Single Cell Transcriptional and Epigenomic Atlas of the Macaque Brain Across the Lifespan

Single Cell Transcriptional and Epigenomic Atlas of the Macaque Brain Across the Lifespan Single Cell Transcriptional and Epigenomic Atlas of the Macaque Brain Across the Lifespan This project will generate a single-cell resolution molecular atlas of the brain of the rhesus macaque an Old World monkey that is a much closer relative to humans than other model organisms. Our data will directly inform the distribution and function of key cell types across the lifespan of a primate, and furthermore support the development of molecular interventions that empower the study, and potentially treatment, of brain disorders. As part of the BICCN, our data will contribute to a remarkable resource for researchers studying a broad range of neurobiological and neurobehavioral human disorders. Single Cell Transcriptional and Epigenomic Atlas of the Macaque Brain Across the Lifespan This project will generate a single-cell resolution molecular atlas of the brain of the rhesus macaque an Old World monkey that is a much closer relative to humans than other model organisms. Our data will directly inform the distribution and function of key cell types across the lifespan of a primate, and furthermore support the development of molecular interventions that empower the study, and potentially treatment, of brain disorders. As part of the BICCN, our data will contribute to a remarkable resource for researchers studying a broad range of neurobiological and neurobehavioral human disorders. Single Cell Transcriptional and Epigenomic Atlas of the Macaque Brain Across the Lifespan