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©The Author(s) 2016.
World J Diabetes. Apr 25, 2016; 7(8): 165-174
Published online Apr 25, 2016. doi: 10.4239/wjd.v7.i8.165
Published online Apr 25, 2016. doi: 10.4239/wjd.v7.i8.165
Ref. | Country | Year | Sample size | Main findings | Diagnostic technique |
Bacchus et al[8] | Saudi Arabia | 1982 | 1385 | Prevalence of diabetes: 2.4% | WHO criteria |
Fatani et al[9] | Saudi Arabia | 1987 | 5222 | Prevalence of diabetes: 4.3% | Random capillary blood glucose |
Al-Nuaim et al[28] | Saudi Arabia | 1997 | 13177 | Prevalence of diabetes in urban males and females: 12%, 14% | Random plasma glucose |
Prevalence of diabetes in rural males and females: 7%, 7.7% | |||||
Rahman Al-Nuaim et al[47] | Saudi Arabia | 1997 | 2059 | Prevalence of T2DM in obese males: 26.0% | OGTT |
Prevalence of T2DM in non-obese males: 8.6% (P < 0.001) | |||||
Prevalence of T2DM in obese females: 23.5% | |||||
Prevalence of T2DM in non-obese females: 4.4% (P < 0.0001) | |||||
el-Hazmi et al[48] | Saudi Arabia | 2000 | 14660 | Prevalence of obesity in males: 13.05% | FBG |
Prevalence of obesity in females: 20.26% | |||||
Prevalence of obesity in diabetics: 29.98% | |||||
Prevalence of obesity in non-diabetics: 15.87% (P < 0.0001) | |||||
Al-Nozha et al[49] | Saudi Arabia | 2004 | 16917 | Prevalence of diabetes: 23.7% | FPG |
Almajwal et al[50] | Saudi Arabia | 2009 | 195851 | Prevalence of diabetes: 17.2% | FBG |
Al-Rubeaan et al[10] | Saudi Arabia | 2014 | 18034 | Prevalence of diabetes: 25.4% | FPG |
Al-Rubeaan et al[51] | Saudi Arabia | 2014 | 53370 | Prevalence of abnormal glucose metabolism: 34.5% | FPG |
El Bcheraoui et al[52] | Saudi Arabia | 2014 | 10735 | Prevalence of diabetes: 13.4% | FPG |
Abdella et al[53] | Kuwait | 1996 | 8336 | Prevalence of diabetes: 7.6% | Medical chart review |
Al Khalaf et al[54] | Kuwait | 2010 | 560 | Prevalence of diabetes: 21.4% | FBG |
Alarouj et al[20] | Kuwait | 2013 | 1970 | Prevalence of diabetes: 17.9% | FPG |
Al Zurba et al[55] | Bahrain | 1996 | 498 | Prevalence of diabetes: 25.5% | FPG |
Malik et al[56] | UAE | 2005 | 5758 | Prevalence of T2DM: 20.2% | FPG |
Saadi et al[57] | UAE | 2007 | 2455 | Prevalence of diagnosed T2DM: 10.5% | FBG |
Prevalence of undiagnosed T2DM: 6.6% | |||||
Mansour et al[58] | Iraq | 2007 | 13730 | Incidence of T2DM: 6.8% | FPG |
Mansour et al[59] | Iraq | 2014 | 5445 | Prevalence of T2DM: 19.7% | FPG |
Al-Moosa et al[21] | Oman | 2006 | 5840 | Prevalence of T2DM: 11.6% | FPG |
Al-Lawati et al[60] | Oman | 2015 | NA | Age-adjusted prevalence of T2DM: 10.4% to 21.1% | FPG and OGTT |
Musaiger et al[61] | Qatar | 2005 | 535 | Prevalence of T2DM among obese females ≥ 50 yr: 51.4% | Self-reported diabetes |
Bener et al[22] | Qatar | 2009 | 1117 | Prevalence of T2DM: 16.7% | FBG and OGTT |
Al-Habori et al[62] | Yemen | 2004 | 498 | Prevalence of T2DM: 7.4% | FPG |
Gunaid et al[63] | Yemen | 2008 | 250 | Prevalence of T2DM: 10.4% | FPG and OGTT |
Abdul-Rahim et al[23] | Palestine | 2001 | 302 | Prevalence of T2DM: 12% | OGTT |
Ajlouni et al[64] | Jordan | 2008 | 1121 | Prevalence of T2DM: 17.4% | FPG |
Albache et al[65] | Syria | 2010 | 806 | Prevalence of T2DM: 15.6% | FPG |
Hirbli et al[66] | Lebanon | 2005 | 3000 | Prevalence of T2DM: 15.6% | FPG |
Herman et al[67] | Egypt | 1998 | 1451 | Prevalence of T2DM: 9.3% | OGTT |
Abolfotouh et al[68] | Egypt | 2008 | 1800 | Prevalence of T2DM: 3.7% | FBG |
Elbagir et al[25] | Sudan | 1996 | 1284 | Prevalence of T2DM: 3.4% | OGTT |
Noor et al[69] | Sudan | 2015 | 1111 | Prevalence of T2DM: 1.3% | FBG |
Prevalence of undiagnosed T2DM: 2.6% | |||||
Bouguerra et al[26] | Tunisia | 2007 | 3729 | Prevalence of T2DM: 9.9% | FPG |
Ben Romdhane et al[70] | Tunisia | 2014 | 7700 | Prevalence of T2DM: 15.1% | FPG |
Kadiki et al[71] | Libya | 2001 | 868 | Prevalence of T2DM: 14.1% | OGTT |
Rguibi et al[72] | Morocco | 2006 | 249 | Prevalence of undiagnosed T2DM: 6.4% | FPG |
Bos et al[29] | North Africa | 2013 | NA | Prevalence of diabetes: Range from 2.6% in rural Sudan to 20.0% in urban Egypt | NA |
Prevalence of diabetes significantly higher in urban than rural areas | |||||
Significantly higher prevalence of overweight/obesity in females than males in Algeria, Egypt, Morocco, Tunisia and Sudan | |||||
Jaber et al[73] | United States (Arab-Americans) | 2003 | 542 | Prevalence of T2DM in males: 22.0% | OGTT |
Prevalence T2DM in females: 18.0% | |||||
Rissel et al[74] | Australia (Arab immigrants) | 1998 | 528 | Prevalence of overweight or obesity in males: 73% | NA |
Prevalence of overweight or obesity in females: 36% | |||||
Thow et al[75] | Australia (people born in Middle East and North Africa) | 2005 | NA | Highest prevalence and incidence of T2DM | NA |
Second highest ratio of hospitalization and mortality | |||||
Standard prevalence ratio for diabetes among Arabic-speaking subjects significantly 3.6 times higher than English-only speaking subjects |
- Citation: Abuyassin B, Laher I. Diabetes epidemic sweeping the Arab world. World J Diabetes 2016; 7(8): 165-174
- URL: https://www.wjgnet.com/1948-9358/full/v7/i8/165.htm
- DOI: https://dx.doi.org/10.4239/wjd.v7.i8.165