Li Lab

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Computational Epigenomics and Transcriptomics Lab (PI: Wei Li) Dan L. Duncan Cancer Center, Department of Molecular and Cellular Biology, Baylor College of Medicine

Recent News . 09/2014: Liguo's ChIP-exo methodology paper (MACE) is accepted to Nucleic Acids Research. MACE is recommended by Active Motif as the software solution for the company's new ChIP-exo kit and service. . 09/2013: Deqiang will start his tenure-track assistant professor position. Job well done. . 09/2013: Zheng's prostate cancer RNA-seq paper with Dr. Balk at Harvard is accepted to Molecular Cancer Research . Yuanxin's work on H3K79 Methylation with Dr. Shi is accepted to Cell. . 08/2013: Zheng's DaPars 3'UTR Pan Cancer analysis paper is accepted in principle to Nature Communications; Liguo's RSeQC paper is ranked No. 15 in the Most-Cited Articles in Bioinformatics as of August 1, 2014. . 08/2013: Three Collaboration CPRIT grants are funded: DNA methylation with Goodell lab, 3'UTR with Wagner lab and ZM11 with Shi lab. . 08/2014: Kaifu's "super promoter" paper is under review in Nature Genetics. . 06/2014: Deqiang's Dnmt3a/3b double KO paper (with the Goodell Lab) is accepted to Cell Stem Cell . . 06/2014: Zheng's alternative splicing paper (with the Cooper Lab) is accepted to Molecular Cell . . 02/2014: Deqiang and Hyun Jung's HSC LncRNA paper (with the Goodell Lab) is in revision in Cell Stem Cell. . 02/2014: Zheng's collaborative work on alternative splicing in heart development is accepted to Nature Communications. . 02/2014: Zheng's brain tumor 3'UTR regulator paper is accepted to Nature. This paper was initially rejected after review twice. We appealed twice with success and finally made it in the 3rd submission. . 02/2014: Welcome our new postdoc Jianzhong Su and graduate student Xueqiu Lin. . 02/2014: Deqiang's mouse HSC Aging Epigenomics paper is accepted in principle to Cell Stem Cell. . 01/2014: Deqiang's Methodology paper for the detection of differential DNA Methylation (MOABS) is accepted to Genome Biology. . 01/2014: Our collaborative work on Breast Cancer Epigenetics is accepted to Science Translational Medicine. . 01/2014: Yuanxin and Zheng's ZM11 paper with Xiaobing Shi lab in MD Anderson is accepted to Nature. This work links transcription elongation to tumor suppression. . 12/2013: Kaifu's aging nucleosome paper is accepted to Genes & Development . 12/2013: We received a 5-year NIH/NHGRI R01 grant (scored at 6 percentile in its first submission) to study DNA Methylation . 11/2013: Wei will serve on the Editorial Board of Molecular Endocrinology . 09/2013: Deqiang's DNA methylation Canyon paper is accepted to Nature Genetics. . 09/2013: Xueqiu's bisulfite sequencing quality control paper (BSeQC) is accepted to Bioinformatics. . 08/2013: Kadir's p53 paper is accepted to Nucleic Acids Research . 01/2013: BCM News and Epigenie Headline about our recent work on nucleosome dynamics. News Archive

Our lab is focused on the design and application of bioinformatics algorithms to elucidate global epigenetic mechanisms and transcription dynamics in normal development and diseases such as cancer. Since establishing the lab in early 2008, we have published more than 64 peer-reviewed papers in high profile journals, including Nature (4), Cell (6), Nature Genetics (3), Cell Stem Cell (3), Molecular Cell (2), Nature Communications (2), Science Translational Medicine (1), Cell Reports (2), Genome Research (6), Genome Biology (3), PNAS (3), Genes and Development, Nucleic Acids Research (3), Cancer Research, and Bioinformatics. We developed a number of widely used algorithms to analyze next generation sequencing data from Chromatin Factor ChIP-seq (MACS, MACE, DyChIPS), DNA Methylation Bisulfite-seq (BSMAP/RRBSMAP, BSeQC, MOABS), Nucleosome Positioning MNase-seq (DANPOS), and RNA-seq (CPAT, RSeQC, DaPars). These algorithms have been broadly adopted by thousands of academic users. For example, the MACS algorithm has gathered >1000 citations since 2008. In collaboration with experimental biologists, we used these algorithms to gain novel biological insights from various biological processes and disease models. Chromatin Factors: ER in breast cancer, AR in prostate cancer, FoxA1 pioneer factor, Atoh1 in neuron development, NSD2 in oncogenic programming, SIRT7 in cancer transformation, ZM11 in transcription elongation, and p53 in ES differentiation. DNA Methylation: Dnmt3a in HSC differentiation, DNA methylation Canyon, HSC aging. Nucleosome Organization: fragile nucleosome in gene poising, promoter nucleosome with Tup1, nucleosome dynamics in ES differentiation, global nucleosome loss in aging. Transcriptome: chimeric RNA in prostate cancer, Long non-coding RNA in HSC, 3’UTR deletion in cancer and their master regulators. Lab Intranet openwetware

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