Butterfly wing patterns emerge from ancient ‘junk’ DNA
news.cornell.edu
Butterfly wing patterns emerge from ancient ‘junk’ DNA
1–10 of 78 posts
Re: Butterfly wing patterns emerge from ancient ‘junk’ DNA
#2Re: Butterfly wing patterns emerge from ancient ‘junk’ DNA
#3Thinking of DNA as code, with the particularity that outdated versions of the code are kept in "binaries", it's a creative use to recycle them as a random pattern generator!
Re: Butterfly wing patterns emerge from ancient ‘junk’ DNA
#4Re: Butterfly wing patterns emerge from ancient ‘junk’ DNA
#5Re: Butterfly wing patterns emerge from ancient ‘junk’ DNA
#6Thinking of DNA as code, with the particularity that outdated versions of the code are kept in "binaries", it's a creative use to recycle them as a random pattern generator!
Re: Butterfly wing patterns emerge from ancient ‘junk’ DNA
#7If some part of DNA is classified as code DNA, why not classify this as data DNA instead of junk?
Re: Butterfly wing patterns emerge from ancient ‘junk’ DNA
#8Thinking of DNA as code, with the particularity that outdated versions of the code are kept in "binaries", it's a creative use to recycle them as a random pattern generator!
We need to stop using the term “junk” DNA - it’s an outmoded term based on the wrongheaded assumption that DNA directly encoding proteins was the be all end all.
Re: Butterfly wing patterns emerge from ancient ‘junk’ DNA
#9If some part of DNA is classified as code DNA, why not classify this as data DNA instead of junk?
Re: Butterfly wing patterns emerge from ancient ‘junk’ DNA
#10Thinking of DNA as code, with the particularity that outdated versions of the code are kept in "binaries", it's a creative use to recycle them as a random pattern generator!
We need to stop using the term “junk” DNA - it’s an outmoded term based on the wrongheaded assumption that DNA directly encoding proteins was the be all end all.