Shaveta Kanoria

Co-authored major reviews on computational methods in Alzheimer's research using ADNI neuroimaging and biomarker datasets. Synthesized complex data-driven research into accessible scientific writing for clinical and technical audiences.

Supported faculty in grant writing and high-impact manuscript development, particularly for projects involving omics and bioinformatics analyses. Enhanced clarity and presentation of computational/statistical analyses in research manuscripts. Collaborated with clinicians, statisticians, and scientists on interdisciplinary biomedical research.

Led computational research on microRNA-mediated gene regulation, RNA methylation, and RNA structure. Built pipelines in R, Perl, and Bash for analyzing high-throughput datasets (RNA-seq, CLIP, CLASH). Provided core contributions to multiple high-profile publications in computational biology and RNA research.

Conducted doctoral research in Genetics, focusing on molecular mechanisms. Analyzed high-throughput omics data to investigate gene regulation. Developed skills in bioinformatics and computational biology relevant to genetic studies.

Completed Master's degree coursework and research in Biotechnology. Studied advanced topics in molecular biology, genetics, and biochemistry. Developed foundational knowledge applicable to biological data analysis.

Completed Bachelor's degree with honors in Biochemistry. Studied fundamental principles of biological chemistry and molecular processes. Gained a strong scientific foundation for further studies in life sciences.