Esser-Kahn Group

Jeremiah Kim

Growing up in the north suburbs of Chicago, Jeremiah ventured slightly south to obtain a BA/MS in Chemistry at Northwestern University where he studied under Emily Weiss and Andrew Lee. As a Wildcat, he investigated how to develop Quantum Dot sensors of pH and acetylation. After graduating in 2019, he was drawn slightly more south to the Pritzker School of Molecular Engineering and pivoted towards an immuno-engineering path due to a desire to solve real world problems. In the Esser-Kahn lab, he works to discover novel adjuvants that will be able to decrease inflammation and increase the efficacy of vaccines. In his free time, he loves to hang out with friends and eat!


Chemistry, Northwestern University (2019)

Advisors: Prof. Emily Weiss and Prof. Andrew Lee

Thesis: "A Nanoparticle Probe Utilizing Electrostatic Potential for the Dynamic Sensing of pH and Acetylation"



“A reader lives a thousand lives before he dies. The man who never reads lives only one.”

~ Jojen Reed

Scientific Hero

Rintaro Okabe

Jeremiah leads a high throughput screening project identifying small molecule immunomodulators that can selectively enhance or inhibit specific immunological pathways in combination with known pattern receptor agonists. These will be used as novel adjuvants that aid vaccines, whether by decreasing inflammation or by increasing the efficacy of vaccines. In particular, he is looking to test the best immunomodulators so that we can create new and improved vaccines for the flu and for COVID-19. Enhancing compounds from his screen could be used for other applications such as cancer immunotherapy or autoimmunity.