If I hadn't just spent 30 years in storage (yes, it is THAT much of a playground of info theory), I'd probably be jumping into Computational Biology! Thank you so much!
The protein-DNA cross-link is random? The protein has to be of interest, right? I am a bit confused by the PPT showed here. There are triangles and squares.
The crosslink step is not selective. The protein of interest is targeted later using a specific antibody to pull down the crosslinked protein-DNA molecules.
Can anyone please tell me what is the function or how can we get the function of p(rn | j) =emp((-1)^Sn * (rn -bj))? Do we get the emp function by fitting a distribution to the observed reads distribution of single binding event? or we have a general theoretical model for this emp, like a certain distribution can explain this event well in theory? is it related to the type of protein we are studying?
This course uses the Python programming language. See the course on MIT OpenCourseWare for more details at ocw.mit.edu/7-91JS14. Best wishes on your studies!
If I hadn't just spent 30 years in storage (yes, it is THAT much of a playground of info theory), I'd probably be jumping into Computational Biology! Thank you so much!
Thanks for sharing your talent with us.
This is wonderful. I love this!
Too good, just loved it, explained nicely
Very good and very interesting... the research now needs of this.. free knoledge for all people from different countries.. to go on
The protein-DNA cross-link is random? The protein has to be of interest, right? I am a bit confused by the PPT showed here. There are triangles and squares.
The crosslink step is not selective. The protein of interest is targeted later using a specific antibody to pull down the crosslinked protein-DNA molecules.
Very interesting !!
Very nice course on ChIP-seq
What an awesome lecture!!
around 31 min, the iterator i should be m right?
Can anyone please tell me what is the function or how can we get the function of p(rn | j) =emp((-1)^Sn * (rn -bj))? Do we get the emp function by fitting a distribution to the observed reads distribution of single binding event? or we have a general theoretical model for this emp, like a certain distribution can explain this event well in theory? is it related to the type of protein we are studying?
thanks for sharing. very helpful
Can anyone tell me which software was the professor talking about? Thanks!
This course uses the Python programming language. See the course on MIT OpenCourseWare for more details at ocw.mit.edu/7-91JS14. Best wishes on your studies!
Great Help!
it's very useful ~
Please any one can send me Urdu translate lecture of chip sequence
C Mc
did that girl at 34:21 say does it " like" tell you anything about the actual topology ? " like " I guess there are even morons at MIT