| Name | Role in Program | Research Interest |
| Benson, Christopher | Trainer | Characterization of ASICs and their role in nociceptive, taste, and mechanical stimuli. |
| Brennan, Timothy | Co-PD | Mechanisms for peripheral sensitization in pathologic pain states. |
| Frey Law, Laura | Trainer | Effects of pain and fatigue on motor function; Mathematical muscle modeling. |
| Hammond, Donna | PD | Central and peripheral mechanisms of persistent pain. |
| Herr, Keela | Adjunct Trainer | Pain assessment and management in the older adult. |
| Howard, Matthew | Trainer | Neural basis of audition; Interventional approaches to pain management. |
| Kang, Sinyoung | Junior Trainer | Mechanisms of post-incisional pain. |
| Kardon, Randy | Trainer | Photophobia and headache after traumatic brain injury. |
| Kitamoto, Toshi | Trainer | How diets affect the nervous system and modulate genetically inherited neurological defects. |
| Lee, Amy | Trainer | Regulation of Ca2+ channels and synaptic transmission. |
| Rakel, Barbara | Adjunct Trainer | Non-pharmacologic interventions to reduce acute and persistent movement pain. |
| Russo, Andy | Trainer | Molecular basis of migraine. |
| Sluka, Kathleen | Trainer | Neurobiology of musculoskeletal pain and analgesia. |
| Strack, Stefan | Trainer | Structure/function of protein phosphatase 2A (PP2A) and the role of PP2A in neuronal signal transduction and catecholamine synthesis. |
| Usachev, Yuriy | Trainer | Molecular and cellular mechanisms that underlie pain sensitization induced by tissue or nerve injury and inflammation. |
| Wemmie, John | Trainer | Mechanism for ASIC activation in vivo and its role in synaptic plasticity. |
| Wu, Meng | Resource Faculty | Molecular probe/drug lead discovery via high-throughput screening and assay development. |