RT @EduEyras: @ZheFrench You can use Pyicoteo https://t.co/o0plCNnzmI see e.g. https://t.co/mx20goHyjh
RT @EduEyras: @ZheFrench You can use Pyicoteo https://t.co/o0plCNnzmI see e.g. https://t.co/mx20goHyjh
@ZheFrench You can use Pyicoteo https://t.co/o0plCNnzmI see e.g. https://t.co/mx20goHyjh
@mruizvelley @zauggj @embl @CellSystemsCP we proposed here that this could be very general with enhancers possibly involving other factors like PU.1 and intronic regions: https://t.co/mx20goHyjh
We proposed that intragenic enhancers impact the RNA splicing of host genes and showed some interesting examples: https://t.co/mx20goHyjh
@endre_sebestyen @markrobinsonca we've used pyicoenrich b4 here https://t.co/3Vtxbb2oBS https://t.co/jlL2LKX5Ln https://t.co/sAjoRXjeev
RT @EduEyras: @tangming2005 @JamesPBLloyd @hagentilgner this might be of interest too https://t.co/CTh0Cs2Q8K https://t.co/5hU15KKiRd
RT @EduEyras: @tangming2005 @JamesPBLloyd @hagentilgner this might be of interest too https://t.co/CTh0Cs2Q8K https://t.co/5hU15KKiRd
@tangming2005 @JamesPBLloyd @hagentilgner this might be of interest too https://t.co/CTh0Cs2Q8K https://t.co/5hU15KKiRd
@rnomics maybe this is of interest: enhacers as intragenic regulators of RNA processing https://t.co/CTh0Cs2Q8K
Pubmed: A semi-supervised approach uncovers thousands of intragenic enhancers differentially activated in human… http://t.co/ljUzou8AAu
A semi-supervised approach uncovers thousands of intragenic enhancers differentially activated in human cells. http://t.co/7jgInTiZR8
Genomics A semi-supervised approach uncovers thousands of intragenic enhancers differential... http://t.co/t4h8a4GtXk Sample Preparation
A semi-supervised approach uncovers thousands of intragenic enhancers differentially activated in human cells:… http://t.co/m74J0F2xV1 #BMC
A semi-supervised approach uncovers thousands of intragenic enhancers differentially activated in human cells http://t.co/7t3Nw7SRkN
A semi-supervised approach uncovers thousands of intragenic enhancers differentially activated in human cells http://t.co/7t3Nw7SRkN