高等学校化学学报 ›› 2021, Vol. 42 ›› Issue (12): 3579.doi: 10.7503/cjcu20210527
收稿日期:
2021-07-21
出版日期:
2021-12-10
发布日期:
2021-09-22
通讯作者:
王力
E-mail:wanglimerry@jmu.edu.cn
基金资助:
SHUAI Die1, ZHAO Meijuan1, CHEN Bingnian2, WANG Li1()
Received:
2021-07-21
Online:
2021-12-10
Published:
2021-09-22
Contact:
WANG Li
E-mail:wanglimerry@jmu.edu.cn
Supported by:
摘要:
合成并表征了4种过渡金属钒取代的Keggin型磷钼酸盐Na3+nPMo12-nVnO40(PMo12-nVn)(n=2, 3, 4, 5). 酶动力学实验结果表明, 4种多酸对酪氨酸酶的抑制类型为可逆的混合型抑制, 过渡金属钒取代的个数会影响酪氨酸酶的抑制效果. 当所加酶量为500 U/mL时, PMo10V2, PMo9V3, PMo8V4和PMo7V5对酪氨酸酶的半抑制率(IC50)分别为(7.046±0.506), (12.128±0.574), (12.362±0.802)和(9.860±1.490) mmol/L. 分子对接研究表明, 化合物与酪氨酸酶之间主要存在氢键和范德华力. 细胞实验结果表明, 在0~200 μmol/L范围内, 4种多酸未对B16黑素瘤细胞产生细胞毒性, 且能显著抑制黑色素的生成. 此外, 1,1-二苯基-2-三硝基苯肼(DPPH)与2,2'-联氮-双-3-乙基苯并噻唑啉-6-磺酸(ABTS)自由基清除实验显示, 4种多酸具有良好的抗氧化能力, 清除DPPH自由基能力优于ABTS.
中图分类号:
TrendMD:
帅蝶, 赵美娟, 陈丙年, 王力. 4种Keggin型磷钼酸盐对蘑菇酪氨酸酶活性和黑色素生成的抑制及抗氧化作用. 高等学校化学学报, 2021, 42(12): 3579.
SHUAI Die, ZHAO Meijuan, CHEN Bingnian, WANG Li. Inhibitory Effect of Four Kinds of Keegin-type Phosphomolybdate on Tyrosinase and Melanin Formation and Its Antioxidant Activities. Chem. J. Chinese Universities, 2021, 42(12): 3579.
Compd. | IC50/(mmol·L-1) | Inhibitory mechanism | Inhibitory type | Inhibitory constant | |
---|---|---|---|---|---|
KI/(mmol·L-1) | KIS/(mmol·L-1) | ||||
PMo11V[ | 0.522±0.003 | Reversible | Competitive | 0.172 | — |
PMo10V2 | 7.046±0.506 | Reversible | Mixed?type | 12.482 | 66.315 |
PMo9V3 | 12.128±0.574 | Reversible | Mixed?type | 15.431 | 14.013 |
PMo8V4 | 12.362±0.802 | Reversible | Mixed?type | 10.870 | 46.191 |
PMo7V5 | 9.860±1.490 | Reversible | Mixed?type | 7.222 | 4.563 |
Table 1 Enzyme kinetic results of Keggin-type vanadium-substituted phosphomolybdate on tyrosinase
Compd. | IC50/(mmol·L-1) | Inhibitory mechanism | Inhibitory type | Inhibitory constant | |
---|---|---|---|---|---|
KI/(mmol·L-1) | KIS/(mmol·L-1) | ||||
PMo11V[ | 0.522±0.003 | Reversible | Competitive | 0.172 | — |
PMo10V2 | 7.046±0.506 | Reversible | Mixed?type | 12.482 | 66.315 |
PMo9V3 | 12.128±0.574 | Reversible | Mixed?type | 15.431 | 14.013 |
PMo8V4 | 12.362±0.802 | Reversible | Mixed?type | 10.870 | 46.191 |
PMo7V5 | 9.860±1.490 | Reversible | Mixed?type | 7.222 | 4.563 |
Fig.5 Inhibitory mechanism of PMo10V2(A), PMo9V3(B), PMo8V4(C) and PMo7V5(D) on the tyrosinase(A) The concentrations of PMo10V2 were 0(a), 1.6(b), 2.4(c), 3.6(d) mmol/L, respectively; (B) the concentrations of PMo9V3 were 0(a), 1(b), 3(c), 5(d) mmol/L, respectively; (C) the concentrations of PMo8V4 were 0(a), 1(b), 2(c), 3(d) mmol/L, respectively; (D) the concentrations of PMo7V5 were 0(a), 1(b), 2(c), 3(d) mmol/L, respectively.
Fig.6 Inhibitory type and constants of PMo10V2(A), PMo9V3(B), PMo8V4(C) and PMo7V5(D) on the tyrosinase(A) The concentrations of PMo10V2 were 0(a), 3(b), 4.8(c), 6 mmol/L(d), respectively;(B) the concentrations of PMo9V3 were 0(a), 1(b), 3(c), 5 mmol/L(d), respectively;(C) the concentrations of PMo8V4 were 0(a), 1(b), 2(c), 3 mmol/L(d), respectively;(D) the concentrations of PMo7V5 were 0(a), 1(b), 2(c), 3 mmol/L(d), respectively. Cs- 1 represents the reciprocal of substrate concentration; V-1 represents the reciprocal of enzyme reaction rate. Insets represent the secondary plot of the slope and intercept, respectively, versus the concentrations of PMo10V2, PMo9V3, PMo8V4 and PMo7V5 to determine the inhibition constants(K1 and KIS).
Compd. | Force type | Amino acid |
---|---|---|
PMo9V3 | Hydrogen bond | His85, His94, His259, Asn260 |
van der Waals force | His61, Asn81, Cys83, Thr84, Phe90, His244, Glu256, His263, Phe264, Val283, Ala286, Phe292 | |
PMo8V4 | Hydrogen bond | His94, His259, Val283, Ala286 |
van der Waals force | His61, Cys83, Thr84, His85, Phe90, Asn260, His263, Ala287, Phe292, His295, His296 | |
PMo7V5 | Hydrogen bond | His259, Asn260 |
van der Waals force | His61, Cys83, Thr84, His85, Gly86, Phe90, His244, Val248, His263, Phe264, Gly281, Val283, Phe292 |
Table 2 Molecular docking of compounds
Compd. | Force type | Amino acid |
---|---|---|
PMo9V3 | Hydrogen bond | His85, His94, His259, Asn260 |
van der Waals force | His61, Asn81, Cys83, Thr84, Phe90, His244, Glu256, His263, Phe264, Val283, Ala286, Phe292 | |
PMo8V4 | Hydrogen bond | His94, His259, Val283, Ala286 |
van der Waals force | His61, Cys83, Thr84, His85, Phe90, Asn260, His263, Ala287, Phe292, His295, His296 | |
PMo7V5 | Hydrogen bond | His259, Asn260 |
van der Waals force | His61, Cys83, Thr84, His85, Gly86, Phe90, His244, Val248, His263, Phe264, Gly281, Val283, Phe292 |
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