File S1 - Structure-Function Relationship of Substituted Bromomethylcoumarins in Nucleoside Specificity of RNA Alkylation
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资源简介:
Contains: Table S1: Retention times, mass transitions and correction factors of BMB nucleoside conjugates. Table S2: Retention times, mass transitions and correction factors of compound 2 nucleoside conjugates. Table S3: Retention times, mass transitions and correction factors of compound 3 nucleoside conjugates. Table S4: Retention times, mass transitions and correction factors of compound 4 nucleoside conjugates. Table S5: Retention times, mass transitions and correction factors of compound 5 nucleoside conjugates. Table S6: Retention times, mass transitions and correction factors of compound 6 nucleoside conjugates. Table S7: Overview of all correction factors and standard deviations. Table S8: Analysis of tRNA composition. Figure S1: Gel analysis of tRNA in-vitro-transcript (IVT) and tRNA E. coli. Figure S2: Major base composition is not altered upon coumarin treatment. Figure S3: UV spectrometrical changes in absorption by pseudouridine alkylation at different pH.
(DOCX)
本数据集包含如下内容:
表S1:BMB核苷缀合物(nucleoside conjugates)的保留时间(Retention times)、质量跃迁(mass transitions)及校正因子(correction factors)。
表S2:化合物2核苷缀合物的保留时间、质量跃迁及校正因子。
表S3:化合物3核苷缀合物的保留时间、质量跃迁及校正因子。
表S4:化合物4核苷缀合物的保留时间、质量跃迁及校正因子。
表S5:化合物5核苷缀合物的保留时间、质量跃迁及校正因子。
表S6:化合物6核苷缀合物的保留时间、质量跃迁及校正因子。
表S7:所有校正因子及其标准差的汇总。
表S8:转运RNA(transfer RNA,简称tRNA)组成分析。
图S1:tRNA体外转录产物(in-vitro-transcript,简称IVT)与大肠杆菌tRNA的凝胶电泳分析。
图S2:经香豆素处理后,碱基的主要组成未发生改变。
图S3:不同pH条件下假尿苷(pseudouridine)烷基化引发的紫外吸收光谱变化(UV spectrometrical changes)。
本数据集文件格式为DOCX。
创建时间:
2013-07-03



