Table 1.
No. | Study | Study type | Provinces (cities)/municipalities/autonomous regions | Region | Age (years)c | Case | Sample size | Prevalence (%) | Diagnostic cut-offs | Gender |
---|---|---|---|---|---|---|---|---|---|---|
1 | Ma, Chen & Li (1999) [14] | CS | Guangdong | South Central | 55–82 | 452 | 2041 | 22.1 | >420 μmol/L | Both |
364 | 1696 | 21.5 | >420 μmol/L | Male | ||||||
88 | 345 | 25.5 | >420 μmol/L | Female | ||||||
2 | Shao et al. (2003) [15] | CS | Nanjing | East | ≥18 | 1038 | 7778 | 13.3 | NS | Both |
688 | 3790 | 17.6 | ≥417 μmol/L | Male | ||||||
370 | 3988 | 9.3 | ≥357 μmol/L | Female | ||||||
3 | Chen et al. (2004) [16] | CC | Anhui | East | 45 ± 12 | 105 | 430 | 24.4 | NS | Both |
70 | 227 | 30.8 | >420 μmol/L | Male | ||||||
35 | 203 | 17.2 | >360 μmol/L | Female | ||||||
4 | Wu et al. (2005) [17] | CS | Guangzhou, Guangdong | South Central | > 55 | 197 | 642 | 30.7 | NS | Both |
46 | 152 | 30.3 | >420 μmol/L | Male | ||||||
151 | 490 | 30.8 | >350 μmol/L | Female | ||||||
5 | Yang et al. (2005) [18] | CS | Shandong | East | 18–54 | 537 | 8640 | 6.2 | NS | Both |
459 | 6289 | 7.3 | ≥416 μmol/L | Male | ||||||
78 | 2351 | 3.3 | ≥357 μmol/L | Female | ||||||
6 | Wang et al. (2006) [19] | CS | Shandong | East | 20–80 | 269 | 2605 | 10.3 | > 350 μmol/L | Female |
7 | Li et al. (2008) [20] | CH | Chinaa | NAa | 45–54 | 10 | 274 | 3.6 | NS | Both |
5 | 90 | 5.6 | ≥416 μmol/L | Male | ||||||
5 | 184 | 2.7 | ≥356 μmol/L | Female | ||||||
55–64 | 18 | 307 | 5.9 | NS | Both | |||||
13 | 138 | 9.4 | ≥416 μmol/L | Male | ||||||
5 | 169 | 3.0 | ≥356 μmol/L | Female | ||||||
65–74 | 21 | 229 | 9.2 | NS | Both | |||||
12 | 116 | 10.3 | ≥416 μmol/L | Male | ||||||
9 | 113 | 8.0 | ≥356 μmol/L | Female | ||||||
8 | Fan et al. (2009) [118] | CS | Xinyang, Henan | South Central | 40–75 | 738 | 5235 | 14.1 | NS | Both |
379 | 1763 | 21.5 | ≥420 μmol/L | Male | ||||||
354 | 3472 | 10.2 | ≥360 μmol/L | Female | ||||||
9 | Lu et al. (2010) [21] | CS | Tianjin | North | 22–53 | 19 | 151 | 12.6 | ≥410 μmol/L | Male |
10 | Yu et al. (2010) [22] | CS | Foshan, Guangdong | South Central | 20–88 | 1117 | 7403 | 15.1 | NS | Both |
714 | 3581 | 19.9 | ≥417 μmol/L | Male | ||||||
403 | 3822 | 10.5 | ≥357 μmol/L | Female | ||||||
11 | Yuan et al. (2011) [23] | CS | Guiyang | Southwest | > 60 | 399 | 2600 | 15.3 | ≥420 μmol/L | Both |
227 | 1430 | 15.9 | NS | Male | ||||||
172 | 1170 | 14.7 | NS | Female | ||||||
12 | Zhang & Zhang (2011) [24] | CS | Chinaa | NAa | ≥18 | 427 | 5774 | 7.4 | NS | Both |
13 | Guo et al. (2012) [25] | CS | Taiyuan, Shanxi | Northwest | 23–87 | 371 | 4228 | 8.8 | NS | Both |
249 | 1308 | 19.0 | ≥420 μmol/L | Male | ||||||
122 | 2920 | 4.2 | ≥420 μmol/L | Female | ||||||
