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will subsequently help us to develop new ligands to specifically treat patients suffering from these common diseases and to develop more precise medications in the future. We will use nanoparticle
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nanoparticles to create highly active supported catalysts. This PhD project will specifically center on automating the synthesis processes for catalysts such as platinum-based and iridium oxide-based materials
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preclinical and clinical research using focused ultrasound (FUS). These projects include NIH-funded studies using FUS to enhance the delivery of medications (e.g., nanoparticles encapsulated with antiretroviral
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construction, and characterization is desirable. Expertise in adding functional groups and in radiolabeling is advantageous for small molecules and nanoparticles. For molecular biology, techniques such as
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research group (https://www.impellizzerilab.com/ (external link) ) in the Department of Chemistry and Biology (https://www.torontomu.ca/chemistry-biology/ ) within the Faculty of Science at Toronto