Johns Saji is a Biotechnology graduate specializing in Regenerative and Stem Cell Technologies, with expertise in molecular and cellular biology. Currently a Research Assistant at Johns Hopkins University, he focuses on stem cell-based studies for Alzheimer’s disease, CRISPR gene editing, and confocal imaging. He holds a Master’s in Biotechnology from Johns Hopkins University and another in Molecular Biology from Queen’s University Belfast. His research spans epigenetics, synthetic biology, and bioplastic synthesis. With multiple publications, a patent, and awards for academic excellence, Johns is passionate about cutting-edge biotechnological applications in healthcare and sustainability.
🌐 Professional Profiles:
🎓 Education
Johns Hopkins University (2023–Present): M.Sc. Biotechnology in Stem Cell & Regeneration Technology (Courses: Stem Cell Biology, Gene Therapy, Advanced Cell Biology, Cell Culture). Queen’s University Belfast (2019–2020): M.Sc. Molecular Biology & Biotechnology (Research: Epitope Mapping of Mycobacterium avium). GPA: 3.41. Nirmala College, Muvattupuzha (2016–2019): B.Sc. Botany (Research: Antibacterial Comparison of Plectranthus amboinicus and P. hadiensis). GPA: 3.72.
💼 Professional Experience
Research Assistant, Johns Hopkins University (2023–Present): Stem cell modeling for Alzheimer’s, CRISPR gene editing, mouse handling, confocal imaging. Research Intern, Nirmala College (2021–2022): Studied flood impact on biodiversity, synthesized biodegradable bioplastics, researched plant microRNA roles in drought resilience.
🏅 Awards & Honors
Best Student Award (2019): Nirmala College Muvattupuzha, for academic excellence and leadership. UGC Certifications: Advanced Diploma in Rural Eco-Technology & Eco-Management. Patent: “IoT-Based Automated Filling & Packing Machine” (Published, India).
🔬 Research Focus
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Stem Cell Technology: iPSC differentiation, neurodegeneration studies. CRISPR & Gene Editing: Knock-in/knock-out models, epigenetic regulation. Sustainability Research: Biodegradable bioplastics from agricultural waste. Neuroscience: Alzheimer’s disease modeling, microglia research. Microbial Biotechnology: MicroRNA roles in plant and human diseases.