Fig. 1.
Fig. 1. Equilibrium binding of GM-CSF to the low- and high-affinity GM-CSF receptors. Binding assays were performed on COS cells transfected with cDNA encoding human low-affinity GMR (□), and on HL-60 promyelocytic cells expressing human high-affinity GMR/β (▪), with various concentrations of125I-labeled GM-CSF at 23°C (A) and 4°C (B), as described in Materials and Methods. Representative Scatchard analyses of the binding data are shown. The kd values of low-affinity GMR are 12.5 nmol/L (23°C) and 11.3 nmol/L (4°C), and the kd values of high-affinity GMR/β are 22.9 pmol/L (23°C) and 291.5 pmol/L (4°C) in the presented data.

Equilibrium binding of GM-CSF to the low- and high-affinity GM-CSF receptors. Binding assays were performed on COS cells transfected with cDNA encoding human low-affinity GMR (□), and on HL-60 promyelocytic cells expressing human high-affinity GMR/β (▪), with various concentrations of125I-labeled GM-CSF at 23°C (A) and 4°C (B), as described in Materials and Methods. Representative Scatchard analyses of the binding data are shown. The kd values of low-affinity GMR are 12.5 nmol/L (23°C) and 11.3 nmol/L (4°C), and the kd values of high-affinity GMR/β are 22.9 pmol/L (23°C) and 291.5 pmol/L (4°C) in the presented data.

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