Of Rising Scholars

Fall 2023

Dnyanada will be presenting at The Symposium of Rising Scholars on Saturday, September 23rd! To attend the event and see Dnyanada's presentation,

Go to Polygence Scholars page
Dnyanada Vijapure's cover illustration
Polygence Scholar2022
Dnyanada Vijapure's profile

Dnyanada Vijapure

Monta Vista High SchoolClass of 2026Cupertino, CA


Hello! My name is Dnyanada Vijapure, and my Polygence project is on early cancer detection with AI. I chose to work on this project because I would like to help people who are suffering from this deadly disease. After my project is complete, I would like to continue studying this topic and make a career in it.

Project Portfolio

Predicting Melanoma Patient's Responses to Nivolumab Immunotherapy Using Machine Learning Models

Started Aug. 22, 2022

Portfolio item's cover image

Abstract or project description

Melanoma is a cancer that takes over melanocytes, cells that give skin pigment and causes them to multiply continuously. This can lead to health problems because if melanoma starts spreading it can go into organs in your body and stop them from functioning properly. One immunotherapy that helps boost the immune system against melanoma skin cancer is an IV-administered drug called Nivolumab. Nivolumab is used to block the connection between PD1 and PDL1. PD1 is a protein on T cells and if connected to PDL1, a protein on cancerous cells, it allows the T cells to stop killing other cells including cancerous cells. The number of genes that are expressed tells whether the patient is getting affected negatively or positively. Although not all patients respond well to Nivolumab, we can hypothesize that gene expressions tell whether a patient responds well or not to treatment. In a recent experiment obtained from a website called, it was found that the melanoma patients who responded well to Nivolumab had specific patterns of gene expression. The patient's reactions included whether the disease was progressive, a partial response, a complete response, or a stable disease. Next, using the scikit-learn library and supervised learning algorithms such as nested logistic regression models, a machine-learning model was created to determine if the patient is likely to be benefited from using Nivolumab. The average accuracy of this model was 65%. The purpose of this research is to help doctors find out whether a patient with melanoma skin cancer will have a positive outcome if they are given Nivolumab. It would allow doctors to confidently notify their patient’s prognosis. For the patients that are not predicted to have a good response, doctors can decide to give an alternate therapy.