14 | Wang et al. (2012) [26] | CS | Yinchuan, Ningxia | Northwest | ≥18 | 926 | 5921 | 15.6 | NS | Both |
1352 | 7322 | 18.5 | NS | Both | ||||||
1635 | 8717 | 18.8 | NS | Both | ||||||
15 | Chen et al. (2013) [27] | CS | Guangxi | South Central | ≥18 | 319 | 927 | 34.4 | NS | Both |
157 | 419 | 30.9 | NS | Male | ||||||
162 | 508 | 38.7 | NS | Female | ||||||
16 | Duan et al. (2013) [28] | CS | Xinjiang | Northwest | ≥18 | 261 | 2046 | 12.8 | NS | Both |
228 | 823 | 27.7 | >417 μmol/L | Male | ||||||
33 | 1223 | 2.7 | >357 μmol/L | Female | ||||||
17 | Li et al. (2013) [29] | CS | Quanzhou, Fujian | East | 40–80 | 253 | 1358 | 18.6 | NS | Both |
99 | 363 | 27.3 | ≥416 μmol/L | Male | ||||||
154 | 995 | 15.5 | ≥357 μmol/L | Female | ||||||
18 | Li & Cao (2013) [30] | CS | Karamay, Xinjiang | Northwest | ≥18 | 310 | 2032 | 15.3 | NS | Both |
268 | 1086 | 24.7 | NS | Male | ||||||
42 | 946 | 4.4 | NS | Female | ||||||
19 | Lv et al. (2013) [31] | CS | Yantai, Shandong | East | 31–78 | 66 | 635 | 10.4 | ≥380 μmol/L | Both |
20 | Su et al. (2013) [32] | CS | Nanhai, Guangdong | South Central | 45–80 | 415 | 2015 | 20.6 | NS | Both |
271 | 1110 | 24.4 | >420 μmol/L | Male | ||||||
144 | 905 | 16.9 | >357 μmol/L | Female | ||||||
21 | Wang et al. (2013) [33] | CS | Shanghai | East | 40–70 | 58 | 1928 | 3.0 | NS | Both |
33 | 582 | 5.7 | >420 μmol/L | Male | ||||||
25 | 1346 | 1.9 | >357 μmol/L | Female | ||||||
22 | Zhang, Wu & Lv (2013) [34] | CS | Hebei | North | 21–95 | 693 | 3232 | 21.4 | NS | Both |
446 | 1897 | 23.5 | ≥428 μmol/L | Male | ||||||
247 | 1335 | 18.5 | ≥357 μmol/L | Female | ||||||
23 | Zhou & He (2013) [35] | CH | Shenyang, Liaoning | Northeast | 50–70 | 8 | 70 | 34.8 | NS | Both |
24 | Chen, Dai & Lin (2014) [36] | CS | Guangzhou, Guangdong | South Central | 45–75 | 603 | 1176 | 51.3 | NS | Both |
341 | 612 | 55.7 | >420 μmol/L | Male | ||||||
262 | 564 | 46.5 | >357 μmol/L | Female | ||||||
25 | Cui et al. (2014) [37] | CS | Hebei | North | ≥20 | 1091 | 7083 | 15.4 | NS | Both |
904 | 5357 | 16.9 | ≥417 μmol/L | Male | ||||||
187 | 1726 | 10.8 | ≥357 μmol/L | Female | ||||||
26 | Li, Zhao, Gao (2014) [38] | CS | Yunnan | Southwest | 27–89 | 367 | 2947 | 12.5 | NS | Both |
303 | 1827 | 16.6 | >420 μmol/L | Male | ||||||
64 | 1120 | 5.7 | >360 μmol/L | Female | ||||||
27 | Lin et al. (2014) [39] | CS | Guangdong | South Central | > 60 | 190 | 1036 | 18.3 | NS | Both |
86 | 383 | 22.5 | ≥420 μmol/L | Male | ||||||
104 | 653 | 15.9 | ≥420 μmol/L | Female | ||||||
28 | Liu et al. (2014) [40] | CS | Jilin | Northeast | 38 ± 10 | 3395 | 16,807 | 20.2 | NS | Both |
2930 | 9736 | 30.1 | NS | Male | ||||||
465 | 7071 | 6.6 | NS | Female | ||||||
29 | Pan et al. (2014) [41] | CS | Jiangsu | East | 35–70 | 573 | 3122 | 18.4 | NS | Both |
362 | 1349 | 26.8 | ≥420 μmol/L | Male | ||||||
