Figures & data
Figure 1. A1: Sample with its native MetHb; A2: potassium cyanide (KCN) converts MetHb present in the sample to CnMetHb; A3: potassium ferricyanide (K3FeCN6) converts Hb present in the sample into MetHb which is converted into stable CnMetHb by KCN; A4: A1 to A4 is read at 630 nm for the MetHb; A5: Tube 4 is read at 540 nm. The difference between Tube A1 and A2 corresponds to the native MetHb from the sample; the difference between Tube A3 and A4 corresponds to the MetHb that could be present in the sample produced by all forms of Hb.
![Figure 1. A1: Sample with its native MetHb; A2: potassium cyanide (KCN) converts MetHb present in the sample to CnMetHb; A3: potassium ferricyanide (K3FeCN6) converts Hb present in the sample into MetHb which is converted into stable CnMetHb by KCN; A4: A1 to A4 is read at 630 nm for the MetHb; A5: Tube 4 is read at 540 nm. The difference between Tube A1 and A2 corresponds to the native MetHb from the sample; the difference between Tube A3 and A4 corresponds to the MetHb that could be present in the sample produced by all forms of Hb.](/cms/asset/5306296e-5811-4791-b998-ef7688d1f43f/ianb_a_1138490_f0001_b.jpg)
Figure 2. Measured vs. calculated Hb from HBOC-201 samples using the ABL or 96-well-plate method. X = 96-well-plate (W) with samples diluted in buffer, ▴ 96-well-plate (W) with samples diluted in blood, and ⋄ ABL with samples diluted in buffer. Mean ± SD.
![Figure 2. Measured vs. calculated Hb from HBOC-201 samples using the ABL or 96-well-plate method. X = 96-well-plate (W) with samples diluted in buffer, ▴ 96-well-plate (W) with samples diluted in blood, and ⋄ ABL with samples diluted in buffer. Mean ± SD.](/cms/asset/4239265d-f9e8-477e-a075-b2b05a7163b2/ianb_a_1138490_f0002_c.jpg)