Sugar Polymers for Water Purification, Next-Gen BioSensors + Our Latest Sponsors

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Did you know that SynBioBeta is now on TikTok?

Get ready for bite-sized insights, behind-the-scenes content, and the latest in synthetic biology innovation—all in a fun, fresh way! We know someone has a synbio dance that they are just aching to show off. Follow us for science-made social: https://www.tiktok.com/@synbiobeta

See NASA Astronaut Kate Rubins’ Take on SynBioBeta

Kate Rubins calls SynBioBeta “an amazing conference” and the perfect place to see a snapshot of the synthetic biology industry. Get ready for meaningful connections and groundbreaking innovations at SynBioBeta 2025, where molecular interactions spark big ideas. Don't miss your chance to be part of the future!

SynBioBeta 2025 is the premier event for bio-innovation, connecting your company with top investors, researchers, and industry leaders. Showcase your vision and drive breakthroughs in areas like sustainable materials and personalized medicine. Don't miss the chance to sponsor or exhibit at our event!

Check Out Our Latest Sponsors and Exhibitors for SynBioBeta 2025!

Ready to elevate your brand? Interested in sponsoring or exhibiting at SynBioBeta 2025? This is your chance to connect with the brightest minds in synthetic biology, showcase your innovations to global leaders, and be part of the conversation shaping the future of biotech. Whether you're looking to build partnerships, gain visibility, or drive business growth, SynBioBeta is the premier platform to make an impact! Click here to learn more.

Sweet Science: Carbohydrate-Based Polymers That Could Transform Water Purification

UT Austin researchers have developed a sugar-like polymer that offers a selective, reusable method for removing toxic heavy metals from water

Next-Gen Biosensors Light the Way on Disease Detection

A new synthetic biology platform promises to revolutionize biosensors, enabling faster, more accurate disease detection.

SynBio Challenges 2024: Shenzhen Provides A Glimpse Into the Future of Synthetic Biology

The third annual SynBio Challenges in Shenzhen attracted 147 teams from over 60 universities worldwide, showcasing groundbreaking synthetic biology innovations and solidifying its role as a global hub for emerging talent.

Engineering the Immune System to Heal Spinal Cord Injuries

A breakthrough immunotherapy from WashU Medicine shows promise in treating spinal cord injuries by harnessing immune cells’ protective abilities while controlling their harmful side effects.

Organoids Created Using New Molecular Engineering Technique

A new molecular engineering technique uses DNA microbeads to precisely control the release of growth factors, enabling the development of more complex and realistic organoids.