Grants
Faculty members at the Center for Advanced Pain Studies have over $25 million dollars of grants or contracts to study chronic pain and migraine. Our ongoing goal is to gain federal research grants to create basic science discoveries that will lead to the next generation of therapeutics.
Principal Investigator | Funding Agency | Title |
Burton, Michael | Advanced Neuromodulation Systems | SRA: High Content Pain Circuit Cell Culture System |
Burton, Michael | NIH-R21 | The Role of Cell-specific TLR4 in Diabetic Peripheral Neuropathy |
Burton, Michael | NIH-R35 | Mechanisms Involved in Postoperative Recovery: A Focus on Pain, Delirium, and Neuroinflammation |
Dussor, Greg | 1910 Genetics-SUB | STTR Phase I: Development of Selective Calpain-1 Inhibitors for Chronic Pain |
Dussor, Greg | Marine Biological Lab-Sub | Site-directed RNA Editing of Nav1.7 as a Novel Analgesic |
Dussor, Greg | Univ. of Wisconsin-Madison-SUB | Profiling Translation in Nociceptor Plasticity |
Dussor, Greg | Raft Pharmaceuticals | STTR: Targeting Lipid Rafts for Treatment of Migraine |
Hong, Veronica | NIH-F31 | Sigma 2 Receptor (TMEM97): Investigating the Peripheral Role of this Novel Therapeutic Target for Pain |
Kolber, Ben | NIH-R01 | Impact of Amygdala Lateralization on Processing and Modulation of Bladder Pain |
Kolber, Ben | Communities Foundation of Texas | The University of Texas Foundation Grant Agreement, Enhance Neuroscience Undergraduate Research Experiences at UTD (ENSURE) |
Kolber, Ben | NIH-R16 | High Content Analgesic Screening from Human Nociceptors |
Lenert, Melissa | NIH-F99 | Identification of Sex Differences in Monocytes and Metabolism in the Maintenance of Chronic Muscle Pain |
Lewter, Lakeisha | NIH-F32 | The Impact of Amygdala CGRP Receptors on the Development of Persistent Bladder Pain |
Lewter, Lakeisha | Burroughs Wellcome Fund | Licensing Accelerator Pilot Award-NIH Protease Activated Receptor Type 2 Targeting for Migraine Pain |
Price, Theodore | Grunenthal GmbH | SRA: Advancement of translational pain research through the transcriptomic analysis of the dorsal root ganglia using cutting edge sequencing technologies |
Price, Theodore | Grunenthal GmbH | IPA SRA: Testing Agreement: Insights into the function of PRDM12 through transcriptomic analysis of human neuronal cultures derived from DRG after knock-down of PRDM12 using ASOs |
Price, Theodore | NIH | Diversity Supplement to Project 6793 |
Price, Theodore | Thomas Jefferson University-Subaward | Extracellular Mechanism Regulating Synaptic Function and Pain Plasticity |
Price, Theodore | Thomas Jefferson University – Subaward | Novel Mechanisms Regulating Protein Interaction and Pain |
Price, Theodore | MD Anderson Cancer Center-Subaward | Validation of Fibroblast-derived PI16 as a Novel Target for Pain Treatment |
Price, Theodore | MD Anderson Cancer Center-Subaward | Anatomic, Physiologic and Transcriptomic Mechanisms of Neuropathic Pain in Human DRG |
Price, Theodore | UTSW-Subaward | Mechanisms of cough in Mycobacterium tuberculosis transmission |
Price, Theodore | 4E Therapeutics | SBIR: Development and Optimization of MNK Inhibitors for the Treatment of Neuropathic Pain |
Price, Theodore | Hoba Therapeutics ApS | IPA SRA: Testing Agreement: Profiling of human Meteorin (HB-086) activity in human DRGs |
Price, Theodore | University of Washington-Subaward | Identifying Novel Therapeutic Targets for Chronic Neck Pain: RNA-sequencing in Human Painful Atlanto-axial Arthropathy |
Price, Theodore | Allergan Inc. | IPA SRA: Evaluation of novel recombinant molecules in primary human DRGs |
Price, Theodore | Bellus Health Cough Inc. | SRA: P2RX2 and P2RX3 expression in human gustatory neurons |
Price, Theodore | NIH-U-19 | Human Nociceptor and Spinal Cord Molecular Signature Center |
Price, Theodore | Hoba Therapeutics ApS | IPA SRA: Testing Agreement: Profiling of human Meteorin (HB-086) activity in human DRGs |
Price, Theodore | Doloromics-SRA | SRA: Human DRG Target Validation |
Sadler, Katelyn | NIH-R00 | Sickle Cell Disease Gut Dysbiosis Effects on CNS Pain Processing |