Polypilot product mascot

Introducing PolyPilot:

Our AI-Powered Mentorship Program

Start your trial today

Learn More
Back to projects

Genetic Engineering as an Effective Cancer Therapy: A Research Paper Focused on CRISPR

Project by Polygence alum Sai Sruthi

Genetic Engineering as an Effective Cancer Therapy: A Research Paper Focused on CRISPR

Project's result

Sai wrote a research paper that is set to be published in the High School Journal of Research. Further, she presented in the Polygence's 6th Rising Scholar's Symposium and won the Most Popular Presentation Award

They started it from zero. Are you ready to level up with us?


Cancer is ranked as one of the top 5 lethal diseases and there is a forty percent probability that an individual will be diagnosed with cancer in their lifetime. Statistics clearly demonstrate that stronger and efficient treatment methods must be developed, and one such powerful tool is CRISPR. It is a gene editing tool, that could serve to promote single nucleotide or even exogenous gene expressions of one's DNA. Through her research, with the guidance of her mentor, Sai found and compiled 30 putative CRISPR targets for three lethal cancers: triple negative breast cancer, acute myeloid leukemia, and glioblastoma multiforme. Taking ethical considerations into account, Sai spent 6 months researching and was eventually able to deduce that while CRISPR is a promising tool for its precision and accuracy, it still has yet to be approved for the public by the FDA and more research must be done to isolate the right targets for it.



Polygence mentor

PhD Doctor of Philosophy candidate


Biology, Medicine


Biochemistry, Cell Biology, Molecular Mechanisms, Microbiology, Immunology, Microbiome

Sai Sruthi

Sai Sruthi


Sai is a 16 year-old high school student from Bangalore, Karnataka, India.


Shishya BEML Public School

Graduation Year


Project review

“Jose Delgado, a PhD student at Dartmouth University, was my mentor. I was super excited to work with him after reading about his personal research on mitochondrial autophagy in mouse models. And I can whole-heartedly say I was not disappointed! He helped me at every step of the project from coming up with a condensed and concrete project idea to drafting my paper and presentation. The most valuable contribution my mentor made was everything he taught me throughout my journey. He accepted even the most trivial of my questions and helped me both understand and increase my passion for my subject. I appreciated how he also followed up and checked in with me every two days, answering my texts regularly. The symposium organized by Polygence was also a great experience that would help me connect with other students and learn about their projects. I really loved the way the entire program was organized, and I would suggest that prospective students choose a projects] they're passionate about to fully enjoy the experience.”