[1] Ming-Xue, Wu; Ying-Wei, Yang, Adv. Mater., 29, 1606134, (2017).
[2] B, Xiao; Q,Yuan, Particuology, 7, 129-140, (2009).
[3] X,Gao; M,Zhai; W,Guan; Z, Liu; D, Alatangaole, A. C. S, 9, 3455-3462,( 2017).
[4] P, Horcajada; C, Serre; M, Vallet-Regí; M, Sebban; F, Taulelle; G, Férey, Angew. Chem. 45, 5974-5978, (2006).
[5] F, Zhang; H, Dong; X, Zhang; X, Sun; M, Liu; D, Yang; X, Liu; J, Wei, ACS Appl. Mater. Interfaces, 9, 27332−27337, (2017).
[6] H, Kaur; G, Mohanta; V, Gupta; D, Kukkar; S, Tyagi, J. Drug. Deliv. SCI. TEC, 41, 106-112, (2017).
[7] M, Rezaei; R, Varshochian; R, Dinarvand; M, Jeddi-Tehrani, Artif Cells Nanomed Biotechnol, 46, 1390-1401, (2017)
[8] M,Yen; J,Yang; J,Mau, Carbohydrate Polymers. 75, 15- 21,( 2009).
[9] P, Sivakumara; S, Priyatharshni; K. B, Nagashanmugama; A, Thanigaivelana; K, Kumar, Mater.Res. Express, 4, (2017).
[10] H, Ren; L, Zhang; J,An; T, Wang; L, Li; X,Si; L,He; X, Wu; C, Wang; Z, Su, Chem. Commun.,50, 1000-1002, (2014).
[11] Y. N, Wu; M, Zhou; S, Li; Z, Li; J, Li; B, Wu; G, Li; F, Li; X, Guan, Small, 23, 2927-2936, (2014).
[12] H, Zhao; Q, Zou; S, Sun; C, Yu; X, Zhang; R.J, Lia; Y, Fu, Chem. Sci., 7, 5294-5301, (2016).
[13] A, Chowdhuri; T, Singh; S, Ghosh; S, Sahu, ACS Appl. Mater. Interfaces, 8, 16573–16583,(2016).
[14] R, Bian; T, Wang; L, Zhang; L, Li; C, Wang, Biomater. Sci., 3, 1270-1278, (2015).
[15] Y, Li ; J, Jin; D,Wang ; J, Lv; K, Hou; Y, Liu; Ch, Chen; and Zh, Tang, Nano Research, 11, 3294–3305, (2018).
[16] M, He; j, Zhou; j, Chen; F, Zheng, J. Mater. Chem. B, 3, 9033-9042, (2015).
[17] S, Nagata; K, Kokado; K, Sada, Chem. Commun., 51, 8614-8617, (2015).
[18] K, Jiang; L, Zhang; Q, Hu; D, Zhao; T, Xia; W, Lin; Y, Yang; Y, Cui; Y, Yanga; G, Qian, J. Mater. Chem. B, 4, 6398-6401, (2016).
- Receive Date 07 October 2020