OBJECTIVE: This study investigated whether medically significant obesity (body mass index > 30 kg/m2) is recognised effectively in hospital outpatient departments and how those identified as obese are subsequently managed. DESIGN: A retrospective analysis of patients' hospital records (rheumatology n = 108, cardiology n = 257, orthopaedic n = 250) established the reported prevalence of obesity and subsequent referral patterns. In addition, BMI was measured prospectively on a separate cohort (rheumatology n = 188, cardiology n = 203, orthopaedic n = 179) to determine the true prevalence. RESULTS: Generally, obesity management appeared minimal and inconsistent. Retrospective analysis revealed an apparently low rate of obesity (4% cardiology, 5% rheumatology and 3% orthopaedics), whilst the true prevalence was found to be 30% for cardiology, 25.1% for orthopaedics and 20.2% for rheumatology. Although this appears to show a large disparity between the apparent and the true prevalence, it is impossible to establish precisely the degree of under-estimation, as the lack of height measurements (14% only) in the retrospective sample affects the reliability of the apparent prevalence. Further comparison with the general population showed obesity to be particularly common in men attending cardiology clinics. CONCLUSION: An outpatient clinic consultation could be a useful starting point for integrating obesity and disease management, by helping to identify obesity, initiate appropriate referrals and assist in obesity education.
OBJECTIVE: This study investigated whether medically significant obesity (body mass index > 30 kg/m2) is recognised effectively in hospital outpatient departments and how those identified as obese are subsequently managed. DESIGN: A retrospective analysis of patients' hospital records (rheumatology n = 108, cardiology n = 257, orthopaedic n = 250) established the reported prevalence of obesity and subsequent referral patterns. In addition, BMI was measured prospectively on a separate cohort (rheumatology n = 188, cardiology n = 203, orthopaedic n = 179) to determine the true prevalence. RESULTS: Generally, obesity management appeared minimal and inconsistent. Retrospective analysis revealed an apparently low rate of obesity (4% cardiology, 5% rheumatology and 3% orthopaedics), whilst the true prevalence was found to be 30% for cardiology, 25.1% for orthopaedics and 20.2% for rheumatology. Although this appears to show a large disparity between the apparent and the true prevalence, it is impossible to establish precisely the degree of under-estimation, as the lack of height measurements (14% only) in the retrospective sample affects the reliability of the apparent prevalence. Further comparison with the general population showed obesity to be particularly common in men attending cardiology clinics. CONCLUSION: An outpatient clinic consultation could be a useful starting point for integrating obesity and disease management, by helping to identify obesity, initiate appropriate referrals and assist in obesity education.
Authors: Joel Warkentin; Melissa Chan; Ana Igric; Jamie A Seabrook; Doreen Matsui; Rodrick Lim; Gary Joubert Journal: Paediatr Child Health Date: 2008-11 Impact factor: 2.253
Authors: Sheila Z Chang; Daniel R Beacher; Soyang Kwon; Megan A McCarville; Helen J Binns; Adolfo J Ariza Journal: Int J Environ Res Public Health Date: 2014-09-17 Impact factor: 3.390
Authors: Seryung Choo; Ju Young Kim; Se Young Jung; Sarah Kim; Jeong Eun Kim; Jong Soo Han; Sohye Kim; Jeong Hyun Kim; Jeehye Kim; Yongseok Kim; Dongouk Kim; Steve Steinhubl Journal: JMIR Mhealth Uhealth Date: 2016-03-31 Impact factor: 4.773