Angela Dixon

Professor Angela Dixon is an Assistant Professor at the Department of Biology at Case Western Reserve University. Her research is at the forefront of understanding neurological diseases and the intricate architecture of the nervous system. With a keen interest in replicating nervous system pathways, she is pioneering the development of neural-inspired health sensors that promise to revolutionize health monitoring and diagnostics. In her lab, Professor Dixon employs both insect and mammalian models to delve into the mechanisms of neurodegeneration. Her innovative approach includes designing biohybrid systems that are capable of evaluating various human health conditions. These systems are not only cutting-edge but also hold the potential to significantly improve the way we assess and monitor neurological health. Professor Dixon is actively seeking collaboration with researchers from diverse fields such as biology, engineering, and other related disciplines. Her goal is to enhance the performance of biohybrid systems and explore new applications, particularly in the assessment of nerve pathways and olfaction-based health systems. By doing so, she hopes to open new avenues for understanding and treating neurological diseases. Her work is characterized by a multidisciplinary approach, combining elements of biology, technology, and engineering to address complex health challenges. Professor Dixon's dedication to advancing the field of neurological research is evident in her commitment to fostering innovation and collaboration within her lab and beyond. Through her research, Professor Dixon aims to contribute to the development of advanced health-monitoring sensors and systems that are inspired by the nervous system's physiology. Her efforts are directed towards creating solutions that not only mimic but also enhance the natural processes of the nervous system, offering new hope for patients with neurological conditions. Professor Dixon's contributions to the field are not only academic but also practical, as she strives to translate her research findings into real-world applications that can improve human health and well-being. Her work continues to inspire and lead the way in the exploration of biohybrid systems and their potential impact on healthcare.