release time：2023-06-15page view：
shengqin wang
education background |
2009/9 - 2015/1, southeast university, biomedical engineering, d.e 2006/9 - 2009/7，wenzhou medical university, clinical laboratory diagnostics, m.s 2001/9 - 2005/7, wenzhou university, biological science, b.s |
work experience |
2019/12 - now, wenzhou university, college of life and environmental science,associate professor 2015/3 -2019/12, wenzhou university, college of life and environmental science, instructor 2011/4 - 2012/3, baylor medical college, biostatics, visiting researcher |
research interest |
high throughput sequence analysis, metagenomics, data mining |
courses taught |
bioinformatics |
publications |
wang s, sun b, tu j, lu z. improving the microbial community reconstruction at the genus level by multiple 16s rrna regions. j theor biol. 2016 jun 7;398:1-8. doi: 10.1016/j.jtbi.2016.03.016. wang s, xu y, li m, tu j, lu z. dysregulation of mirna isoform level at 5' end in alzheimer's disease. gene. 2016 jun 15;584(2):167-72. doi:10.1016/j.gene.2016.02.020. wang s, tu j, wang l, lu z. entropy-based model for mirna isoform analysis. plos one. 2015 mar 18. wang s, tu j, he c, lu z. high order intra-strand partial symmetry increases with morphological complexity in animal evolution. scientific reports. 2014 sep 15. wang s, xu y, lu z. genome-wide mirna seeds prediction in archaea. archaea. 2014 may 14. wang l, park hj, dasari s, wang s, kocher jp, li w. cpat: coding-potential assessment tool using an alignment-free logistic regression model. nucleic acids res. 2013 apr 1. wang l, wang s, li w. rseqc: quality control of rna-seq experiments. bioinformatics. 2012 |
projects |
national natural science foundation of china. 61601332. 2d-analysis of mirna expression profile and its application to neurodegenerative disease research. 2017-2019. wenzhou science and technology project. z20160016. genomic-based study on the resources of sargassum. 2017-2019. zhejiang provincial natural science foundation of china. lq16f010009. entropy-based distribution character analysis for mirna expression profile in alzheimer's disease and related platform construction. 2016-2018. scientific research fund of zhejiang provincial education department. y201533114. modeling of mirna expression profile in alzheimer 's disease. 2015-2017. |
mysango@163.com |
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