That’s a great question, and I went into the lab to ask the others what they thought of this too.
Warwick in our lab thought of Conrad Waddington, who in the 1930s described epigenetics as a ‘metaphor for how gene regulation controls development.’ This was pretty amazing because in the 1930s people did not even understand what DNA did, let alone gene regulation! It wasn’t until 1953 before Watson and Crick even discovered the double helix structure of DNA.
Then, there’s also Robin Holliday http://en.m.wikipedia.org/wiki/Robin_Holliday (whose daughter recently did some work in our lab) who discovered the first epigenetic function in 1975 called “methylation”. “methylation” happens on DNA, where a tiny molecule sticks to the DNA and causes changes to that gene.
Since then, lots and lots of work has been done on epigenetics and DNA “methylation” and we now know that this epigenetic function goes really wrong in cancer cells and other diseases too.
Hi science2011321
That’s a great question, and I went into the lab to ask the others what they thought of this too.
Warwick in our lab thought of Conrad Waddington, who in the 1930s described epigenetics as a ‘metaphor for how gene regulation controls development.’ This was pretty amazing because in the 1930s people did not even understand what DNA did, let alone gene regulation! It wasn’t until 1953 before Watson and Crick even discovered the double helix structure of DNA.
http://en.m.wikipedia.org/wiki/Conrad_Hal_Waddington
Then, there’s also Robin Holliday http://en.m.wikipedia.org/wiki/Robin_Holliday (whose daughter recently did some work in our lab) who discovered the first epigenetic function in 1975 called “methylation”. “methylation” happens on DNA, where a tiny molecule sticks to the DNA and causes changes to that gene.
Since then, lots and lots of work has been done on epigenetics and DNA “methylation” and we now know that this epigenetic function goes really wrong in cancer cells and other diseases too.
Hope this helps!
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