Rational selection of CRISPR/Cas9 guide RNAs for homology directed genome editing and its utility in the development of gene therapies 

Quantifying aspects of DNA damage 

Site-directed spin labeling studies of sequence-dependent DNA shape and protein-DNA recognition 

Understanding protein–DNA recognition in the context of DNA methylation 

Characterizing and manipulating homology-directed gene editing in human cells 

Machine learning of DNA shape and spatial geometry 

Current models of non-homologous end joining and their implications in gene therapy 

Site-directed spin labeling studies of target DNA recognition by a CRISPR nuclease 

Exploring roles of human APOBEC-mediated RNA editing activity 

Photocontrol of DNA compaction using light-responsive surfactants 

Genome-wide studies of protein–DNA binding: beyond sequence towards biophysical and physicochemical models 

DNA methylation as a biomarker in human reproductive health and disease 

Studies on the role of Artemis in non-homologous DNA end-joining to understand the mechanism and discover therapies 

DNA methylation changes in the development of lung adenocarcinoma 

Structural and biochemical analyses on substrate specificity and HIV-1 Vif mediated inhibition of human APOBEC3 cytidine deaminases 

Functional DNA methylation changes in normal and cancer cells 

Ultrafast electronic deactivation of DNA bases in aqueous solution 

Expansion of deoxynucleotide analog probes for studying DNA polymerase mechanism: synthesis of novel beta, gamma-CXY deoxycytidine series 

Physiological roles and evolutionary implications of alternative DNA polymerases in Escherichia coli 

Using engineered exosomes and gene-editing to target latent HIV 

Structural studies of two key factors for DNA replication in eukaryotic cells 

Mechanisms of nucleases in non-homologous DNA end joining 

Understanding DNA methylation and nucleosome organization in cancer cells using single molecule sequencing 

The C3ORF37/SRAP1: a candidate tumor suppressor that promotes removal of methylated DNA 

Mechanistic basis for chromosomal translocations at the E2A gene