Fig. 4.
Fig. 4. (A) Kinetic curves of the log number of crystals (nucleation rate) formed in various mixtures of Hbs as depicted in the figure. They include 100% HbC; 55% HbA + 45% αG-Phila.2βC2; 55% HbS + 45% αG-Phila.2βC2; and 100% αG Phila.2βC2. (B) Kinetic curves of the log number of crystals (nucleation rate) formed in a mixture of 20% αG-Phila.2βC2 + 80% α2β2 (HbA). The other solution is 100% α2βC2 (HbC).

(A) Kinetic curves of the log number of crystals (nucleation rate) formed in various mixtures of Hbs as depicted in the figure. They include 100% HbC; 55% HbA + 45% αG-Phila.2βC2; 55% HbS + 45% αG-Phila.2βC2; and 100% αG Phila.2βC2. (B) Kinetic curves of the log number of crystals (nucleation rate) formed in a mixture of 20% αG-Phila.2βC2 + 80% α2β2 (HbA). The other solution is 100% α2βC2 (HbC).

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