dna man

I advised students on cutting-edge molecular engineering and synthetic biology research. We focused on developing novel genetic countermeasures and therapeutic strategies, including CRISPR-based systems and targeted nucleic acid therapies. We also explored synthetic biology principles to engineer logical biological circuits for applications in targeted cell deletion and smart therapeutics.

Applied synthetic biology for mRNA splicing as molecular logic gates (AND/OR gates) for precise, context-dependent control over gene expression in mammalian cells. Particle-less protein free cellular delivery vehicles for low immunologic profile. Patent Derived Organoid models for early tumor/host interfaces. Grants pending for Esophageal and Urothelial cancer.

I founded and led a genomics and big data program, securing over $15M in funding for drug discovery and biodefense. I developed and managed a $2.5M computational facility, integrating AI/ML and HPC for multi-omics analysis. I pioneered AI-guided therapeutic design, resulting in multiple patents and 40+ publications. I also led teams and mentored junior researchers in NGS and computational biology.

Developed novel PCR and sequencing diagnostic tests for emerging diseases. Acted as an early innovator in rapid pathogen detection, managing projects from concept to validation. Ensured all projects met Clinical Laboratory Improvement Amendments (CLIA) standards, demonstrating quality control and regulatory compliance throughout the project lifecycle.

I specialized in plant-microbe interactions and stress physiology in forage crops. My research utilized Next-Generation Sequencing (NGS) for transcriptomics to identify genes responding to stress. I developed GFP-labeled fungal strains for live imaging to visualize symbiotic relationships. Studies on host resilience involved managing large-scale bioinformatics data analysis and interpretation.

Research on the biosynthesis of avenanthramides, integrating analytical chemistry, genetics, and bioinformatics. My work involved HPLC, LC-MS/MS, NMR, and radiolabeled feeding studies to elucidate metabolic pathways. Applied bioinformatics for genomic and transcriptomic analysis of cell cultures to study biosynthesis of these compounds.

Completed a Bachelor of Science degree in Horticulture Science. The curriculum covered various aspects of horticulture.

Earned a Ph.D. in Horticulture with a specialization in Plant Molecular Biology. Research focused on advanced topics in molecular biology within the horticulture field.