BioNexus
Explore the building blocks of life.
Working lab simulators, 3D cells and molecules, a patient AI tutor, curated research, and the Behind the Breakthrough podcast. Built by Christina to make the life sciences clear, hands-on, and beautiful.
- interactive labs
- 10
- interactive labs
- podcast episodes
- 32
- podcast episodes
- cell and molecule views
- 3D
- cell and molecule views
- frontier topics
- 50+
- frontier topics
Move your cursor. The network fires where you touch it.
Hi, I'm Christina
I'm a high school student passionate about biology, biotechnology, and making science accessible to everyone. BioNexus is my vision for a platform that bridges the gap between complex biological research and intuitive, visual learning.
From exploring the molecular machinery of cells to understanding how CRISPR is revolutionizing medicine, I believe that biology education should be as dynamic and interactive as the living systems it studies.
Through this platform, I aim to create a space where students can visualize biological processes in 3D, get personalized tutoring on complex concepts, explore frontier biotech research, and connect with the scientists shaping our future.
Watch Christina's Introduction
Science Communicator
Biology & Biotech Explorer
The DNA double helix: two antiparallel sugar-phosphate backbones held together by A–T and G–C base pairs.
Image: Zephyris, Wikimedia Commons (CC BY-SA 3.0)
HeLa cells, the first immortal human cell line, with their DNA glowing under Hoechst fluorescent stain.
Image: TenOfAllTrades, Wikimedia Commons (public domain)
Nine Core Modules
Each designed to make biology education interactive, visual, and deeply engaging.
Behind the Breakthrough
Decoding breakthroughs, one story at a time. Christina breaks the biggest breakthroughs in biology, medicine, and longevity into short episodes, from the first CRISPR cure to brain-computer interfaces. Every episode is here. Pick one and press play.
- 32
- episodes
- 300
- minutes
- 2025
- since
Now playing · Ep 32
Lab-grown Human Brains!
Neuroscience · 10:27
Researchers at Harvard maintained human brain organoids for five years, and discovered that they undergo age-elated molecular changes, including changes to their Epigenetic clocks (if you don’t know what this is check out my earlier episode on it!). Some cells even appeared to retain a memory of how long they had been developing.
Showing 6 of 32 episodes
Let's Collaborate
Interested in discussing biology research, featuring on the podcast, or collaborating on science education initiatives? I'd love to connect.