Learn about groundbreaking research on the role of the cerebellum in autism spectrum disorder (ASD) and sensory challenges. Discover how UCLA graduate student Melis Çakar's work is revolutionizing our understanding of ASD and improving the lives of individuals affected by it.
Understanding Autism Spectrum Disorder and the Cerebellum
( Credit to: Newsroom )
Autism Spectrum Disorder (ASD) is a complex neurodevelopmental disorder that affects individuals in various ways. One aspect of ASD that has garnered attention in recent research is the role of the cerebellum. UCLA graduate student Melis Çakar has delved into this fascinating topic, shedding light on the connection between sensory challenges and the cerebellum.
( Credit to: Newsroom )
With her engaging and relatable voice, Çakar has captured the attention of both experts and non-experts alike. Her ability to communicate complex ideas in a conversational and informative manner has earned her recognition as the winner of UCLA's 2024 Grad Slam competition.
The Fascinating World of the Brain
Çakar's journey into neuroscience began with a deep fascination for the inner workings of the brain. After completing her undergraduate studies in neuroscience at Pomona College, she joined UCLA's Neuroscience Interdepartmental Program as a doctoral candidate. Under the guidance of faculty members Shulamite Green and Mirella Dapretto, Çakar has focused her research on understanding the relationship between the cerebellum and sensory challenges in individuals with ASD.
Unraveling Sensory Over-Responsivity in ASD
Sensory over-responsivity is a common aspect of ASD that significantly impacts the daily lives of individuals and their families. It manifests as an extreme aversion to certain sensory stimuli, such as loud noises, flashing lights, or specific textures of food. Despite its prevalence, effective interventions for this aspect of ASD have been limited.
Çakar's groundbreaking research aims to uncover the neural circuits within the cerebellum that contribute to sensory over-responsivity. By utilizing advanced neuroimaging techniques, such as functional magnetic resonance imaging (fMRI) and magnetic resonance spectroscopy (MRS), she investigates how cerebellar activity during sensory experiences correlates with the severity of sensory over-responsivity.
Revolutionizing Treatment and Improving Lives
Through her research, Çakar seeks to characterize the differences in cerebellar function between individuals with ASD and typically developing individuals. By unraveling the mysteries of the cerebellum, her work holds promise for revolutionizing the treatment of sensory challenges in ASD and improving the quality of life for countless individuals.
Çakar's passion for science communication and outreach extends beyond her research endeavors. She utilizes science illustration, animation, and community engagement to bridge the gap between academia and the wider world. By sharing her knowledge and findings with the public, Çakar aims to increase awareness and understanding of the importance of neuroscience research in addressing societal challenges.
In Conclusion
Melis Çakar's groundbreaking research on the cerebellum and its role in sensory challenges in ASD has earned her recognition as the winner of UCLA's 2024 Grad Slam competition. Her ability to communicate complex ideas in a relatable and accessible manner has impressed both experts and non-experts alike. As she prepares to represent UCLA at the UC-wide Grad Slam finals, Çakar's work holds promise for improving the lives of individuals with ASD and advancing our understanding of the intricate workings of the brain.