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Original

Determination of the Molecular Weight Distribution of the PEGylated Bovine Hemoglobin (PEG-bHb)

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Pages 13-25 | Published online: 11 Jul 2009

Figures & data

Figure 1 HPLC elution profile of BSA. The LS, RI and UV were the signals of laser light-scattering, refractive index and UV absorbance collected with Astra software, respectively.

Figure 1 HPLC elution profile of BSA. The LS, RI and UV were the signals of laser light-scattering, refractive index and UV absorbance collected with Astra software, respectively.

Figure 2 HPLC elution profile of PEG-bHb as the molar ratio of PEG to bHb was 7:1. The LS, RI and UV were the signals of laser light-scattering, refractive index and UV absorbance collected with Astra software, respectively.

Figure 2 HPLC elution profile of PEG-bHb as the molar ratio of PEG to bHb was 7:1. The LS, RI and UV were the signals of laser light-scattering, refractive index and UV absorbance collected with Astra software, respectively.

Figure 3 HPLC elution profile of PEG-bHb as the molar ratio of PEG to bHb was 10:1. The LS, RI and UV were the signals of laser light-scattering, refractive index and UV absorbance collected with Astra software, respectively.

Figure 3 HPLC elution profile of PEG-bHb as the molar ratio of PEG to bHb was 10:1. The LS, RI and UV were the signals of laser light-scattering, refractive index and UV absorbance collected with Astra software, respectively.

Figure 4 HPLC elution profile of PEG-bHb as the molar ratio of PEG to bHb was 13:1. The LS, RI and UV were the signals of laser light-scattering, refractive index and UV absorbance collected with Astra software, respectivley.

Figure 4 HPLC elution profile of PEG-bHb as the molar ratio of PEG to bHb was 13:1. The LS, RI and UV were the signals of laser light-scattering, refractive index and UV absorbance collected with Astra software, respectivley.

Table 1 The average MCP and MP of three different PEG-bHb

Table 2 Relationship between molecular weight and elution time of F1

Table 3 Relationship between molecular weight and elution time of F2

Table 4 Relationship between molecular weight and elution time of F3

Figure 5 Molecular weight vs elution time of actived mPEG. The dashed lines represent the signal of laser, and the solid lines represent the signal of refractive index.

Figure 5 Molecular weight vs elution time of actived mPEG. The dashed lines represent the signal of laser, and the solid lines represent the signal of refractive index.

Figure 6 Molecular weight vs elution time of native bovine hemoglobin. The dashed lines represent the signal of laser, and the solid lines represent the signal of refractive index.

Figure 6 Molecular weight vs elution time of native bovine hemoglobin. The dashed lines represent the signal of laser, and the solid lines represent the signal of refractive index.

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