211 | 1773 | 11.9 | ≥380 μmol/L | Female | ||||||
30 | Song et al. (2014) [42] | CS | Jiangxi | East | > 40 | 795 | 3795 | 20.9 | NS | Both |
488 | 1824 | 26.8 | >420 μmol/L | Male | ||||||
307 | 1971 | 15.6 | >350 μmol/L | Female | ||||||
31 | Yong & Ye (2014) [43] | CS | Hebei | North | ≥18–20 | 813 | 5269 | 15.4 | NS | Both |
769 | 2717 | 28.3 | >420 μmol/L | Male | ||||||
44 | 2552 | 1.7 | >350 μmol/L | Female | ||||||
32 | Zhu, Wang, Liu (2014) [44] | CS | Xinjiang | Northwest | 20–93 | 1489 | 10,025 | 14.9 | NS | Both |
33 | Cao, Li & Yi (2015) [45] | CS | Guangzhou, Guangdong | South Central | 20–80 | 290 | 988 | 29.4 | NS | Both |
264 | 601 | 43.9 | >420 μmol/L | Male | ||||||
26 | 387 | 6.7 | >350 μmol/L | Female | ||||||
34 | Li et al. (2015a) [46] | CS | Gansu | Northwest | 48 ± 15 | 392 | 2364 | 16.6 | NS | Both |
256 | 1254 | 20.4 | >420 μmol/L | Male | ||||||
136 | 1110 | 12.3 | >360 μmol/L | Female | ||||||
35 | Li et al. (2015b) [47] | CS | Guangxi | South Central | ≥20 | 14,181 | 51,206 | 27.7 | NS | Both |
10,722 | 27,144 | 39.5 | ≥417 μmol/L | Male | ||||||
3459 | 24,062 | 14.4 | ≥357 μmol/L | Female | ||||||
36 | Li et al. (2015c) [48] | CS | Dongguan, Guangdong | South Central | ≥18 | 519 | 1375 | 37.6 | NS | Both |
366 | 657 | 26.6 | >420 μmol/L | Male | ||||||
153 | 718 | 11.1 | >350 μmol/L | Female | ||||||
37 | Liu et al. (2015) [11] | CS | Guangzhou, Guangdong | South Central | ≥18 | 1334 | 4237 | 31.5 | NS | Both |
859 | 2257 | 38.1 | >420 μmol/L | Male | ||||||
475 | 1980 | 24.0 | >360 μmol/L | Female | ||||||
38 | Lu (2015) [49] | CS | Shanghai | East | 65–85 | 220 | 1128 | 19.5 | NS | Both |
165 | 607 | 27.2 | >420 μmol/L | Male | ||||||
63 | 511 | 12.3 | >350 μmol/L | Female | ||||||
39 | Zhao (2015) [50] | CS | Chinaa | NAa | 20–60 | 4616 | 12,650 | 36.5 | NS | Both |
40 | Zhou et al. (2015a) [51] | CS | Sichuan | Southwest | ≥18 | 182 | 972 | 18.7 | NS | Both |
123 | 452 | 27.2 | ≥420 μmol/L | Male | ||||||
59 | 520 | 11.3 | ≥360 μmol/L | Female | ||||||
41 | Zhou et al. (2015b) [52] | CS | Henan | South Central | 20–60 | 1196 | 4916 | 24.3 | NS | Both |
1128 | 4290 | 26.3 | ≥420 μmol/L | Male | ||||||
68 | 626 | 10.9 | ≥357 μmol/L | Female | ||||||
42 | Guli, He & Zhang (2016) [53] | CS | Gansu | Northwest | 20–80 | 780 | 6400 | 12.2 | >420 μmol/L | Both |
43 | Chen & Xing (2016) [54] | CS | Beijing | North | 25–82 | 151 | 868 | 17.4 | ≥416 μmol/L | Male |
44 | Chen & Zhou (2016) [55] | CS | Zhejiang | East | > 60 | 691 | 4160 | 16.6 | NS | Both |
393 | 2182 | 18.0 | >420 μmol/L | Male | ||||||
298 | 1978 | 15.1 | >360 μmol/L | Female | ||||||
45 | Fan et al. (2016) [56] | CS | Shanghai | East | ≥18 | 5413 | 27,615 | 19.6 | NS | Both |
3993 | 14,104 | 28.3 | >420 μmol/L | Male | ||||||
