The evolution, impact and properties of exonic splice enhancers - why aa-syn mut'ns in exons can still be deleterious http://t.co/2064mC91Hc
The evolution, impact and properties of exonic splice enhancers - why aa-syn mut'ns in exons can still be deleterious http://t.co/2064mC91Hc
The evolution, impact and properties of exonic splice enhancers http://t.co/1PFQPO7MJ4
The evolution, impact and properties of exonic splice enhancers http://t.co/1PFQPO7MJ4
The evolution, impact and properties of exonic splice enhancers http://t.co/1PFQPO7MJ4
The evolution, impact and properties of exonic splice enhancers. http://t.co/eiNdwr3rC3
Hurst lab: 4% of synonymous mutations are deleterious owing to a resultant dysfunction of splice enhancer functioning http://t.co/CI8p5p2A7Q
The evolution, impact and properties of exonic splice enhancers. http://t.co/eiNdwr3rC3
Hurst lab: 4% of synonymous mutations are deleterious owing to a resultant dysfunction of splice enhancer functioning http://t.co/CI8p5p2A7Q
Hurst lab: 4% of synonymous mutations are deleterious owing to a resultant dysfunction of splice enhancer functioning http://t.co/CI8p5p2A7Q
Hurst lab: 4% of synonymous mutations are deleterious owing to a resultant dysfunction of splice enhancer functioning http://t.co/CI8p5p2A7Q
Hurst lab: 4% of synonymous mutations are deleterious owing to a resultant dysfunction of splice enhancer functioning http://t.co/CI8p5p2A7Q
Hurst lab: 4% of synonymous mutations are deleterious owing to a resultant dysfunction of splice enhancer functioning http://t.co/CI8p5p2A7Q
Hurst lab: 4% of synonymous mutations are deleterious owing to a resultant dysfunction of splice enhancer functioning http://t.co/CI8p5p2A7Q
“The evolution, impact and properties of exonic splice enhancers” http://t.co/5hc8k2aneV