Priyanka Raviraj
Researcher @Tata Institute For Genetics And Society, India
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WORK HISTORY
Researcher @Tata Institute For Genetics And Society, India
Bengaluru, IN
Engaged in a project focused on creating cost-effective diagnostic tools and pharmacogenomics-based management strategies for Rare genetic disorders.• Work involves molecular assay development, gene-expression analysis, genotyping workflows, data interpretation, and contributing to translational research that supports improved clinical decision-making, enabling early, affordable, and clinically relevant detection of imprinting abnormalities.
EDUCATION
Stanford University
Online Course- Coursera
Avinashilingam Institute for Home Science and Higher Education for Women
Bachelor of Science (B.Sc.)
University of Madras
M.Sc
SKILLS
ABOUT PRIYANKA RAVIRAJ
Highly motivated scientist with 6+ years of academic research and industry experience in protein biochemistry, molecular biology, and plant biotechnology. My journey has taken me across India, Taiwan, and Switzerland, where I worked on four protein-focused projects that strengthened my skills in experimental design, assay development, and problem-solving.I’ve now stepped into a new role as a Researcher in Rare Genetic Disorders at the Tata Institute for Genetics and Society (TIGS), where my work focuses on imprinting disorders—including the molecular mechanisms underlying parent-of-origin effects, epigenetic regulation, methylation patterns, and diagnostic assay development.#NGS #nanoporesequencing #adaptivesampling #oxfordnanoporetechnology - Molecular Biology & Epigenetics: PCR cloning, DNA/RNA extraction, methylation-specific assays, imprinting disorder techniques, qPCR, RT-PCR- Academic + Industry Experience: Bridging fundamental research with applied biotech and product-focused roles- Strong Work Ethic: Goal-driven, organized, and detail-oriented- Team Spirit: Cheerful, collaborative, analytical, and adaptable in multicultural environments- Proactive & Creative: Passionate about working in dynamic teams and driving innovative science. I am driven to keep learning, evolving, and applying my expertise to advance research in rare diseases, imprinting disorders, molecular diagnostics, and life sciences R&D.
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