1420 | 13,511 | 10.5 | >357 μmol/L | Female | ||||||
46 | Feng et al. (2016) [57] | CS | Jiangsu | East | 18–93 | 219 | 1352 | 16.2 | NS | Both |
129 | 609 | 21.2 | >420 μmol/L | Male | ||||||
90 | 743 | 12.1 | >350 μmol/L | Female | ||||||
47 | Li (2016) [58] | CS | Tianjin | North | ≥18 | 10,344 | 77,787 | 13.3 | NS | Both |
48 | Li et al. (2016) [59] | CS | Chongqing | Southwest | 39 | 1596 | 26,067 | 6.1 | NS | Both |
1272 | 18,139 | 7.0 | ≥420 μmol/L | Male | ||||||
324 | 7928 | 4.1 | ≥357 μmol/L | Female | ||||||
49 | Liu et al. (2016) [60] | CS | Shanghai | East | ≥18 | 8100 | 9653 | 83.9 | NS | Both |
2872 | 3550 | 81.2 | >420 μmol/L | Male | ||||||
5228 | 6103 | 85.9 | >357 μmol/L | Female | ||||||
50 | Liu, Zhou & Yin (2016) [61] | CS | Yunnan | Southwest | 32–60 | 131 | 390 | 33.6 | NS | Both |
126 | 334 | 37.7 | >420 μmol/L | Male | ||||||
5 | 56 | 9.1 | >360 μmol/L | Female | ||||||
51 | Lu (2016) [62] | CS | Xinjiang | Northwest | ≥60 | 233 | 986 | 23.6 | NS | Both |
52 | Pu et al. (2016) [63] | CS | Chinaa | NAa | 20–91 | 1078 | 11,967 | 9.0 | NS | Both |
53 | Wang (2016) [64] | CS | Hubei | South Central | 18–22 | 358 | 4333 | 8.3 | NS | Both |
294 | 2029 | 14.5 | >420 μmol/L | Male | ||||||
64 | 2304 | 2.8 | >350 μmol/L | Female | ||||||
54 | Xie et al. (2016) [65] | CS | Beijing; Tangshan and Zhangjiakou, Hebei | North | 18–60 | 632 | 2782 | 22.7 | NS | Both |
268 | 1830 | 14.6 | >420 μmol/L | Male | ||||||
364 | 952 | 35.1 | >357 μmol/L | Female | ||||||
55 | Yang, Wang & Wang (2016) [66] | CS | Tianjin | North | 18–93 | 1165 | 8968 | 13.0 | NS | Both |
959 | 5449 | 17.6 | >417 μmol/L | Male | ||||||
206 | 3519 | 5.9 | >357 μmol/L | Female | ||||||
56 | Zhang (2016) [67] | CS | Chinaa | NAa | ≥18 | 198 | 794 | 24.9 | >420 μmol/L | Male |
Eastern Chinaa | East | ≥18 | 58 | 202 | 31.3 | >421 μmol/L | Male | |||
57 | Zhao et al. (2016a) [68] | CS | Lanzhou, Gansu | Northwest | ≥45 | 37 | 175 | 21.1 | NS | Both |
58 | Zhao et al. (2016b) [69] | CS | Beijing | North | 20 ± 3 | 1716 | 6400 | 26.8 | NS | Both |
1464 | 4198 | 34.9 | >417 μmol/L | Male | ||||||
252 | 2202 | 11.4 | >357 μmol/L | Female | ||||||
59 | Zhao et al. (2016c) [70] | CS | Beijing | North | 20–89 | 1086 | 6690 | 16.2 | NS | Both |
785 | 3339 | 23.5 | >417 μmol/L | Male | ||||||
301 | 3351 | 10.0 | >357 μmol/L | Female | ||||||
60 | Feng et al. (2017) [71] | CS | Beijing | North | range ≥ 18 | 2257 | 12,335 | 18.3 | NS | Both |
1867 | 7681 | 24.3 | >420 μmol/L | Male | ||||||
390 | 4654 | 8.4 | >357 μmol/L | Female | ||||||
61 | Guo et al. (2017) [72] | CS | Heilongjiang | Northeast | 20–59 | 419 | 1477 | 28.4 | >420 μmol/L | Male |
62 | He (2017) [73] | CS | Dalian, Liaoning | Northeast | 22–91 | 358 | 2002 | 17.9 | NS | Both |
252 | 1044 | 24.1 | >420 μmol/L | Male | ||||||
