求翻译：Figure4 GC-20 对微管蛋白的影响A上清液电泳图，0 ℃：不能进行组装的tubulin；DMSO为溶剂对照；20 uMCol组：由于抑制了tubulin聚合，上清液中有大量tubulin；5uM Paclitaxel组：由于tubulin大量聚合，上清液中含量很少；10uM、50uM、100uMGC-20组：与DMSO溶剂对照结果类似，结果显示GC-20对微管蛋白没有明显的聚合或解聚的作用。是什么意思？

figure4 the gc-20 tubulin a supernatant electrophoresis, 0 ° C: You can not carry out assembly of tubulin; dmso as solvent control; 20 umcol group: the inhibition of tubulin polymerization, a large number of tubulin in the supernatant; 5um paclitaxel group: tubulin polymerization a large number of v

Figure GC - 4 to 20 micro-tube A whilst the protein electrophoresis, liquid 0° C: not to be assembled for the tubulin; DMSO solvents; 20 uMCol group: the suppression of tubulin aggregate, frees up fluid tubulin has a large number; 5 uM Paclitaxel Group: The tubulin aggregate large fluid content, whi

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Figure4 effects on tubulin a clear liquid on electrophoresis, 0 ° c: tubulin;DMSO cannot be assembled as solvent control; 20 uMCol group: due to the inhibition of tubulin polymerization, there are a large number of tubulin;5uM group of Paclitaxel in the supernatant: as tubulin large aggregations, li

Figure4 GC-20 to capillary protein influence A supernate electrophoretograms, 0 ℃: Cannot carry on the assembly tubulin; DMSO is the solvent comparison; 20 uMCol groups: Because has suppressed the tubulin polymerization, in the supernate has massive tubulin; 5uM Paclitaxel group: Because the tubulin