I am also a former bioinformatics instructor and fellow of the UCLA Computational Bioscience Intitative (Dept of Bioinformatics).
Much of my work has been in the area of Duchenne muscular dystrophy using whole exome sequencing/whole genome sequencing and RNA-seq to uncover clues explaining the progression of the disease. Previously, I have undertaken genome-wide association analysis of Neuromyelitis Optica, a disease similar but distinct from Multiple Sclerosis and studied the effects of copy number on gene expression. Of particular interest to me are the growing fields of personalized genomics, machine learning and artificial intelligence, translational medicine and the genetic basis for disease and phenotypes.
Prior to graduate school, I worked as software engineer for Fortune 500 companies, a writer/editor/designer for magazines and head of a nonprofit group encouraging civic participation.