Research Article
Association of Incidence between Pancreatic Adipose Infiltration and Metabolic Syndrome: A Literature Review and Meta-analysis
Table 1
Baseline characteristics of studies included in the study.
| Author | Year | Country | Sample size () | Gender (M/F) | Study design | Age, | BMI (kg/m2) | NOS | Pancreatic adipose infiltration | Nonpancreatic adipose infiltration | Pancreatic adipose infiltration | Nonpancreatic adipose infiltration | Pancreatic adipose infiltration | Nonpancreatic adipose infiltration | Pancreatic adipose infiltration | Nonpancreatic adipose infiltration |
| Lee | 2009 | South Korea | 180 | 113 | 87/93 | 79/34 | Cross-sectional study | | | | | 6 | Sepe | 2011 | USA | 64 | 166 | 27/37 | 75/91 | Cross-sectional study | | | | | 6 | Wu | 2013 | Taiwan | 72 | 485 | 30/42 | 285/200 | Case–control retrospective study | | | | | 7 | Wong | 2014 | Hong Kong | 110 | 575 | 66/44 | 205/370 | Cross-sectional study | | | | | 7 | Wang | 2014 | Taiwan | 1297 | 6800 | 804/493 | 3672/3128 | Cross-sectional study | | | | | 6 | Zhou | 2016 | China | 365 | 825 | 223/142 | 367/458 | Cross-sectional study | | | | | 6 | Wang | 2018 | China | 53 | 1175 | 28/25 | 550/625 | Cross-sectional study | | | | | 7 | Yamazaki | 2018 | Japan | 214 | 106 | 192/22 | 82/24 | Cohort study | | | | | 6 | Weng | 2018 | China | 437 | 3895 | 271/166 | 1992/1903 | Cross-sectional study | | | | | 7 | Milovanovic | 2019 | Serbia | 84 | 59 | 55/29 | 42/17 | Cross-sectional study | | | | | 6 | Chiyanika | 2020 | China | 26 | 26 | 19/7 | 14/12 | Cohort study | | | | | 6 |
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