The Bixels Bio-Pixel Display and DNA Computer Lets You Experiment with DNA
Alyson Wyers — December 1, 2017 — Tech
References: kickstarter & fastcodesign
This bio-pixel display enables anybody to design with DNA. Currently crowdfunding on Kickstarter, Bixels by Cell-Free Technology is an 8x8 DNA bio-display in the first DNA programmed bio-computer in the world. The prototyping tool teaches you how to work with biomaterials and try out biodesign. This project from MIT Media Lab alum and designer Helene Steiner "meets at a junction between computers, machines and organic biological materials" and aims to make biodesign more accessible.
The bio-pixel display and basic DNA computer help you make your own biological experiments and create using fluorescent proteins. Bixels takes a multidisciplinary STEM approach by combining aspects of biology, coding, creativity and electronics. The kit has a DIY element to it as well, involving cardboard housing, assembling an electric circuit and optical filters.
The bio-pixel display and basic DNA computer help you make your own biological experiments and create using fluorescent proteins. Bixels takes a multidisciplinary STEM approach by combining aspects of biology, coding, creativity and electronics. The kit has a DIY element to it as well, involving cardboard housing, assembling an electric circuit and optical filters.
Trend Themes
1. DIY Biodesign - Creating accessible kits to design with DNA enables more people to experiment with biomaterials and biodesign.
2. STEM Education - Bixels combines various disciplines to teach basic biodesign, including biology, coding, creativity, and electronics.
3. Open-source Biotechnology - Crowdfunding platforms like Kickstarter support open-source bioengineering projects and democratize science education.
Industry Implications
1. Education - STEM-focused companies can create solutions that make biodesign more accessible to students of all backgrounds.
2. Healthcare - Open-source biology has the potential to significantly disrupt the healthcare industry by enabling personalization and innovation.
3. Consumer Electronics - DIY biotech kits could potentially become a common household item, expanding the presence of biodesign in consumer electronics.
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