“I hope your kids have my curly hair,” quipped my mom. “As long as they have my eyes, I’m happy,” joked my dad. While my parents were casually bantering with me at the dinner table, I was closeted as bisexual, and my mind started to reel. Eventually, I knew I wanted to have kids, and the nuclear family I had previously envisioned began to crumble. What if I couldn’t have genetically related children with my partner?
As I grappled with this question, I discovered that biomedical engineering could provide me with an answer. Gene-editing technology CRISPR-Cas9 could allow for a same-sex couple to have genetically related children. This tool works as a precise pair of molecular scissors to cut out targeted DNA sequences in an organism’s genome. In China, researchers experimented with CRISPR and obtained live bipaternal and bimaternal mice.
CRISPR’s potential to change the world thrills me for reasons beyond my future family. With CRISPR, researchers began to cut out human DNA sequences associated with neurodegenerative diseases, blood-related disorders, and cancer. CRISPR is on the cusp of revolutionizing the medical industry, and I want to be part of innovating and discovering new uses for the technology.
Maybe one day, I’ll share a meal at the dinner table with a husband and a child who shares our features, laughing as we talk about our day. At UVA Engineering, I will acquire the tools necessary to pioneer research that could make this possibility a reality for millions of same-sex couples around the world.