We argue that despite inconsistencies in the definition , patterns across studies clearly show that healthy obesity is a state of intermediate disease risk .
Expert commentary : Given the current state of population -level evidence , we conclude that obesity and metabolic dysfunction are inseparable and that healthy obesity is best viewed only as a state of relative health but not of absolute health .
INTRODUCTION Obesity is a top public health priority but interventions to reverse the condition have had limited success .
About one-in-three obese adults are free of metabolic risk factor clustering and are considered ' healthy ' , and much attention has focused on the implication s of this state for obesity management .
The joint effects of physical activity and body mass index on coronary heart disease risk in women.
BACKGROUND Physical activity and body mass index ( calculated as weight in kilograms divided by height in meters squared ) independently alter the risk of coronary heart disease ( CHD ) ; however , their combined effect on CHD is not established . Our objective was to study the combined association of physical activity and body mass index on CHD . METHODS Prospect i ve cohort study of 38,987 women free of cardiovascular disease , cancer , and diabetes at baseline in the Women 's Health Study , with 10.9 mean years of follow-up .  Weight , height , and recreational activities were reported on entry . Body mass index was categorized as normal weight ( < 25 ) , overweight ( 25 to < 30 ) , and obese ( > or = 30 ) . Active was defined as 1000 kilocalories or more expended on recreational activities weekly . Six joint body weight-physical activity categories were defined . The main outcome measure was the occurrence of incident CHD during follow-up , defined as a cardiovascular event including nonfatal myocardial infa rct ion , coronary artery bypass graft , percutaneous transluminal coronary angioplasty , or CHD death . RESULTS A total of 948 cases of incident CHD occurred during follow-up . Higher body mass index and physical inactivity were individual predictors of CHD . In joint analyses , compared with active normal-weight individuals , the multivariate-adjusted hazard ratios ( 95 % confidence intervals ) were 1.54 ( 1.14 - 2.08 ) for overweight-active ; 1.87 ( 1.29 - 2.71 ) for obese-active ; 1.08 ( 0.84 - 1.39 ) for normal weight-inactive ; 1.88 ( 1.46 - 2.42 ) for overweight-inactive ; and 2.53 ( 1.94 - 3.30 ) for obese-inactive . Increasing levels of walking also result ed in significant reductions in CHD risk for overweight and obese individuals . CONCLUSIONS The risk of CHD associated with elevated body mass index is considerably reduced by increased physical activity levels . However , the risk is not completely eliminated , reinforcing the importance of being lean and physically active
We argue that despite inconsistencies in the definition , patterns across studies clearly show that healthy obesity is a state of intermediate disease risk .
Expert commentary : Given the current state of population -level evidence , we conclude that obesity and metabolic dysfunction are inseparable and that healthy obesity is best viewed only as a state of relative health but not of absolute health .
INTRODUCTION Obesity is a top public health priority but interventions to reverse the condition have had limited success .
About one-in-three obese adults are free of metabolic risk factor clustering and are considered ' healthy ' , and much attention has focused on the implication s of this state for obesity management .