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ORIGINAL ARTICLES

An optimal polymerization conditions for poly-human placenta hemoglobin with lower mean molecular weight

, , , , , & show all
Pages 289-292 | Received 27 Sep 2012, Accepted 26 Oct 2012, Published online: 30 Jan 2013

Figures & data

Figure 1. The schematic diagram of approaches of feeding gluaraldehyde.

Figure 1. The schematic diagram of approaches of feeding gluaraldehyde.

Figure 2. Effects of poly-hemoglobin with the approaches of feeding gluaraldehyde (n = 3).

Figure 2. Effects of poly-hemoglobin with the approaches of feeding gluaraldehyde (n = 3).

Figure 3. Effects of poly-hemoglobin with the hemoglobin concentration (n = 3).

Figure 3. Effects of poly-hemoglobin with the hemoglobin concentration (n = 3).

Figure 4. Effects of poly-hemoglobin with the molar ratio of gluaraldehyde and hemoglobin (n = 3).

Figure 4. Effects of poly-hemoglobin with the molar ratio of gluaraldehyde and hemoglobin (n = 3).

Table I. The molecular weight distribution of poly-hemoglobin and final products based on optimal process (n = 3).

Figure 5. Secondary structure of final products with circular dichroism (A). Compared with the secondary structure of the storma-free human placenta hemoglobin (B), the secondary structure of final products is consistent. This can be very obviously explained by the process of crosslinking without disrupting the secondary structure.

Figure 5. Secondary structure of final products with circular dichroism (A). Compared with the secondary structure of the storma-free human placenta hemoglobin (B), the secondary structure of final products is consistent. This can be very obviously explained by the process of crosslinking without disrupting the secondary structure.

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