|
Organization
|
University of Washington |
|
Website URL
|
www.nature.com/articles/s41467-020-19151-8#Se… |
|
Market status
|
Early Stage Concept |
|
Industry
|
Multipurpose + Novelty |
|
Value chain stage
|
Input + Platform |
|
Business models
|
B2B |
|
Product categories
|
Other |
|
Biotech components
|
Molecule |
|
Organization type(s)
|
University |
|
Funding types
|
University |
|
Notes
|
"Thanks to advances in the field of synthetic biology, scientists can now store data in the form of DNA code. As such, the utility of DNA as part of a "molecular" tagging system has been explored. DNA is incredibly small, and thus offers the potential for an incredibly compact tagging system, compared to conventional approaches...'We designed the first portable, end-to-end molecular tagging system that enables rapid, on-demand encoding and decoding at scale, and which is more accessible than existing molecular tagging methods,” added Doroshack. Porcupine, developed in collaboration with Microsoft, uses synthetic DNA-based tags and nanopore-based readouts.'" |
Added 3 years ago
Last modified 3 years ago
