[1] A. Hogkinson, Oxalic acid in biology and medicine. New York, Academic press, 1977. p.104–158.
[2] CS. Pundir, NK. Kuchhal and MS. Thakur, Indian J Biochem Biophys, 1998, 35(2), 120–122.
[3] CS. Pundir and MS. Thaku,
Clin Chem,
1998,
44(
6), 1364–1365.
[4] DL. Earnest, G. Johnson, HE. Williams and WH. Admirand,
Gastroenterol,
1974,
66(
6), 1114–1122.
[5] L. Yang, H. Jianshe, W. Dawei, H. Haoqing and Y. Tianyan, Anal Methods, 2010, 2(7), 855–859.
[6] C. Fua, LX. Wang and YZ. Fang,
Talanta,
1999,
50(
5), 953–958.
[7] DR. Skotty and TA. Nieman,
J Chromatogr,
1995,
665(
1), 27–36.
[8] AA. Ensafi and A. Kazemzadeh,
Fresenius J Anal Chem,
2000,
367(
6), 590–592.
[9] A. Mokhtari, M. Keyvanfard and I. Emami,
RSC Adv,
2015,
5(
37), 29214–29221.
[10] S. Peldszus, PM. Huck and SA. Andrews,
J Chromatogr A,
1998,
793(
1), 198–203.
[11] EF. Perez, GO. Neto and LT. Kubota,
Sens Actuators, B,
2001,
72(
1), 80–85.
[12] YY. Zhang, XY. Bai, XM. Wang, KK. Shiu, Y. Zhu and H. Jiang,
Anal Chem,
2014,
86(
19), 9459–9465.
[13] YH. Fu, YP. Lin, TS. Chen and LS. Wang,
J Electroanal Chem,
2012,
687, 25–29.
[14] TA. Ivandini, TN. Rao, A. Fujishima and Y. Einaga,
Anal Chem,
2006,
78(
10), 3467–3471.
[15] Z. Yanqiong, Y. Changzhu, P. Wenhong and Z. Jingdong,
Food Chem,
2009,
114(
4), 1523–1528.
[16] CM. Welch and RG. Compton,
Anal Bioanal Chem,
2006,
384(
3), 601–619.
[17] LG. Shaidarova and GK. Budnikov,
J Anal Chem,
2008,
63, 922–942.
[18] M. Oyama,
Anal Sci,
2010,
26(
1), 1–12.
[19] MJ. Chollier-Brym, F. Epron, E. Lamy-Pitara and J. Barbier,
J Electroanal Chem,
1999,
474(
2), 147–154.
[20] SN. Pron’kin, OA. Petrii, GA. Tsirlina and DJ. Schiffrin,
J Electroanal Chem,
2000,
480(
1–2), 112–119.
[21] LC. Rockombeny, JP. Feraud, B. Queffelec, D. Ode and T. Tzedakis,
Electrochim Acta,
2012,
66, 230–238.
[22] HJ. Wang, M. Imura, Y. Nemoto, SE. Park and Y. Yamauchi,
Chem Asian J,
2012,
7(
4), 802–808.
[23] JY. Shin, YS. Kim, Y. Lee, JH. Shim, C. Lee and SG. Lee,
Chem Asian J,
2011,
6(
8), 2016–2021.
[24] SJ. Guo, D. Wen, YM. Zhai, SJ. Dong and EK. Wang,
ACS Nano,
2010,
4(
7), 3959–3968.
[25] E. Yoo, T. Okata, T. Akita, M. Kohyama, J. Nakamura and I. Honma,
Nano Lett,
2009,
9(
6), 2255–2259.
[26] A. Iwan, M. Malinowski and G. Pasciak,
Renew Sustain Energy Rev,
2015,
49, 954–967.
[27] N. Seselj, C. Engelbrekt and J. Zhang,
Sci Bull,
2015,
60(
9), 864–876.
[28] E. Quesnel, F. Roux, F. Emieux, P. Faucherand, E. Kymakis, G. Volonakis, F. Giustino, B. Martín-Garía, I. Moreels and SA. Gürsel, 2D Mater, 2015, 2(30204), 1–16.
[29] A. Marinkas, F. Arena, J. Mitzel, GM. Prinz, A. Heinzel, V. Peinecke and H. Natter,
Carbon,
2013,
58, 139–150.
[30] S. Park, Y. Shao, H. Wan, PC. Rieke, VV. Viswanathan, SA. Towne, LV. Saraf, WJ. Liu, Y. Lin and Y. Wang,
Electrochem Commun,
2011,
13(
3), 258–261.
[31] K. Income, N. Ratnarathorn, N. Khamchaiyo, C. Srisuvo, L. Ruckthong and W. Dungchai,
Int J Anal Chem,
2019, 1–11.
[32] S. Chutipongtanate and V. Thongboonkerd,
Anal Biochem,
2010,
402(
1), 110–112.
[33] AJ. Bard and LR. Faulkner, Fundamentals and Applications: Electrochemical Methods. Wiley, New York, 2001.
[34] CO. Laoire, S. Mukerjee, KM. Abraham, EJ. Palichta and MA. Hendrickson,
J Phys Chem C,
2009,
113(
46), 20127–20134.
[35] RB. Keithley, P. Takmakov, ES. Bucher, AM. Belle, CA. Owesson-White, J. Park and RM. Wightman,
Anal Chem,
2011,
83(
9), 3563–3571.
[36] X. Cao, X. Cai, Q. Feng, S. Jia and N. Wang,
Anal Chim Acta,
2012,
752, 101–105.
[37] GW. Latimer, Guidelines for Standard Method Performance Requirements: Official Methods of Analysis. 20th ed. United States, AOAC International, 2016. p.1–7.
[38] TA. Ivandini, TN. Rao, A. Fujishima and Y. Einaga,
Anal Chem,
2006,
78(
10), 3467–3471.
[39] TC. Canevari, J. Arguello, MSP. Francisco and Y. Gushikem,
J Electroanal Chem,
2007,
609(
2), 61–67.
[40] F. Manea, C. Radovan, I. Corb, A. Pop, G. Burtica, P. Malchev, S. Picken and J. Schoonman,
Sensors,
2007,
7(
4), 615–627.
[41] H. Ahmar, AR. Fakhari, MR. Nabid, SJT. Rezaei and Y. Bide,
Sens Actuators B Chem,
2012,
171, 611–618.
[42] AR. Fakhari, B. Rafiee, H. Ahmar and A. Bagheri,
Anal Methods,
2012,
4(
10), 3314–3319.
[43] S. Lei, Z. Faqiong and Z. Baizhao,
Electroanalysis,
2013,
25(
2), 453–459.
[44] C. Xiaomei, C. Zhixiong, H. Zhiyong, O. Munetaka, J. Yaqi and C. Xi,
Nanoscale,
2013,
5(
13), 5779–5783.
[45] T. Maiyalagan, P. Kannan, MJ. Niedziolka and JN. Jönsson,
Anal Chem,
2014,
86(
15), 7849–7857.
[46] JB. Raoof, F. Chekin and V. Ehsani,
Sens Actuators B Chem,
2015,
207, 291–296.
[47] W. Xiaofeng, C. Yong, Y. Zheng, S. Hailiang, G. Shixing, L. Jun and S. Wei,
Ionics,
2015,
21(
3), 877–884.
[48] L. Dandan, W. Yaoxian and Z. Ganqing, Int J Electrochem Sci, 2015, 10, 6794–6802.
[49] M. Le, Z. Qiang, Z. Min, W. Lishi and C. Faliang,
J Exp Nanosci,
2016,
11(
16), 1242–1252.