Hemoglobin-O₂ binding follows Hill equation Y = (P/P_50)^n / (1 + (P/P_50)^n) with cooperativity exponent n ≈ 2.8 (true tetramer cooperativity). MWC and KNF allosteric models give mechanistic basis; Bohr/Haldane effects shift P_50 with…
Hemoglobin-O₂ binding follows Hill equation Y = (P/P_50)^n / (1 + (P/P_50)^n) with cooperativity exponent n ≈ 2.8 (true tetramer cooperativity). MWC and KNF allosteric models give mechanistic basis; Bohr/Haldane effects shift P_50 with…