Synthesis and structure of a new tetracopper(II) complex with N -benzoate- N′ -[2-(2-hydroxyethylamino)ethyl]oxamide as bridging ligand: In vitro anticancer activities and DNA- and BSA-binding studies

Journal of Coordination Chemistry

Volumn 66, Issue 18, 2013, Pages 3149-3169

  Xing, Ting Ting ^a   Zhan, Shu Hui ^b   Li, Yan Tuan ^a   Wu, Zhi Yong ^a   Yan, Cui Wei ^a  

^a OCEAN UNIVERSITY OF CHINA   (China)

^b Department of Pathology   (China)

Author keywords

Oxamidato bridge; BSA binding; Crystal structure; DNA interaction; Tetracopper(II) complex

Indexed keywords

EID: 84885014027     PISSN: 00958972     EISSN: 10290389     Source Type: Journal    
DOI: 10.1080/00958972.2013.827179     Document Type: Article

References (80)

1. M Chauhan, K Banerjee, F Arjmand Inorg Chem., 46, 3072 (2007).
2. F Arjmand, M Aziz Eur J Med Chem., 44, 834 (2009).
3. M.J Clarke Coord Chem Rev., 236, 209 (2003).
4. E Wong, C.M Giandomenico Chem Rev., 99, 2451 (1999).
5. L Ronconi, P.J Sadler Coord Chem Rev., 251, 1633 (2007).
6. S.E Sherman, D Gibson, A.H.J Wang, S.J Lippard J Am Chem Soc., 110, 7368 (1988).
7. P.M Takahara, C.A Frederick, S.J Lippard J Am Chem Soc., 118, 2309 (1996).
8. A Panja Polyhedron, 43, 22 (2012).
9. U Pindur, M Haber, K Sattler J Chem Educ., 70, 263 (1993).
10. H Malonga, J.F Neault, H.A Tajmir-Riahi DNA Cell Biol., 25, 393 (2006).
11. H Gao, Y.N Wang, Y.G Fan, J.B Ma Bioorg Med Chem., 14, 131 (2006).
12. A Silvestri, G Barone, G Ruisi, M.T Giudice, S Tumminello J Inorg Biochem., 98, 589 (2004).
13. K.D Karlin, Z Tyeklar Bioinorganic Chemistry of Copper, Chapman & Hill, New York (1993).
14. R.E Holmlin, E.D.K Stemp, J.K Barton Inorg Chem., 37, 29 (1998).
15. S Dhar, D Senapati, P.K Das, P Chattopadhyay, M Nethaji, A.R Chakravarty J Am Chem Soc., 125, 12118 (2003).
16. D.S Sigman, D.R Graham, V.D Aurora, A.M Stern J Biol Chem., 254, 12269 (1979).
17. R Ren, P Yang, W.J Zheng, Z.C Hua Inorg Chem., 39, 5454 (2000).
18. K Dhara, P Roy, J Rarha, M Manassero, P Banerjee Polyhedron, 26, 4509 (2007).
19. A Dimitrakopoulou, C Dendrinou-Samara, A.A Pantazaki, M Alexiou, E Nordlander, D.P Kessissoglou J Inorg Biochem., 102, 618 (2008).
20. R Tang, C.H Tang, C.Q Tang J Organomet Chem., 696, 2040 (2011).
21. E.G Ferrer, A Bosch, O Yantorno, E.J Baran Bioorg Med Chem., 16, 3878 (2008).
22. H Ojima, K Nonoyama Coord Chem Rev., 92, 85 (1988).
23. R Ruiz, J Faus, F Lloret, M Julve, Y Journaux Coord Chem Rev., 193-195, 1069 (1999).
24. X.W Li, Y Yu, Y.T Li, Z.Y Wu, C.W Yan Inorg Chim Acta, 367, 64 (2011).
25. W.C Chen, L.D Wang, Y.T Li, Z.Y Wu, C.W Yan Transition Met Chem., 37, 569 (2012).
26. G.M Sheldrick SHELXL97, Program for Crystal Structure Refinement, University of Göttingen, Germany (1997).
27. J Marmur J Mol Biol., 3, 208 (1961).
28. M.E Reichmann, S.A Rice, C.A Thomas, P.J Doty J Am Chem Soc., 76, 3047 (1954).
29. J.B Chaires, N Dattagupta, D.M Crothers Biochemistry, 21, 3933 (1982).
30. G Cohen, H Eisenberg Biopolymers, 8, 45 (1969).
31. J.K Barton, J.M Goldberg, C.V Kumar, N.J Turro J Am Chem Soc., 108, 2081 (1986).
32. N.S Quiming, R.B Vergel, M.G Nicolas, J.A Villanueva J Health Sci., 51, 8 (2005).
33. W.J Geary Coord Chem Rev., 7, 81 (1971).
34. Y.Y Gu, Y.T Li, Z.Y Wu, W Sun, M Jiang Acta Crystallogr., Sect C, C65, 115 (2009).
35. K Nakamoto Infrared and Raman Spectra of Inorganic and Coordination Compounds, 5th Edn , Wiley, New York (1997).
36. S.X Liu, W.S Liu, M.Y Tan, K.B Yu J Coord Chem., 39, 105 (1996).
