Vavilov Institute of General Genetics, Russian Academy of Sciences, Moscow, 119991, Russia.
Moscow Institute of Physics and Technology, Dolgoprudny, 141701, Russia.
Nucleic Acids Res. 2022 Jul 5;50(W1):W51-W56. doi: 10.1093/nar/gkac262.
We present ANANASTRA, https://ananastra.autosome.org, a web server for the identification and annotation of regulatory single-nucleotide polymorphisms (SNPs) with allele-specific binding events. ANANASTRA accepts a list of dbSNP IDs or a VCF file and reports allele-specific binding (ASB) sites of particular transcription factors or in specific cell types, highlighting those with ASBs significantly enriched at SNPs in the query list. ANANASTRA is built on top of a systematic analysis of allelic imbalance in ChIP-Seq experiments and performs the ASB enrichment test against background sets of SNPs found in the same source experiments as ASB sites but not displaying significant allelic imbalance. We illustrate ANANASTRA usage with selected case studies and expect that ANANASTRA will help to conduct the follow-up of GWAS in terms of establishing functional hypotheses and designing experimental verification.
我们介绍了 ANANASTRA,网址为 https://ananastra.autosome.org,这是一个用于识别和注释具有等位基因特异性结合事件的调控单核苷酸多态性(SNP)的网络服务器。ANANASTRA 接受 dbSNP ID 列表或 VCF 文件,并报告特定转录因子或特定细胞类型中的等位基因特异性结合(ASB)位点,突出显示在查询列表中 SNP 处具有显著富集 ASB 的位点。ANANASTRA 建立在对 ChIP-Seq 实验中等位基因失衡的系统分析之上,并针对在 ASB 位点相同来源实验中发现的但未显示显著等位基因失衡的 SNP 的背景集执行 ASB 富集测试。我们使用选定的案例研究来说明 ANANASTRA 的用法,并期望 ANANASTRA 将有助于根据建立功能假设和设计实验验证来跟进 GWAS。
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