How is sensory input transformed into appropriate behavioral and physiological output?
The nervous system can be viewed as an intricate information processing machine, driving input-output signal transformations. Our research focuses on uncovering the neural circuits and mechanisms that underlie this process, spanning molecular, cellular, circuit, and behavioral levels. Learn more about our research here. You can also watch Sung-Yon’s talks and lectures here.
Research Highlights:
– In 2022, we found and studied neural circuits for thermoregulatory behavior. This was published in Neuron.
– In 2022, we published a review paper on neural signaling of gut mechanosensation in ingestive and digestive processes in Nature Reviews Neuroscience.
– In 2020, we identified a neural circuit mechanism for monitoring and controlling ingestion based on mechanosensation from the upper digestive tract. This work was published in Nature.
– In 2019, we developed the “ZOOM” technique that enables scalable and isotropic expansion of biological samples with easily tunable ZOOM factors (up to 8x). This was published in Advanced Science and featured as the front cover.
We are actively recruiting!
We are actively seeking highly motivated and enthusiastic postdoctoral fellows (check out Brain Pool Program of Korea), graduate students and undergraduate/post-bac researchers to join our innovative and multidisciplinary team. We invite young scholars from a variety of academic disciplines, including science and engineering. We create a supportive environment and value all lab personnel’s continuing growth and achievement! Interested candidates should send their applications to Dr. Sung-Yon Kim (sungyonkim@snu.ac.kr). Informal inquiries are welcome.
Contact Info
1 Gwanak-ro, Gwanak-gu
Seoul National Univ. Bldg 105 Rm 209
Seoul 08826, South Korea
Phone: +82-2-880-4996
Follow us on X/Twitter (@syk_net) and Instagram (snu_neuralcircuitlab)!
