Limitations of physical exercise and an unhealthy nutrition relationship are linked with different behavioral profiles. Also different body weight and illness perceptions can concur in the development and establishment of obesity and of associated conditions, such as arterial hypertension. Perceived weight status, therefore, is a better predictor of weight control behavior than actual weight status. Moreover, and of interest, perceptions of food choices in a local neighborhood, along with perceptions of heavy traffic on local streets and concern about road safety, may be indirect influences on
weight and obesity. The relationship between juvenile and adolescent arterial hypertension with obesity is well known, with likely shared R788 in vivo mechanisms of development and maintenance throughout the human lifespan.[5, 6] In the work we are undertaking, we aim to investigate if the perception of weight status and, in particular, if the true or false perception of overweight-obesity (body mass index [BMI] ≥25.0) is
associated with different prevalence of headache in teens and young adults. We are presently studying 882 youngsters (523F, 359M, range 13–30 years old), BMI 22.44 ± 3.27, to investigate the relationship, if any, of perceived and reported body size and, concurrently, of objectively measured weight and height with headache. Other relationships Vismodegib explored include: sleep deprivation; six different types of environmental noise exposure; and road accidents. Studied urban settings include: the home; work/school; night leisure time; musical events; sporting activities, and public buildings. We also are attempting to distinguish results with reference to noise from machines, human voices, and music. Noise perception is being assessed by 1–10 Likert’s scales. Sleep duration and the time of falling asleep are recorded on single days and related back to specific activities. Alcohol intake, coffee, cigarette smoking, illicit Buspirone HCl and stimulating drugs habits, and work and school achievements are also considered. Among
all the considered variables, greater odds of headache are more significantly associated with gender (female) and greater exposure to noise (human voices). Prevalence of erroneous perception of overweight-obesity is 173/713 (24.3%) in normal weight subjects, whereas erroneous perception of normal weight is 63/169 (37.3%) among overweight-obese subjects. Headache is more prevalent in 57/106 subjects with truly perceived overweight-obesity (53.8%) than in 27/63 subjects without this perception (42.9%). Also in normal weight subjects, headache is more prevalent (106/173; 61.3%) in those with perceived overweight-obesity than in those with a true perception of normal weight (227/540; 42.0%). Actual overweight-obesity in young populations, defined by weight/height measurement and by BMI criteria, is not significantly associated with headache (χ2 0.380, P = .537, OR 1.128 [CI 0.806–1.577]).