RT @GreeneScientist: CHOP #bioinformatics seminar from @quaidmorris touches on PhyloSub. Paper: https://t.co/wNdshgfitV github: https://t.c…
Onwards and upwards to PhyloWGS for dealing w/ SNVs in CNVs. #bioinformatics Paper: https://t.co/FjrswMVJuM Github: https://t.co/9MCP3Yg3fC https://t.co/9fKg1JyjOp
CHOP #bioinformatics seminar from @quaidmorris touches on PhyloSub. Paper: https://t.co/wNdshgfitV github: https://t.co/r3XUJkqU70
RT @robjohnnoble: Quaid is on twitter as @quaidmorris and has a lab website: https://t.co/LaUcnZ3UcS #zif_tumour https://t.co/3eVbjU97vj
RT @robjohnnoble: Quaid is on twitter as @quaidmorris and has a lab website: https://t.co/LaUcnZ3UcS #zif_tumour https://t.co/3eVbjU97vj
Quaid is on twitter as @quaidmorris and has a lab website: https://t.co/LaUcnZ3UcS #zif_tumour https://t.co/3eVbjU97vj
Quaid Morris opens @ZiF_Bi conference with PhyloSub method of reconstructing tumour phylogenies. Paper: https://t.co/yh0wdi05JN #zif_tumour https://t.co/8EvhrthWfB
BMC Bioinformatics | Full text | Inferring clonal evolution of tumors from single nucleotide somatic mutations http://t.co/2Dc4e1QjDz
Deshwar cites: Clonal evolution of tumors from somatic SNVs http://t.co/mGKZpifZdC phylosub "tree-breaking" approach #NIPS2014
Deshwar cites: Clonal evolution of tumors from somatic SNVs http://t.co/mGKZpifZdC phylosub "tree-breaking" approach #NIPS2014
Deshwar cites: Clonal evolution of tumors from somatic SNVs http://t.co/mGKZpifZdC phylosub "tree-breaking" approach #NIPS2014
Deshwar cites: Clonal evolution of tumors from somatic SNVs http://t.co/mGKZpifZdC phylosub "tree-breaking" approach #NIPS2014
Deshwar cites: Clonal evolution of tumors from somatic SNVs http://t.co/mGKZpifZdC phylosub "tree-breaking" approach #NIPS2014
Deshwar cites: Clonal evolution of tumors from somatic SNVs http://t.co/mGKZpifZdC phylosub "tree-breaking" approach #NIPS2014
PhyloSub, http://t.co/HfNeT7UMRV, our method for reconstructing tumor evolution is now 50x faster; get it here: https://t.co/Q8liORgBKd
PhyloSub, http://t.co/HfNeT7UMRV, our method for reconstructing tumor evolution is now 50x faster; get it here: https://t.co/Q8liORgBKd
PhyloSub, http://t.co/HfNeT7UMRV, our method for reconstructing tumor evolution is now 50x faster; get it here: https://t.co/Q8liORgBKd
PhyloSub, http://t.co/HfNeT7UMRV, our method for reconstructing tumor evolution is now 50x faster; get it here: https://t.co/Q8liORgBKd
Interesting new paper on inferring clonal evolution in tumors. http://t.co/LiPICHEWcE
Interesting new paper on inferring clonal evolution in tumors. http://t.co/LiPICHEWcE
Inferring clonal evolution of tumors from single nucleotide somatic mutations http://t.co/IBZ1w5eLrE
Inferring clonal evolution of tumors from single nucleotide somatic mutations http://t.co/IBZ1w5eLrE
Inferring clonal evolution of tumors from single nucleotide somatic mutations http://t.co/IBZ1w5eLrE
Inferring clonal evolution of tumors from single nucleotide somatic mutations http://t.co/IBZ1w5eLrE
Inferring clonal evolution of tumors from single nucleotide somatic mutations http://t.co/IBZ1w5eLrE
Our article on inferring tumour phylogenies is in the top 20 most viewed in last 30 days after only two weeks!! http://t.co/EVevGqeYVU
Our article on inferring tumour phylogenies is in the top 20 most viewed in last 30 days after only two weeks!! http://t.co/EVevGqeYVU
Our article on inferring tumour phylogenies is in the top 20 most viewed in last 30 days after only two weeks!! http://t.co/EVevGqeYVU
Our article on inferring tumour phylogenies is in the top 20 most viewed in last 30 days after only two weeks!! http://t.co/EVevGqeYVU
Our article on inferring tumour phylogenies is in the top 20 most viewed in last 30 days after only two weeks!! http://t.co/EVevGqeYVU
Our article on inferring tumour phylogenies is in the top 20 most viewed in last 30 days after only two weeks!! http://t.co/EVevGqeYVU
Inferring clonal evolution of tumors from single nucleotide somatic mutations http://t.co/HldyFPBt2R
How to infer evolutionary history from a tumor population http://t.co/7eJuKdMlqJ #evolution #bioinformatics
Finally! Our paper on inferring tumor evolution is out: http://t.co/SDHr7fGeJK It's a great paper! Congrats to Wei Jiao & Shankar Vembu.
RT @quaidmorris: Finally! Our paper on inferring tumor evolution is out: http://t.co/F64O5f433o It's a great paper! Congrats to Wei Jiao...
Inferring clonal evolution of tumors from single nucleotide somatic mutations http://t.co/8QDEobgFma
Inferring clonal evolution of tumors from single nucleotide somatic mutations http://t.co/8QDEobgFma
Finally! Our paper on inferring tumor evolution is out: http://t.co/SDHr7fGeJK It's a great paper! Congrats to Wei Jiao & Shankar Vembu.
Finally! Our paper on inferring tumor evolution is out: http://t.co/SDHr7fGeJK It's a great paper! Congrats to Wei Jiao & Shankar Vembu.
Finally! Our paper on inferring tumor evolution is out: http://t.co/SDHr7fGeJK It's a great paper! Congrats to Wei Jiao & Shankar Vembu.
Finally! Our paper on inferring tumor evolution is out: http://t.co/SDHr7fGeJK It's a great paper! Congrats to Wei Jiao & Shankar Vembu.
Finally! Our paper on inferring tumor evolution is out: http://t.co/SDHr7fGeJK It's a great paper! Congrats to Wei Jiao & Shankar Vembu.
Finally! Our paper on inferring tumor evolution is out: http://t.co/SDHr7fGeJK It's a great paper! Congrats to Wei Jiao & Shankar Vembu.
Finally! Our paper on inferring tumor evolution is out: http://t.co/SDHr7fGeJK It's a great paper! Congrats to Wei Jiao & Shankar Vembu.
Finally! Our paper on inferring tumor evolution is out: http://t.co/SDHr7fGeJK It's a great paper! Congrats to Wei Jiao & Shankar Vembu.
Inferring clonal evolution of tumors from single nucleotide somatic mutations http://t.co/6KUILVVozB