We make the data sets on this site available for all to use. Our goals are to provide open access to data sets for our colleagues and interested scientists in adjacent fields. This will encourage rigor, reproducibility and collaboration across multiple disciplines. Additionally, we desire to encourage the public to browse our resources and explore our data. The discoveries we have made belong to all of us and here we present them.
The below data sets and visualizations are created in R Shiny using a variety of packages. They contain our analysis on various tissues such as the human dorsal root ganglion (hDRG) and some comparisons with animal models. We are working on updating our GitHub with the full set of packages we use and instruction manuals. If you have questions you can email us at caps@utdallas.edu.
Sensoryomics Resources
Learn more about the experiments, the protocols, the papers and the data on this site.
Learn more about the hDRG
Dr. Price Steps into a human dorsal root ganglion and explains some of its features.
Our Data
hDRG Spatial Transcriptomics and Neuropathic Pain
This RShiny site contains data sets across two complementary papers. In “Mapping Human Nociceptors” we identify transcriptomic signatures of nociceptors. The second data set looks at sex differences in underlying mechanisms of neuropathic pain.
hDRG Long Read Sequencing
This RShiny site is a companion dashboard for “Isoform expression patterns in the human DRG”. This resource is intended for researchers in the pain and neuroscience field to understand how splicing contributes to neuropathies and chronic pain disorders.
Interactome
This interactome analysis platform identifies potential signaling interactions between cell types of interest using transcriptomic data provided by the user and a curated ligand-receptor database.
Human and Mouse hDRG Transcriptomics Dashboard
This Tableau combines three papers with one easy to search gene function. The main difference between this site and our other dashboards is the inclusion of animal model data.
Proteomics
This site explores sex-based molecular differences in the peripheral nervous system (PNS), focusing on chronic pain disorders.The findings provide insights into functional differences in sensory and pain mechanisms, with implications for clinical translation.
The Original Site
This site was initially created and maintained by Pradipta Ray, PhD. We currently host this site as a convenience for users that wish to access the original sites that contain a variety of human and animal data sets.