14. In hemoglobin, the transition from T state to R state (low to high affinity) is triggered by: (A) Fe2t binding. (B) heme binding. (C)oxygen binding. (D) subunit association. (E) subunit dissociation.

14. In hemoglobin, the transition from T state to R state (low to high affinity) is triggered by:
(A) Fe2t binding.
(B) heme binding.
(C)oxygen binding.
(D) subunit association.
(E) subunit dissociation.

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統計： A(0), B(0), C(0), D(2), E(0) #3175898

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木公的診間裝潢中

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In hemoglobin, the t...

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9. Which of the following statements about aromatic amino acids is correct? (A) All are strongly hydrophilic. (B)Histidine's ring structure results in its being categorized as aromatic or basic, depe (C) On a molar basis, tryptophan absorbs more ultraviolet light than tyrosine. (D)The major contribution to the characteristic absorption of light at 280 nm by prot phenylalanine R group. (E) The presence of a ring structure in its R group determines whether or not an amino acid is aromatic.

14. In hemoglobin, the transition from T state to R state (low to high affinity) is triggered by:
(A) Fe2t binding.
(B) heme binding.
(C)oxygen binding.
(D) subunit association.
(E) subunit dissociation.

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