17-Year-Old Sia Godika's Video Talks About Stem Cell Research, Wins USD 400,000 Prize

Motivated by her grandparents' struggle with cancer, 17-year-old Bengaluru student Sia Godika created a science video elucidating the role of pluripotent stem cells in reversing cellular aging.

Sia's remarkable effort has clinched her a prestigious USD 400,000 prize (Rs 3.31 crore approx) in the Breakthrough Junior Challenge, aimed at fostering creative thinking and communication skills in the life sciences, physics, and mathematics.

Her prize package includes a USD 250,000 college scholarship,USD 50,000 for her teacher Arka Moulik, and USD 100,000 for a cutting-edge science lab for her school.

Sia will be honored alongside other 2024 Breakthrough Prize laureates at an upcoming ceremony in Los Angeles this spring.

The sibling of another Breakthrough winner, Samay Godika, Sia described the recognition as "an unbelievable honor," expressing gratitude to the organizers.

Driven by her grandparents' cancer battle, Sia emphasized her eagerness to grasp the latest scientific advancements to aid in finding cures. "Reversing cellular aging can proactively prevent several debilitating diseases. I'm determined to contribute to research that can make this future a reality," she stated.

Her video, titled 'Yamanaka Factors,' delves into the discoveries of 2013 Breakthrough Prize winner and Nobel Laureate Shinya Yamanaka. The Japanese stem cell researcher identified genetic factors capable of "turning back the clock" on adult cells.

Coincidentally, every cell typically originates as an undifferentiated stem cell, undergoing transformations to specialize into various cell types, such as muscle cells or nerve cells.