Difference between revisions of "DNA for Information Storage (Microbes as Machines)"
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[[File:Goldman_DNA_Storage_Costs.png|thumb|300px|right|Analysis of when it's economical in terms of timescale and amount of information to use DNA storage <cite>Goldman2013</cite>.]] | [[File:Goldman_DNA_Storage_Costs.png|thumb|300px|right|Analysis of when it's economical in terms of timescale and amount of information to use DNA storage <cite>Goldman2013</cite>.]] | ||
− | ==== [[Media: | + | ==== [[Media:Spring2015_DNA_for_Information_Storage_Pre-Discussion_Questions.pdf|Download Pre-Discussion Questions (PDF)]] ==== |
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Revision as of 19:59, 6 April 2015
Download Pre-Discussion Questions (PDF)
...DNA storage is very dense. At theoretical maximum, DNA can encode two bits per nucleotide (nt) or 455 exabytes per gram of single-stranded DNA. [2]
Required Reading/Viewing
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George Church encodes his book [1] in DNA. See the [supplement] for lists of previous biological information storage. - Error fetching PMID 23104084:
Commentary on above paper. - Marantz, A. Petri-Dish Pop The New Yorker Nov. 24, 2014.
Most copies of an album ever sold in a few drops of liquid?
Assigned Papers
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More detailed treatment of costs/benefits of DNA storage by EBI and CERN teams. Commentary article by Ed Yong: Shakespeare’s Sonnets and MLK’s Speech Stored in DNA Speck - Error fetching PMID 25650567:
Addition of storage in silica to stabilize DNA. Press release by ETH Zurich: Data-storage for eternity