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Understanding the signals that connect brain, body, and immunity
Understanding the signals that connect brain, body, and immunity
We combine human research, neural sensing, molecular biomarkers, and computational methods to investigate inflammation, pain, stress, and cognition. Our goal is to translate these insights into more precise neuromodulation technologies.
Human translation
Human translation
Controlled inflammatory and stress challenges help reveal why responses differ between people.
Neural sensing
Neural sensing
Magnetic and electrical recordings, functional MRI, and autonomic monitoring connect peripheral signals with brain and body responses.
Molecular biomarkers
Molecular biomarkers
RNA, proteins, and metabolites help us investigate neuroimmune function and responses to intervention.
Explore our research → Read our publications →
Neural sensing with optically pumped magnetometers
Neural sensing with optically pumped magnetometers
AI-guided ultrasound and vagus nerve localization
AI-guided ultrasound and vagus nerve localization
Developing noninvasive neuromodulation technologies
Developing noninvasive neuromodulation technologies
Focused ultrasound characterization and calibration
Focused ultrasound characterization and calibration
Recording signals from the brain and peripheral nerves
Recording signals from the brain and peripheral nerves
Magnetically shielded research facilities at UC San Diego
Magnetically shielded research facilities at UC San Diego
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