiological conditions, mechanical properties, and biocompatibility. 

Develop computational models based on artificial intelligence, molecular docking, and in silico simulations to predict protein–drug, protein–natural compound, and protein–nanomaterial interactions, with the aim of identifying therapeutic targets, optimizing combinations, and prioritizing formulations for experimental validation. In collaboration with BiomeAI.