沉淀分析 meaning in Chinese
precipitation analysis
sedimentation analysis
Examples
- Guideline for immunoprecipitin analyses - procedures for evaluating the performance of materials
免疫沉淀分析标准有关应用材料的评价 - Brief analysis of enterprise culture deposition and reprocess of the state - operated enterprise
国有企业的企业文化沉淀分析与再生探讨 - This study demonstrated that the arabidopsis f - box protein coil associated with atcul1 , atrbxl and skpl - like proteins askl and ask2 to assemble scfcoil ubiquitin ligase complexes . also , we found that the atcull component of scfcoil complexes contained two species including atcull and modified atcull . ( 2 ) we found that coil assembled to two separate scfcoil complexes with either askl or ask2 through immunoprecipitation analysis with plant expressing myc - tagged version of ask2
用表达融合蛋白myc - ask2的拟南芥为材料，以- myc抗体进行免疫共沉淀分析发现， myc - ask2蛋白可以与coi1蛋白一起免疫共沉淀，但是不能与ask1蛋白免疫共沉淀，表明coi1蛋白与ask2蛋白，但是不能同时与ask1结合形成scf ~ ( coi1 )复合体。 - ( 3 ) we further demonstrated that the atcull component of scfco11 complexes was modified via axr1 . mutations axr1 resulted in reduction of the modified atcull component of scfcol1 complex . ( 4 ) the mutant alleles of axri ( axr ] - 3 and axr ] - 12 ) showed moderate insensitivity - to ja - inhibitory root growth and mild reduction of ja - inducible gene expression of atvsp , thi2 . i and pdfi . 2 compared with that of wild type
以表达融合蛋白flag - coi1的axr1基因突变体axr1 - 3为材料，用- flag抗体进行免疫共沉淀分析发现， scf ~ ( coi1 )复合体中修饰的atcul1蛋白的含量明显降低，表明axr1基因突变影响对scf ~ ( coi1 )复合体中修饰的atcul1蛋白的修饰。 - The scfco , " ubiquitin - ligase complexes are required for jasmonate response in arabidopsis ( l ) arabidopsis coi is required for all the jasmonate - regulated response . it encodes a protein containing leucine - rich repeats and a degenerate f - box motif these structural features are characteristic of f - box proteins that function in ubiquitin ligase complexes for the ubiquitylation of substrate - proteins targeted for degradat1on
以表达融合蛋白flag - coi1的拟南芥为材料，用- flag抗体进行免疫共沉淀分析发现， coi1蛋白可以与ask1 、 ask2 、 atrbx1和atcul1蛋白结合形成scf ~ ( coi1 )复合体，并发现其中的atcul1蛋白包括未修饰和修饰的两种形式。