106 | 958 | 11.1 | premenopausal>350 μmol/L postmenopausal>420 μmol/L | Female | ||||||
63 | Li et al. (2017) [74] | CC | Urumqi, Xinjiang | Northwest | 18–78 | 221 | 1644 | 23.8 | NS | Both |
64 | Li, Zhou & Pan (2017) [75] | CS | Guangdong | South Central | 22–90 | 314 | 3071 | 10.2 | NS | Both |
65 | Lin et al. (2017) [76] | CS | Yunnan | South Central | 18–84 | 196 | 1682 | 11.7 | NS | Both |
139 | 923 | 15.1 | ≥417 μmol/L | Male | ||||||
57 | 759 | 7.5 | ≥357 μmol/L | Female | ||||||
66 | Liu et al. (2017a) [77] | CS | Shanghai | East | ≥18 | 148 | 908 | 16.3 | NS | Both |
48 | 308 | 15.6 | >420 μmol/L | Male | ||||||
100 | 600 | 16.7 | >360 μmol/L | Female | ||||||
67 | Liu et al. (2017b) [78] | CS | Shanghai | East | 20–80 | 1444 | 9294 | 15.5 | NS | Both |
639 | 3393 | 18.8 | >420 μmol/L | Male | ||||||
805 | 5901 | 13.6 | >357 μmol/L | Female | ||||||
68 | Liu et al. (2017c) [79] | CS | Hunan | South Central | 20–80 | 1435 | 5356 | 26.8 | NS | Both |
1234 | 3489 | 35.4 | NS | Male | ||||||
201 | 1867 | 10.8 | NS | Female | ||||||
69 | Liu, Yan & Li (2017) [80] | CS | Hebei | North | ≥18 | 698 | 6045 | 11.5 | NS | Both |
488 | 3344 | 14.6 | >416 μmol/L | Male | ||||||
210 | 2701 | 7.8 | >357 μmol/L | Female | ||||||
70 | Liu & Yang (2017) [81] | CC | Beijing | North | 21–67 | 204 | 1799 | 11.3 | NS | Both |
71 | Min (2017) | CS | Shenyang, Liaoning | Northeast | 74 | 282 | 26.2 | NS | Both | |
72 | Pan & Jiang (2017) [82] | CS | Fuzhou, Fujian | East | 75 | 210 | 744 | 28.2 | NS | Both |
196 | 618 | 31.7 | >420 μmol/L | Male | ||||||
14 | 126 | 11.1 | >420 μmol/L | Female | ||||||
73 | Wang & Bai (2017) [83] | CS | Ningxia | Northwest | 22–60 | 121 | 1012 | 12.0 | NS | Both |
99 | 757 | 13.1 | >420 μmol/L | Male | ||||||
22 | 255 | 8.6 | >357 μmol/L | Female | ||||||
74 | Wang & Bao (2017) [84] | CS | Shanghai | East | 60–93 | 454 | 2426 | 18.7 | NS | Both |
220 | 1076 | 20.5 | >420 μmol/L | Male | ||||||
234 | 1350 | 17.3 | >360 μmol/L | Female | ||||||
75 | Xie et al. (2017) [85] | CS | Guangdong | South Central | 35–75 | 279 | 2587 | 10.8 | NS | Both |
175 | 1410 | 12.4 | >417 μmol/L | Male | ||||||
104 | 1177 | 8.8 | >357 μmol/L | Female | ||||||
76 | Yu & Jie (2017) [86] | CS | Shandong | East | 21–76 | 1191 | 10,743 | 11.1 | NS | Both |
1116 | 6426 | 10.4 | ≥430 μmol/L | Male | ||||||
75 | 4317 | 0.7 | ≥375 μmol/L | Female | ||||||
77 | Zhang (2017a) [87] | CS | Liaoning | Northeast | 21–50 | 121 | 500 | 24.2 | NS | Both |
78 | Zhang (2017b) [88] | CS | Anhui | East | 25–87 | 19 | 230 | 8.3 | >420 μmol/L | Both |
79 | Zhang, Chen & Liu (2017) [89] | CS | Zhuhai, Guangdong | South Central | 18–75 | 590 | 1834 | NS | Both | |
290 | 679 | 42.7 | NS | Male | ||||||
300 | 1155 | 26.0 | NS | Female | ||||||
