Ms. Zaria Jean-Baptiste
Taneja College of Pharmacy, University of South Florida, Tampa, Florida, USA
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Academic Career Length
3Years (2024-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
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Journal Article
Nanotechnology has played a pioneering role in advancing medical applications, aiming to enhance healthcare through innovation and collaboration. Nanomedicine can be seen expanding into many fields from cancer therapies, cosmetics, tissue regeneration, biosensing, and infectious diseases, and now, it is seen venturing into the realm of research geared toward autism spectrum disorder (ASD). ASD is a neurodevelopmental disorder characterized by restrictive, monotonous activities or fixed interests as well as difficulties with social communication. As of now, there are no validated quantitative metrics for diagnosing autism, nor is there a drug that is specifically designed to treat the condition. As identifiers of ASD have improved, the diagnosis of individuals who meet established criteria have dramatically increased over the years. Although there is still no recognized nanomedicine treatment specifically intended for ASD, research is looking into how nanotechnology might be used in a number of ASD-related areas. This comprehensive review examines prior research efforts aimed at preventing, treating, and diagnosing individuals with ASD. It particularly focuses on the significance of prenatal care and investigates advancements in drug delivery methods through the blood–brain barrier concerning ASD treatment and management.
About Me
Zaria Jean-Baptiste obtained her B.S. from Florida State University as a double major in Psychology/Criminology. She earned her Master's at the University of South Florida in their Pharmaceutical Nanotechnology M.S. Program. Zaria works as a Registered Behavior Technician implementing applied behavior analysis to children diagnosed with autism. Zaria is a passionate researcher and advocate working at the intersection of cognition, race, and developmental disabilities. With a deep commitment to addressing disparities in health and well-being, Zaria focuses on identifying risk factors for developmental disabilities in children and discovering effective modes of treatment. Her work is driven by a desire to improve outcomes for vulnerable populations, particularly within marginalized communities. Zaria is dedicated to reducing cognitive decline in black Americans by spreading crucial information about brain function. Through education and advocacy, she aims to empower individuals and communities to prioritize brain health and take proactive steps toward achieving optimal cognitive well-being. With a strong background in Psychology, Criminology, Applied Behavior Analysis, and Nanomedicine, Zaria brings a multidisciplinary approach to her work, collaborating with experts across various disciplines to advance knowledge and create meaningful impact. Her commitment to promoting equity, inclusion, and improved health outcomes makes her an asset in the fields of science and research.