首页> 外文OA文献 >Figure 5: Changes in the near-UV CD spectra (A–C) and the tryptophan fluorescence spectra (D–F) of bOBP alone (black lines) and in the presence of PEG-600 (green colors), PEG-4000 (red colors) and PEG-12000 (blue colors).

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Figure 5: Changes in the near-UV CD spectra (A–C) and the tryptophan fluorescence spectra (D–F) of bOBP alone (black lines) and in the presence of PEG-600 (green colors), PEG-4000 (red colors) and PEG-12000 (blue colors).

机译：图5：单独（黑线）的近UV CD光谱（A-C）和胸部的色氨酸荧光光谱（D-F）和PEG-600（绿色），PEG-4000（红颜色）和PEG-12000（蓝色）。

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7. Figure 6: Tertiary structure for bOBP (red) and its mutant forms bOBP-Gly121+ (green), GCC-bOBP (blue), GCC-bOBP-W17F (gray) and GCC-bOBP-W133F (dark yellow) in buffered solution are indicated by near-UV CD spectra. [O] . -1

机译：图6：BOBP（红色）及其突变体形成BOBP-GLY121 +（绿色），GCC-BOBP-W17F（灰色）和GCC-BOBP-W133F（深黄色）在缓冲溶液中的三级结构是近紫外线CD光谱表示。

Figure 5: Changes in the near-UV CD spectra (A–C) and the tryptophan fluorescence spectra (D–F) of bOBP alone (black lines) and in the presence of PEG-600 (green colors), PEG-4000 (red colors) and PEG-12000 (blue colors).

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