80 | Zheng (2017) [90] | CS | Chinaa | NAa | 24 ± 6 | 432 | 1721 | 25.1 | > 420 μmol/L | Male |
81 | Chen et al. (2018a) [91] | CS | Liaoning, Heilonjiang, Shandong, Henan, Hubei, Hunan, Jiangsu, Guizhou, Guangxi | NAb | 49 ± 17 | 1435 | 8785 | 16.3 | NS | Both |
886 | 4110 | 21.6 | ≥420 μmol/L | Male | ||||||
549 | 4675 | 11.7 | ≥360 μmol/L | Female | ||||||
82 | Chen et al. (2018b) [92] | CS | Guangxi | South Central | > 60 | 161 | 817 | 19.7 | >420 μmol/L | Both |
83 | Chen et al. (2018c) [93] | CS | Guangdong | South Central | ≥18 | 328 | 981 | 33.4 | >420 μmol/L | Male |
84 | Chen et al. (2018d) [94] | CS | Guangxi | South Central | 65–96 | 241 | 1223 | 19.7 | NS | Both |
163 | 629 | 25.9 | ≥420 μmol/L | Male | ||||||
78 | 594 | 13.1 | ≥360 μmol/L | Female | ||||||
85 | Fan, Mao & Chen (2018) [95] | CS | Ningbo, Zhejiang | East | ≥45 | 750 | 3395 | 22.1 | NS | Both |
86 | He (2018) [96] | CS | Henan | South Central | 25–89 | 410 | 2193 | 18.7 | NS | Both |
305 | 1156 | 26.4 | >420 μmol/L | Male | ||||||
105 | 1037 | 10.1 | >350 μmol/L | Female | ||||||
87 | Hu et al. (2018) [97] | CS | Guangxi | South Central | 20–70 | 1035 | 6241 | 16.6 | NS | Both |
755 | 3271 | 23.1 | > 420 μmol/L | Male | ||||||
280 | 2970 | 9.4 | > 360 μmol/L | Female | ||||||
88 | Huang & Huang (2018) [98] | CS | Guangzhou, Guangdong | South Central | 51–82 | 55 | 338 | 16.3 | NS | Both |
49 | 289 | 17.0 | NS | Male | ||||||
6 | 49 | 12.2 | NS | Female | ||||||
89 | Huang et al. (2018) [99] | CS | Guizhou | Southwest | 18–75 | 26,341 | 143,687 | 18.3 | NS | Both |
15,387 | 75,364 | 20.4 | ≥417 μmol/L | Male | ||||||
20,954 | 68,323 | 16.0 | ≥357 μmol/L | Female | ||||||
90 | Li, Wang & Xu (2018) [100] | CS | Beijing | North | 18–80 | 255 | 1700 | 15.0 | NS | Both |
116 | 620 | 18.7 | NS | Male | ||||||
139 | 1080 | 12.9 | NS | Female | ||||||
91 | Lin et al. (2018a) [101] | CS | Fujian | East | 18–63 | 666 | 2666 | 25.0 | NS | Both |
411 | 1251 | 43.9 | >417 μmol/L | Male | ||||||
255 | 1415 | 18.0 | >357 μmol/L | Female | ||||||
92 | Lin et al. (2018b) [102] | CS | Guangzhou, Guangdong | South Central | ≥18 | 1642 | 5603 | 29.3 | NS | Both |
1590 | 5281 | 30.1 | >420 μmol/L | Male | ||||||
53 | 322 | 16.5 | >350 μmol/L | Female | ||||||
93 | Lu (2018a) [103] | CS | Zhejiang | East | 55 | 147 | 1200 | 12.3 | NS | Both |
93 | 597 | 15.6 | > 420 μmol/L | Male | ||||||
54 | 603 | 9.0 | > 350 μmol/L | Female | ||||||
94 | Lu (2018b) [104] | CH | Inner Mongolia | North | ≥35 | 383 | 2554 | 15.0 | NS | Both |
331 | 1632 | 20.3 | >420 μmol/L | Male | ||||||
52 | 922 | 5.6 | >360 μmol/L | Female | ||||||
477 | 2554 | 18.7 | NS | Both | ||||||
413 | 1632 | 25.3 | >420 μmol/L | Male | ||||||
64 | 922 | 6.9 | >360 μmol/L | Female | ||||||
511 | 2554 | 20.0 | NS | Both | ||||||
