Lab techniques
Master’s in Biotechnology
Some people chase mysteries in novels—I chase them in petri dishes. I’m Divyashree, a medical biotech grad blending precision with creativity in the lab. From coaxing cells to cooperate to decoding molecular behaviour, I find joy in the tiny details that shape big discoveries. With a passion for human and animal health, I bring a steady pipette, a sharp eye, and just the right soundtrack to every experiment.
Years of experience in research
Developed a sustainable bioprocess using Pichia pastoris to produce cow milk protein (αs1-casein) through recombinant expression, integrating CRISPR/Cas9 design, fermentation optimization, and purification strategies for ethical and scalable protein production.
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Exploring how mitochondria-targeted antioxidants protect heart cells from damage in diabetic and atrial fibrillation conditions.
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Studying how electrical pulses at different cell growth stages affect muscle fiber type and formation in C2C12 cells.
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Isolating biopolymers from larvae fed on shrimp shell waste—turning insects into eco-friendly waste recyclers.
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"Working with Divya on the Pichia pastoris αs1-casein project was a great experience. She took the lead on designing the CRISPR/Cas9 plasmid and made sure every step was backed by solid reasoning. I really appreciated how she explained complex molecular workflows in a simple way that everyone could follow. Divya’s combination of technical precision and collaborative spirit made the whole molecular integration phase run very smoothly."
"Divya was incredibly organized and detail-oriented during our fermentation process design. She was always the first to test assumptions with data. What stood out most was her calm, problem-solving attitude when we had to adjust the parameters for better protein yield. She’s someone who genuinely cares about both the science and the impact it creates"
"Divya brought a strong biotechnological and sustainability perspective to our project. She not only understood the technical aspects of recombinant protein production but also contributed ideas on scalability and bioprocess economics, which helped our proposal feel realistic and industry-relevant. Her presentations were clear, well-structured, and engaging."
