Elucidates the structures and dynamics of DNA elements in complex genomes, including physical three-dimensional structures.Visit The Ruan Lab
My primary interest is to elucidate the structures and dynamics of all functional DNA elements in complex genomes through DNA sequencing analysis of genetic variations in genomes and transcriptomes. To facilitate such understanding, my lab and I contribute to the technology development for high-throughput DNA sequencing and mapping methodologies, including the paired-end-tag (PET) sequencing strategy for RNA-PET/Seq, ChIP-PET/Seq, DNA-PET and ChIA-PET analysis. We are applying these sequencing-based methodologies to address complex genetic questions between normal versus disease states. A specific interest is to apply ChIA-PET and related methodologies to understand the three-dimensional (3-D) higher-order structures of chromosomal folding conformation and their impact on nuclear processes, such as gene transcription regulation and DNA replication.
2006 - National Science Award, Singapore
1998-2001 - Rockefeller Foundation Fellowship
1995 - Carroll E. Cox Graduate Research Excellence Award
University of Maryland
Genome sequences tell us a lot, but structural variations are also key players in health and disease.
Talks by leading scientists will cover the 3D genome, neuroplasticity, memory and learning, and neurological diseases.