Measuring, modeling and identifying factors that influence eukaryotic DNA replication 

Microbial ecology in the deep terrestrial biosphere: a geochemical, metagenomic and culture-based approach 

Characterizing the genetic and environmental contributions to ocular and central nervous system health 

Genetics and the environment: evaluating the role of noncoding RNA in autism spectrum disorder 

Understanding genetics of traits critical to the domestication of crops using Mixed Linear Models 

Novel computational methods of disease gene and variant discovery, parallelization and applications 

Investigating molecular roadblocks to enhance direct cellular reprogramming 

Opportunity makes the thief: the omics of microbial ecology 

Essential and non-essential helicases maintain genome stability in Schizosaccharomyces pombe 

Diploid genome reconstruction from shotgun sequencing 

Genetic diversity and its effect on the scat microbiome in the threatened insular canid, Urocyon littoralis 

Studies of Sir2 and caloric restriction mimetic pathways in aging 

Using engineered exosomes and gene-editing to target latent HIV 

Colorectal cancer: genomic variations in insulin-like growth factor-1 and -2 

The epigenetic landscapes underlying differentiation and plasticity in the developing organ of Corti 

Breast epithelial cell type specific enhancers and functional annotation of breast cancer risk loci 

Natural variation in Arabidopsis thaliana 

Multiplicity Of Viral Genomes In Sv40 Transformed Cells 

Bayesian hierarchical models in genetic association studies 

Wastewater-based epidemiology for emerging biological contaminants 

Genetic risk factors in multiple myeloma 

Assessing the role of strain-specific DNA in the growth adn biofilm formation of aggregatibacter actinmycetemcomitans 

Genome-scale modeling of macrophage activity in the colorectal cancer microenvironment 

Application of tracing enhancer networks using epigenetic traits (TENET) to identify epigenetic deregulation in cancer 

Combination of quantile integral linear model with two-step method to improve the power of genome-wide interaction scans