446 | 1632 | 27.3 | >420 μmol/L | Male | ||||||
65 | 922 | 7.6 | >360 μmol/L | Female | ||||||
530 | 2554 | 20.8 | NS | Both | ||||||
465 | 1632 | 28.5 | >420 μmol/L | Male | ||||||
65 | 922 | 8.0 | >360 μmol/L | Female | ||||||
95 | Su et al. (2018) [105] | CS | Zhejiang | East | range ≥ 18 | 694 | 3905 | 17.8 | NS | Both |
364 | 1797 | 20.3 | NS | Male | ||||||
330 | 2108 | 15.7 | NS | Female | ||||||
96 | Tuo et al. (2018) [106] | CS | Gansu | Northwest | 20–80 | 768 | 4263 | 18.0 | NS | Both |
432 | 1783 | 24.2 | ≥420 μmol/L | Male | ||||||
336 | 2480 | 13.6 | ≥350 μmol/L | Female | ||||||
97 | Wang et al. (2018a) [107] | CS | Beijing; Xi’an, Shaanxi; Harbin, Heilongjiang; Chengdu, Sichuan; Chongqing; Changsha, Hunan; Shanghai | NAb | ≥60 | 754 | 5351 | 14.1 | NS | Both |
304 | 2304 | 13.2 | ≥420 μmol/L | Male | ||||||
450 | 3047 | 14.8 | ≥360 μmol/L | Female | ||||||
98 | Wang et al. (2018b) [108] | CS | Liaoning; Heilongjiang; Jiangsu; Shandong; Henan; Hubei; Hunan; Guangxi | NAb | ≥18 | 555 | 4111 | 13.5 | NS | Both |
361 | 1871 | 19.3 | > 418 μmol/L | Male | ||||||
194 | 2240 | 8.7 | > 357 μmol/L | Female | ||||||
99 | Wang & Ma (2018) [109] | CS | Liaoning | Northeast | 22–65 | 432 | 1481 | 29.2 | > 420 μmol/L | Male |
100 | Yang et al. (2018) [110] | CS | Chinaa | NAa | ≥18 | 3855 | 24,095 | 16.0 | NS | Both |
101 | Yu et al. (2018) [111] | CS | Xinjiang | Northwest | 30–81 | 2648 | 14,426 | 18.4 | NS | Both |
102 | Zhang et al. (2018) [112] | CS | Ningxia | Northwest | ≥18 | 3880 | 19,356 | 20.0 | NS | Both |
3180 | 12,115 | 26.2 | >420 μmol/L | Male | ||||||
700 | 7241 | 9.7 | >350 μmol/L | Female | ||||||
103 | Zhou et al. (2018) [113] | CS | Ningxia | Northwest | ≥35 | 279 | 1743 | 16.0 | NS | Both |
193 | 1044 | 18.5 | NS | Male | ||||||
86 | 699 | 12.3 | NS | Female | ||||||
104 | Hu, Zhao & Shang (2019) [114] | CS | Tibet | Northwest | 20–49 | 170 | 1669 | 10.2 | NS | Both |
114 | 952 | 12.0 | NS | Male | ||||||
56 | 717 | 7.8 | NS | Female | ||||||
105 | Tian et al. (2019) [115] | CS | Beijing | North | 18–97 | 10,795 | 52,673 | 20.5 | NS | Both |
8524 | 27,419 | 31.1 | NS | Male | ||||||
2271 | 25,254 | 9.0 | NS | Female | ||||||
106 | Wang et al. (2019) [123] | CC | Chinaa | NAa | ≥18 | 2977 | 22,983 | 13.0 | NS | Both |
1999 | 10,787 | 18.5 | NS | Male | ||||||
978 | 12,796 | 7.6 | NS | Female | ||||||
107 | Yang (2019) [116] | CH | Guilin, Guangxi | South Central | 20–68 | 160 | 1545 | 10.4 | NS | Both |
108 | Yu et al. (2019) [117] | CS | Shenyang, Liaoning | Northeast | ≥18 | 7705 | 14,323 | 53.7 | NS | Both |
CS Cross-sectional, CC Case control, CH Cohort study, NA Not applicable, NS Not stated
aNo specific provinces were reported
bMore than one region was involved
cMean used unless range reported