Genetic Data Storage: 700TB In One Gram Of DNA



dna data storage
Two Harvard Wyss Institute scientists George Church and Sri Kosuri have demonstrated how to store 700TB of data in one gram of DNA. Presently, the binary data should be translated into the sequence of DNA base pairs and then turned into DNA itself. Doing so involves standard laboratory techniques which take several days. Disregarding the speed, one more obvious advantage besides the virtually unlimited size is the stability of stashing information in DNA at room temperature. That means one can access your data thousands of years after you are diseased. Among the disadvantages, Church says that reading and writing data in DNA is “slower than in other media, however, which makes it better suited for archival storage of massive amounts of data, rather than for quick retrieval or data processing.”
Via: dvice.com

Donate BTC: 1DUUZbiqjbJvzjuRZEwTS47bqgmnhEJ4XG

Donate ETH: 0x981FcEAAa895C6cee76D2876e9AfC649Dc0C4c75

More Posts:

Water Repelling Anti-Glare Glass By MIT Scientists
To Get Alternative Energy US Goes Geothermal
Super Battery Recharges Via Solar Cells
Cyberpunk Game: Hard Reset Weapons Trailer (VIDEO)
Novel Genetic Circuits Feature A Long-term Memory
RoMeLa's Entry Into The DARPA Robotics Challenge (+VIDEO)
Future Micro Drones Will Have Artificial Compound Insect Eyes
Flexctrl Brain-Control Anything With A Single Idea
Lucid Motors Unveils Lucid Air, A 1000-HP Luxury EV With A 400-Mile Range
Robots Can Now Sense Your Emotions Via Radio Waves