Dr. Trinity’s postdoctoral work focuses on uncovering how epigenomes of human hematopoietic stem and progenitor cells change with age. He will explore the role of HSPCs in inflammaging observed among older adults that is behind many aging related diseases and uncover potential sex differences in HSPC aging. For his PhD in Computer Science/Bioinformatics, he worked to further our understanding of RNA folding mechanisms by predicting key structure motifs of the SARS-CoV-2 virus. Dr. Trinity's research history also includes successful collaboration with biologists to explore gene expression patterns during the differentiation of stem cells into neural vs. endothelial cells. Dr. Trinity earned a Master’s degree in Complex Systems & Data Science, where he applied advanced statistics towards social ecological modeling. His diverse research background ranges from building predictive models to uncovering intricate genomic signatures.
