In an astonishing step forward in biomolecular computing, Harvard researchers encoded a 19th century film clip in DNA and stored it inside living bacteria. Later, they sequenced the bacterium's genome and decoded the film. From IEEE Spectrum: <\/p>\n
To get a movie into E. colis DNA, (neuroscientist Seth) Shipman and his colleagues had to disguise it. They converted the movies pixels into DNAs four-letter codemolecules represented by the letters A,T,G and Cand synthesized that DNA. But instead of generating one long strand of code, they arranged it, along with other genetic elements, into short segments that looked like fragments of viral DNA. <\/p>\n
E. coli is naturally programmed by its own DNA to grab errant pieces of viral DNA and store them in its own genomea way of keeping a chronological record of invaders. So when the researchers introduced the pieces of movie-turned-synthetic DNAdisguised as viral DNAE. colis molecular machinery grabbed them and filed them away. <\/p>\n
The Gartner Hype Cycle places emerging technologies on a rising-falling-rising curve. <\/p>\n
Tony Fadell is best known one of the fathers of the iPod at Apple, and as the former CEO of Nest. Weve agreed to forget that he led the Google Glass division for a while, too. Today, news broke that the serial inventor and investor is now working with companies including Samsung Electronics and Foxconns [] <\/p>\n
The Wall Street Journal is reporting that millennials have learned how to get free TV with a simple antenna, for a one-time cost of about $20. Us old-schoolers have known of this ancient wisdom since, well, forever but have neglected to pass down to the younguns. But the crazy thing is that its not just [] <\/p>\n
Top-performing content doesnt come from pure inspiration. So how do you get the maximum number of eyeballs to see your marketing copy? By analyzing the impact of the keywords within. Serpstat does this all for you. It can monitor up to 200 keywords in your projects, across 10 total domains. They keep track of the [] <\/p>\n
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Read the rest here: In an astonishing step forward in biomolecular computing, Harvard researchers encoded a 19th century film clip in DNA and stored it inside living bacteria. Later, they sequenced the bacterium's genome and decoded the film. From IEEE Spectrum: To get a movie into E. Continue reading
\nResearchers encoded a film clip in DNA and store it inside a living ... - Boing Boing<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"