Jinxing Li

Jinxing Li is an Assistant Professor at Michigan State University with dual faculty appointments in the Neuroscience Program and Cell & Molecular Biology Program. Their research focuses on developing nanoscale neural interfaces using soft materials and microelectronic devices to enable precise, minimally invasive stimulation and sensing of neural circuits for applications ranging from brain-gut neurotransmitter monitoring to pediatric neuromodulation.

Research Interests: Dr. Li pioneers soft bioelectronics and micro/nanorobotics to create biocompatible neural probes that integrate electrical, optical, acoustic, and magnetic modalities. Key innovations include morphable neuromodulators accommodating tissue growth and tissue-like sensors for chronic in vivo monitoring. Their work bridges neural engineering, materials science, and clinical translation to overcome limitations of rigid neural interfaces.

Publication Trends: Recent work (2022-2025) demonstrates escalating focus on magnetic particle imaging, 3D-printed microrobots, and sustainable manufacturing of biomedical devices. Articles reveal a strategic shift toward multimodal sensing (e.g., Spiral NeuroString) and clinical applications in pulmonary fibrosis and stress monitoring, with strong emphasis on biocompatibility and pediatric adaptability.

Scientific Awards:

• No awards specified in source materials

Advising & Grants: While specific students and funding sources aren't listed, Dr. Li's high-output publication record (15+ articles in 2025 alone) across Nature/Science family journals indicates substantial grant support in bioelectronics and neural engineering. The lab likely trains graduate students in interdisciplinary device fabrication and in vivo validation.

Laboratory: The research group (accessible via labli.net) operates at the intersection of nanofabrication and neuroscience, specializing in soft microelectronics for chronic neural interfacing with demonstrated expertise in magnetic actuation, stretchable sensors, and biodegradable components.