2025 Science Talent Search Finalist Siddharth Nirgudkar, 17, of Acton, created a better way to diagnose disease from patient data for his Regeneron Science Talent Search computational biology and bioinformatics project.

2025 Science Talent Search Finalist Project Showcase: Vivek Malik, 17, of Chappaqua, explored the role of the protein Plexin D1 in macrophage behavior for his Regeneron Science Talent Search cellular and molecular biology project.

2025 Science Talent Search Finalist Project Showcase: Chloe Yehwon Lee, 17, of Murphy, explored a way to lower the toxic effects of acetaminophen (Tylenol) on the liver for her Regeneron Science Talent Search chemistry project.

2025 Science Talent Search Finalist Allison Lee, 17, of East Brunswick, developed a convolutional neural network (CNN) to search space for galactic collisions for her Regeneron Science Talent Search space science project.

2025 Science Talent Search Finalist Rania Lateef, 17, of Manassas, studied circadian dysfunction and sleep disruption in fruit flies for her Regeneron Science Talent Search animal sciences project.

2025 Science Talent Search Finalist Hrithik Ketineni, 17, of Portland, created a quantum search algorithm for his Regeneron Science Talent Search computer science project.

2025 Science Talent Search Finalist Vishwum Kapadia, 17, of Orange, studied how to improve the success of a heart valve repair procedure for his Regeneron Science Talent Search medicine and health project.

2025 Science Talent Search Finalist Melody Heeju Hong, 17, of Wantagh, developed a powerful, flexible statistical model. It focuses on identifying sites in the human genome that are important to understanding gene expression.

2025 Science Talent Search Finalist Finán Gammell, 17, of East Greenwich, created a statistical model to study genes involved in cancer progression. Diseases like cancer are complex, and how they manifest can differ based on factors like genetics.

2025 Science Talent Search Finalist Lena Zewdu Feleke, 17, of Antioch, searched for a better way to deliver gene therapy into kidney cells. Her research focused on different plasmid constructs containing the SLC3A1 gene, a genetic cause of kidney stones.

2025 Science Talent Search Finalist Ishana Chadha, 17, of Commack, explored the genes that control how cells move when the brain grows. Cells move around as the brain develops, and problems with this process can lead to disorders like epilepsy.