Honest question... How is this different from what was discovered around 2007?
I ask, because insofar as I'm aware, the moment geneticians parsed the human genome was the moment it occurred to them that most (90%?) of the information was missing. (As in, information to make the remaining proteins that we build in our body.)
I vaguely recollect 2007 being the year where they discoverned and/or described how ARN can influence how ADN is read and turn bits and pieces of information on and off to use the same code to build new proteins. And another team the same year described how injecting ARN could allow to use existing ADN to potentially build proteins that aren't synthesized in the body.
I ask, because insofar as I'm aware, the moment geneticians parsed the human genome was the moment it occurred to them that most (90%?) of the information was missing. (As in, information to make the remaining proteins that we build in our body.)
I vaguely recollect 2007 being the year where they discoverned and/or described how ARN can influence how ADN is read and turn bits and pieces of information on and off to use the same code to build new proteins. And another team the same year described how injecting ARN could allow to use existing ADN to potentially build proteins that aren't synthesized in the body.
So... How is this different exactly? :-|