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. Author manuscript; available in PMC: 2015 Mar 11.
Published in final edited form as: Nutr Rev. 2012 Oct;70(10):611–621. doi: 10.1111/j.1753-4887.2012.00515.x

Table 1.

Commonly studied PLIN1 single-nucleotide polymorphisms (SNPs) and obesity-related phenotypes in humans.

SNP Population Main findings References
rs2289487 Spanish (n = 1,589) Lower obesity, glucose, and related traits in women Qi et al. (2004)26
rs2289487 US whites, nested case-control (n = 431 cases, n = 791 controls) Higher diabetes risk Qi et al. (2008)47
rs2289487 US whites (n = 271)
Spanish men (n = 88)
Lower postprandial response Perez-Martinez et al. (2008)55
rs894160 Swedish women (n = 117) Lower adipocyte perilipin, higher lipolysis Mottagui-Tabar et al. (2003)24
rs894160 Spanish (n = 1,589) Lower obesity, glucose, and related traits in women Qi et al. (2004)26
rs894160 Singaporean Chinese, Indians, and Malays (n = 4,131) Higher obesity risk in women Qi et al. (2005)28
rs894160 Japanese men (n = 148) Higher BMI Sone et al. (2010)29
rs894160 Spanish women (n = 48) Resistance to weight loss (energy-restricted intervention) Corella et al. (2005)36
rs894160 US Puerto Ricans (n = 920) Lower obesity traits with high complex carbohydrate intake Smith et al. (2008)37
rs894160 Spanish (n = 78) Resistance to weight loss (energy-restricted intervention), lower lipid oxidation Ruiz et al. (2011)38
rs894160 Dutch (n = 188) Higher weight loss and fat loss (weight-loss intervention) Soenen et al. (2009)40
rs894160 Koreans (n = 277) Higher weight loss, greater FFA change following weight loss Jang et al. (2006)42
rs894160 Koreans (n = 160) Lower weight gain with rosiglitazone (antiglycemic) Kang et al. (2006)43
rs894160 US whites, nested case-control (n = 431 cases, n = 791 controls) Higher diabetes risk Qi et al. (2008)47
rs894160 Singaporean Chinese, Malays, and Indians, (n = 1,909 men, n = 2,198 women) Interaction between saturated-fat-to-carbohydrate ratio and insulin resistance in women Corella et al. (2006)49
rs894160 US whites (n = 462 men, n = 508 women) Interaction between saturated-fat-to-carbohydrate ratio and insulin resistance in women Smith et al. (2012)50
rs894160 US whites (n = 271)
Spanish men (n = 88)
Lower postprandial response Perez-Martinez et al. (2008)55
rs2304795 US whites (n = 734) Higher obesity risk in women Qi et al. (2004)27
rs2304795 Singaporean Chinese, Indians, and Malays (n = 4,131) Higher obesity risk in women Qi et al. (2005)28
rs2304795 US whites (n = 56 women, n = 46 men) Lower gains in aerobic capacity; altered glucose and lipid metabolism (response to endurance exercise intervention) Jenkins et al. (2010)56
rs1052700 US whites (n = 734) Higher obesity risk in women Qi et al. (2004)27
rs1052700 Singaporean Chinese, Indians, and Malays (n = 4,131) Lower obesity risk in women Qi et al. (2005)28
rs1052700 Brazilian children, aged 7–14 (n = 234) Higher weight loss (weight-loss intervention), lower insulin Deram et al. (2008)41
rs1052700 Koreans (n = 277) Higher weight loss, greater FFA change following weight loss Jang et al. (2006)42
rs1052700 US women with (n = 185) and without (n = 120) polycystic ovarian syndrome Glucose intolerance Kawai et al. (2009)46
rs1052700 Singaporean Chinese, Malays, and Indians, (n = 1,909 men, n = 2,198 women) Interaction with saturated-fat-to-carbohydrate ratio for insulin resistance Corella et al. (2006)49
rs1052700 US whites (n = 56 women, n = 46 men) Lower gains in aerobic capacity; altered glucose and lipid metabolism (response to endurance exercise intervention) Jenkins et al. (2010)56

Abbreviations: BMI, body mass index; FFA, free fatty acids.