1.Guoqing Liu*, Fen Feng, Xiujuan Zhao, Lu Cai*. Nucleosomeorganization around pseudogenes in the human genome. BioMed ResearchInternational, 2015:821596
2.Guoqing Liu*, Yongqiang Xing, Lu Cai*. Using weighted featuresto predict recombination hotspots in Saccharomyce scerevisiae. Journal of TheoreticalBiology, 2015: 382:15–22
3.BingjieZhang,Guoqing Liu*.Predicting recombination hotspots in yeast based on DNA sequence andchromatin structure. Curr Bioinformatics, 2014, 9(1):28-33 (SCI,IF:2.04)
4.GuoqingLiu,Jia Liu, Bingjie Zhang. Compositional bias is a major determinant of thedistribution pattern and abundance of palindromes in Drosophila melanogaster. JMol Evol, 2012, 72:130-140(SCI, IF: 3.23)
5.WangJian-Ying, Wang Jingyan,Liu Guoqing*. Calculation of nucleosomalDNA deformation energy: its implication for nucleosome positioning. ChromosomeResearch, 2012, 20(7): 889-902 (SCI)
6.Guoqing Liu,Jia Liu, Xiangjun Cui, Lu Cai. Sequence-dependentprediction of recombination hotspots in Saccharomyces cerevisiae. J Theor Biol,2012, 293: 49-54 (SCI, IF:2.32)
7.Guoqing Liu,Hong Li, Lu Cai. Processed pseudogenes are locatedpreferentially in regions of low recombination rates in the human genome.J Evol Biol, 2010, 23(5):1107-1115 (SCI, IF:3.47)
8.Guoqing Liu, Hong Li. The correlation betweenrecombination rate and dinucleotide bias inDrosophila melanogaster.Journal of Molecular Evolution, 2008, 67(4):358-367 (SCI, IF: 3.23)
11.Yong-qiangXing,Guo-qing Liu, Xiu-juan Zhao, et al.Genome-wide characterization andprediction of Arabidopsis thaliana replication origins. BioSystems 124 (2014)1–6.
12.Hong Li,Guoqing Liu, XuhuaXia. Correlations between recombination rate and intron distributions alongchromosomes ofC. elegans.Progressin Natural Science, 2009, 19(4): 517-522.(SCI)
13.Jia Liu,Guo-QingLiu, Xiao-Hong Du.The effect of impurities in a three-qubit Ising spin Model.International Journal of Theoretical Physics,2012,51(4):1509-1517 (SCI)
14.XingYong-qiang,Liu Guo-qing, Zhao Xiu-juan, Cai Lu*.An analysis and prediction ofnucleosome positioning based on information content. Chromosome Res, 2013,21(1):63-74(SCI)
15.Xiang-JunCui, Hong Li,Guo-Qing Liu.Combinatorial patterns of histonemodifications in Saccharomyces.cerevisiae, Yeast, 2011, 28: 683-691 (SCI)
16.TonglagaBao, Hong Li, Xiaoqing Zhao,Guoqing Liu. Predicting nucleosomebinding motif set and analyzing their distributions flanking functional sitesof human genes. Chromosome Research, 2012, 20: 685-698 (SCI, IF:3.08)
33.Shou-HuiGuo, Li-Qin Xu, Wei Chen,Guo-Qing Liu, Hao Lin. Recombination spotsprediction using DNA physical properties in the Saccharomyces cerevisiae genome.AIP Conf Proc 2012, 1479:1556-1559, doi: 10.1063/1.4756460.
34.GuoqingLiu*, Yongqiang Xing, Lu Cai, Jianying Wang An energetic model for nucleosomepositioning.第一屆國際暨第十三次中國生物物理學術大會2013.10.28-11.1,南昌
35.GuoqingLiu,Jia Liu.Prediction ofrecombination rate in thehumangenome.IEEE, The International Conference on Consumer Electronics,Communications and Networks, CECNet 2012 - Proceedings, 1179-1182 (EI)
36.GuoqingLiu,Jia Liu.Recombination affects thedistribution of palindromes in yeast.The 6th InternationalConference on Bioinformatics and Biomedical Engineering, iCBBE 2012,Proceedings, 169-171
37.GuoqingLiu, HongLi. The effect of recombination rate on dinucleotide bias inDrosophilamelanogaster.第三屆全國生物信息學與系統生物學學術大會論文集, 2008,65-66.武漢
38.GuoqingLiu,Liaofu Luo. Growing of the information quantity of genome and recombination.The 4thChinese Conference on Bioinformatics & Systems Biology.2010.102.
39.劉國慶,劉佳. Compositionalbias is a major determinant of the distribution pattern of palindromes inDrosophila.第五屆全國生物信息學與系統生物學學術大會論文集, 2012:127
40.GuoqingLiu,Jia Liu,Lu Cai.Predicting Recombination HotspotsUsing Principle Composition Analysis Combined with Quadratic DiscriminantFunction,The 17th IUPAB International Biophysics Congress,2011,40
41.張冰潔,劉國慶. Predicting recombinationhotspots in yeast based on DNA sequence and chromatin strucutre.第五屆全國生物信息學與系統生物學學術大會論文集, 2012:190
45.李敏,劉國慶,蔡祿.Disease-causing alternative splicing influences protein structure stability.第6屆全國生物信息學與系統生物學學術大會論文集,2014,10:P269
46.劉國慶,馮芬,趙秀娟,崔向軍,蔡祿.Nuclesome organization around pseudogenes in the humangenome.第6屆全國生物信息學與系統生物學學術大會論文集,2014,10:P273
47.馮芬,劉國慶. The heterogeneousdistribution of palindromes in the C.elegans genome.第6屆全國生物信息學與系統生物學學術大會論文集, 2014,10:P339
48.LiuGuoqing, Zhao Xiujuan, Cai Lu. Nucleosome organization around ENCODEpseudogenes. The 8th IUPAP International Conference on Biological Physics,2014, 6,18-22,中國北京
教材及著作
1.蔡祿,趙秀娟,劉國慶,崔向軍等.表觀遺傳學前沿,清華大學出版社,49.3萬字,2012
專題報告
1.報告題目:An energetic model fornucleosome positioning.第一屆國際暨第十三次中國生物物理學術大會,2013年10月28-31,南昌
2.報告題目:Meiotic recombination andprocessed pseudogene distribution.The 7th International Bioinformatics Workshop, 2009年6月19-21,蘇州