37. A.B.P Lever Inorganic Electronic Spectroscopy, Elsevier Science Publishers BV, Amsterdam (1984).
38. Y Journaux, J Sletten, O Kahn Inorg Chem., 25, 439 (1986).
39. X.W Li, M Jiang, Y.T Li, Z.Y Wu, C.W Yan J Coord Chem., 63, 1582 (2010).
40. X.W Li, Y.T Li, Z.Y Wu, F.B Jiang Acta Crystallogr., Sect C, C66, 218 (2010).
41. L.M Duan, F.T Xie, X.Y Chen, Y Chen, Y.K Lu, P Cheng, J.Q Xu Cryst Growth Des., 6, 1101 (2006).
42. A.W Addison, T.N Rao, J Reedijk, J Van Rijin, G.C Verschoor J Chem Soc., Dalton Trans., 1349 (1984).
43. D Cremer, J.A Pople J Am Chem Soc., 97, 1354 (1975).
44. M Baldini, M Belicchi-Ferrari, F Bisceglie, P.P Dall? Aglio, G Pelosi, S Pinelli, P Tarasconi Inorg Chem., 43, 7170 (2004).
45. F.H Allen, D.G Watson, L Brammer, A.G Orpen, R Taylor International Tables for Crystallography, Vol C, Chap 9.5, 790-811 Springer-Verlag, Berlin (2004).
46. J.M Epstein, B.N Figgis, A.H White, A.C Willis J Chem Soc., Dalton Trans., 1954 (1974).
47. M.F Iskander, T.E Khalil, W Haase, R Werner, I Svoboda, H Fuess Polyhedron, 20, 2787 (2001).
48. S Das, S Pal J Mol Struct., 753, 68 (2005).
49. P.K Nanda, G Aromi, D Ray Inorg Chem., 45, 3143 (2006).
50. R.J Tao, S.Q Zang, Q.L Wang, Y.X Cheng, J.Y Niu, D.Z Liao J Coord Chem., 57, 947 (2004).
51. V.A Bloomfield, D.M Crothers, I Tinoco Physical Chemistry of Nucleic Acids, p 432, Harper and Row, New York (1974).
52. S Mahadevan, M Palaniandaver Inorg Chem., 37, 693 (1998).
53. S.E Evans, M.A Mendez, K.B Turner, L.R Keating, R.T Grimes, S Melchoir, V.A Szalai J Biol Inorg Chem., 12, 1235 (2007).
54. M Sunita, M Padmaja, B Anupama, C Gyana Kumari J Fluoresc., 22, 1003 (2012).
55. T Gupta, S Dhar, M Nethaji, A.R Chakravarty J Chem Soc., Dalton Trans., 1896 (2004).
56. R Rao, A.K Patra, P.R Chetana Polyhedron, 27, 1343 (2008).
57. J.Z Wu, L Yuan, J.F Wu J Inorg Biochem., 99, 2211 (2005).
58. K Dhara, P Roy, J Ratha, M Manassero, P Banerjee Polyhedron, 26, 4509 (2007).
59. S Anbu, M Kandaswamy, P Suthakaran, V Murugan, B Varghese J Inorg Biochem., 103, 401 (2009).
60. O Stern, M Volmer Z Phys., 20, 183 (1919).
61. X.W Li, Y.J Zheng, Y.T Li, Z.Y Wu, C.W Yan Eur J Med Chem., 46, 3851 (2011).
62. Y.J Zheng, X.W Li, Y.T Li, Z.Y Wu, C.W Yan J Coord Chem., 65, 3530 (2012).
63. M Jiang, Y.T Li, Z.Y Wu J Coord Chem., 65, 1858 (2012).
64. S.H Cui, M Jiang, Y.T Li, Z.Y Wu, X.W Li J Coord Chem., 64, 4209 (2012).
65. H.H Lu, Y.T Li, Z.Y Wu, K Zheng, C.W Yan J Coord Chem., 64, 1360 (2011).
66. X.W Zhang, Y.J Zheng, Y.T Li, Z.Y Wu, C.W Yan J Coord Chem., 63, 2985 (2010).
67. H.L Wu, X.C Huang, B Liu, F Kou, F Jia, J.K Yuan, Y Bai J Coord Chem., 64, 4383 (2011).
68. Y Mei, J.J Zhou, H Zhou, Z.Q Pan J Coord Chem., 65, 643 (2012).
69. L.H Zhi, W.N Wu, Y Wang, G Sun J Coord Chem., 66, 227 (2013).
70. Y.M Song, P.J Yang, M.L Yang, J.W Kang, S.Q Qin, B.Q Lü Transition Met Chem., 28, 712 (2003).
71. M.T Carter, M Rodriguez, A.J Bard J Am Chem Soc., 111, 8901 (1989).
72. L Jin, P Yang J Inorg Biochem., 68, 79 (1997).
73. M Jiang, Y.T Li, Z.Y Wu, Z.Q Liu, C.W Yan J Inorg Biochem., 103, 833 (2009).
74. B.F Pan, F Gao, L.M Ao J Magn Magn Mater., 293, 252 (2005).
75. S.S Bhat, A.A Kumbhar, H Heptullah, A.A Khan, V.V Gobre, S.P Gejji, V.G Puranik Inorg Chem., 50, 545 (2011).
76. W.R Ware J Phys Chem., 66, 455 (1962).
77. D.J Li, M Zhu, C Xu, B.M Ji Eur J Med Chem., 46, 588 (2011).
78. V Anbazhagan, R Renganathan J Lumin., 128, 1454 (2008).
79. P Banerjee, S Ghosh, A Sarkar, S.C Bhattacharya J Lumin., 131, 316 (2011).
80. D.S Raja, N.S.P Bhuvanesh, K Natarajan Eur J Med Chem., 47, 73 (2012).