A new preprint is available from Jong-Nam's study on CATSPER Beta! (2026-08-07)

Congratulations Jong-Nam on this milestone! By using 3 mouse lines, Jong-Nam identifies an important protein-protein interaction region of CATSPER beta, which affects the stability of a neighboring subunit delta, thus canopy assembly and the subsequent pore-forming channel, rending the mice missing this interaction region completely infertile. Please check out https://doi.org/10.64898/2026.08.06.743317

2026 Chung Lab Summer Outing (2026-07-10)

Chung Lab Summer Outing to the Lighthouse Point Beach and State Park! We had BBQ lunch at Bear’s, then head to Lighthouse to do Frisbee, catch ball, and walk along the beach with picnic snacks!

Felix joins the lab! (2026-07-01)

Felix joins the lab as Post-doctoral fellow supported by DFG fellowship from Germany! He brings his medicinal chemistry expertise to the lab and we look forward to working with him and having fun doing science together!

Jean-Ju co-hosted Invited Talks by Lily Jan and Yuh-Nung Jan organized by AFAY (2026-06-23)

AFAY invited Lily Jan and Yuh-Nung Jan for their life-long impact on science and mentorship in the fields of Physiology and Neuroscience! Together, they have mentored more than 170 graduate students and postdoctoral fellows, with nearly 100 going on to establish their own independent laboratories. As one of the many F2s of Dr. Lily Jan myself 😃, it was a tremendous honor to host her during their visit to Yale!

March was Jong-Nam's presentation month! (2026-03)

Jong-Nam gave very nice presentations on his FIB-SEM project in the Department Research-In-Progress talks (2026-03-09) and Yale Korean Bioscience Society (2026-03-26)


and another talk on his CatSper Beta project in the Quadro-Repro meeting (2025-03-02)

Our work on CATSPER Epsilon is now published in Science Advances! (2026-01-28)

Congratulations on Jae and Huafeng and all others who contributed this work! Not only we show that the CatSper canopy is essential for the holo-complex assembly, but also demonstrate the molecular region that could be targeted for CatSper activity for the first time, a one more step for future therapeutics targeting CatSper!

https://www.science.org/doi/10.1126/sciadv.adw3414