8. Secondary and higher orders of structure are determined by all EXCEPT: (A) hydrophobic interactions. (B) ionic bonds. (C) van der Waals forces. (D) hydrogen bonds. (E) peptide bonds.

8. Secondary and higher orders of structure are determined by all EXCEPT:
(A) hydrophobic interactions.
(B) ionic bonds.
(C) van der Waals forces.
(D) hydrogen bonds.
(E) peptide bonds.

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統計： A(0), B(0), C(0), D(1), E(1) #3195990

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木公診間裝潢中

B1 · 2024/01/26

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Secondary and higher...

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10. All of the statements about the tertiary structure of the enzyme triose phosphate isomerase are correct EXCEPT: (A) Its β-strands are parallel. (B) Its a-helices are in the interior core of the molecular structure. (C) It contains a β-barrel in the center of its structure. (D) It is composed entirely of alternating o-helices and β-strands. (E) Hydrophobic residues are buried between concentric layers.

8. Secondary and higher orders of structure are determined by all EXCEPT:
(A) hydrophobic interactions.
(B) ionic bonds.
(C) van der Waals forces.
(D) hydrogen bonds.
(E) peptide bonds.

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相關試卷

8. Secondary and higher orders of structure are determined by all EXCEPT:(A) hydrophobic interactions.(B) ionic bonds.(C) van der Waals forces.(D) hydrogen bonds.(E) peptide bonds.

詳解 (共 1 筆)

相關試題

相關試卷

8. Secondary and higher orders of structure are determined by all EXCEPT:
(A) hydrophobic interactions.
(B) ionic bonds.
(C) van der Waals forces.
(D) hydrogen bonds.
(E) peptide bonds.