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  • RNA_count_matrix

    Fei Li, , 2022.05.25

    Description

    Low-quality sequences and adapters were removed by the function of trim_galore implanted in TrimGalore (version 0.5.0). Clean reads were further mapped to the GRCh38 genome using hisat2 (version 2.1.0). Gene expression was quantified at the gene level using featureCounts tool. Downstream analyses were performed in R (version 3.6.1).

    Analysis type

    De Novo Assembly

    OEZ009042

  • AMD_MAG_ling

    Ling Wang, Zhang-Guo qing Lab, CAS Key Laboratory of Computational Biology,Bio-Med Big Data Center, 2022.03.08

    Analysis type

    Sequence Annotation

    OEZ008530

  • 2017_Bins

    Xiaofeng Chen, , 2021.05.16

    Description

    Metagenomic binning and contig mapping

    Analysis type

    Sequence Annotation

    OEZ007576

  • Genetic variants in Telomerase Reverse Transcriptase contribute to solar lentigines

    Sijia Wang, , 2021.12.08

    Description

    Aged individuals often show pigmentation changes in skin epithelium and its appendages. Among these phenotypes, Solar lentigines (SL), characterized by a localized accumulation of melanocytes in skin epidermis, are result from chronic sunlight exposure. Susceptibility to SL varies significantly among individuals, but the underlying genetic mechanisms were not well understood. Here we carried out GWAS of facial and non-facial SL in two East Asian and one Caucasian populations.

    Analysis type

    Other

    OEZ008165

  • CK1_MEGAHIT.assembly

    Xiaolan Lin, Xiamen University, 2023.05.17

    Analysis type

    De novo Assembly

    OEZ014093

  • N60_MEGAHIT.assembly

    Xiaolan Lin, Xiamen University, 2023.05.17

    Analysis type

    De novo Assembly

    OEZ014092

  • BN60_MEGAHIT.assembly

    Xiaolan Lin, Xiamen University, 2023.05.17

    Analysis type

    De novo Assembly

    OEZ014091

  • CK60_MEGAHIT.assembly

    Xiaolan Lin, Xiamen University, 2023.05.17

    Analysis type

    De novo Assembly

    OEZ014090

  • B60_MEGAHIT.assembly

    Xiaolan Lin, Xiamen University, 2023.05.17

    Analysis type

    De novo Assembly

    OEZ014094

  • T-ALL expression

    Yuting Dai, Shanghai Institute of Hematology, 2023.05.17

    Analysis type

    Other

    OEZ014089