Abstract:Objetivou-se verificar a prevalência e os fatores associados à pressão arterial (PA) elevada em adolescentes de um município Brasileiro. Estudo transversal, conduzido em 653 adolescentes (57,9% do sexo feminino) de 14 a 19 anos de idade, estudantes do ensino médio. A Pressão arterial sistólica (PAS) e a diastólica (PAD) foram mensuradas em todos os sujeitos. Variáveis sociodemográficas, do estilo de vida e índice de massa corporal foram obtidas. Regressão logística binária, bruta e ajustada, foi empregada com … Show more
“…When the total sample was analyzed the results of this study corroborated previous studies that showed no association between physical activity and HBP in young people 9,11,[21][22][23] . The present study examined the practice of sports because the physical activity of young people is largely performed through sports 15 .…”
Section: Discussionsupporting
confidence: 86%
“…With regard to the participants who practiced sports, the prevalence of HBP was similar in young people who were overweight and obese compared to the eutrophic participants (17.1 and 18.2 vs 15.5%). In the adjusted analysis, young people who were overweight and obese in the total sample and those who did not practice sports showed a prevalence ratio of HBP which ranged from 1.60 to 2.15 higher than their eutrophic counterparts, results that corroborate those in previous studies [9][10][11]18,22,26 . No significant associations were found for young people who practice sports.…”
Section: Discussionsupporting
confidence: 86%
“…The literature contains controversial findings regarding the association between physical activity and HBP. Some studies have shown an inverse association between physical activity and blood pressure in young people 16-20 , while others have shown no such association 9,11,[21][22][23] . A systematic review showed that the number of studies that showed an association between physical activity with blood pressure was lower than the studies that showed no association 24 .…”
Section: Introductionmentioning
confidence: 99%
“…Of the 21 studies included in the review, 12 reported a prevalence of HBP higher than 10% 8 . Studies conducted after the aforementioned systematic review reported a prevalence of HBP ranging from 12.4 to 19.4% [9][10][11] .…”
Section: Introductionmentioning
confidence: 99%
“…Among other associated factors, the conditions of being overweight and obese are considered to be the determing factors of HBP because they trigger several physiological mechanisms that result in HBP in young people 25 . For this reason, overweight young people are 1.66 to 4.30 while obese are 5.19 to 5.40 more likely to have HBP compared to eutrophic [9][10][11]18,22,26 . The studies that are available in the literature have not investigated the association between overweight and obesity with HBP according to sports practice.…”
(PR = 1,60,1,52 and 1,93,1,25) and on non sport practitioners (RP = 1,80,1,14 and 2,15,1,16). For young people sports practitioners were not found associations between overweight and obesity with HBP (PR = 1,01, 0,82 and 1,09, 0,48
“…When the total sample was analyzed the results of this study corroborated previous studies that showed no association between physical activity and HBP in young people 9,11,[21][22][23] . The present study examined the practice of sports because the physical activity of young people is largely performed through sports 15 .…”
Section: Discussionsupporting
confidence: 86%
“…With regard to the participants who practiced sports, the prevalence of HBP was similar in young people who were overweight and obese compared to the eutrophic participants (17.1 and 18.2 vs 15.5%). In the adjusted analysis, young people who were overweight and obese in the total sample and those who did not practice sports showed a prevalence ratio of HBP which ranged from 1.60 to 2.15 higher than their eutrophic counterparts, results that corroborate those in previous studies [9][10][11]18,22,26 . No significant associations were found for young people who practice sports.…”
Section: Discussionsupporting
confidence: 86%
“…The literature contains controversial findings regarding the association between physical activity and HBP. Some studies have shown an inverse association between physical activity and blood pressure in young people 16-20 , while others have shown no such association 9,11,[21][22][23] . A systematic review showed that the number of studies that showed an association between physical activity with blood pressure was lower than the studies that showed no association 24 .…”
Section: Introductionmentioning
confidence: 99%
“…Of the 21 studies included in the review, 12 reported a prevalence of HBP higher than 10% 8 . Studies conducted after the aforementioned systematic review reported a prevalence of HBP ranging from 12.4 to 19.4% [9][10][11] .…”
Section: Introductionmentioning
confidence: 99%
“…Among other associated factors, the conditions of being overweight and obese are considered to be the determing factors of HBP because they trigger several physiological mechanisms that result in HBP in young people 25 . For this reason, overweight young people are 1.66 to 4.30 while obese are 5.19 to 5.40 more likely to have HBP compared to eutrophic [9][10][11]18,22,26 . The studies that are available in the literature have not investigated the association between overweight and obesity with HBP according to sports practice.…”
(PR = 1,60,1,52 and 1,93,1,25) and on non sport practitioners (RP = 1,80,1,14 and 2,15,1,16). For young people sports practitioners were not found associations between overweight and obesity with HBP (PR = 1,01, 0,82 and 1,09, 0,48
In Poland, there is no data on parental socioeconomic status (SES) as a potent risk factor in adolescent elevated blood pressure, although social differences in somatic growth and maturation of children and adolescents have been recorded since the 1980s. This study aimed to evaluate the association between parental SES and blood pressure levels of their adolescent offspring. A cross-sectional survey was carried out between 2009 and 2010 on a sample of 4941 students (2451 boys and 2490 girls) aged 10–18, participants in the ADOPOLNOR study. The depended outcome variable was the level of blood pressure (optimal, pre- and hypertension) and explanatory variables included place of residence and indicators of parental SES: family size, parental educational attainments and occupation status, income adequacy and family wealth. The final selected model of the multiple multinomial logistic regression analysis (MLRA) with backward elimination procedure revealed the multifactorial dependency of blood pressure levels on maternal educational attainment, paternal occupation and income adequacy interrelated to urbanization category of the place of residence after controlling for family history of hypertension, an adolescent’s sex, age and weight status. Consistent rural-to-urban and socioeconomic gradients were found in prevalence of elevated blood pressure, which increased with continuous lines from large cities through small- to medium-sized cities to villages and from high-SES to low-SES familial environments. The adjusted likelihood of developing systolic and diastolic hypertension decreased with each step increase in maternal educational attainment and increased urbanization category. The likelihood of developing prehypertension decreased with increased urbanization category, maternal education, paternal employment status and income adequacy. Weight status appeared to be the strongest confounder of adolescent blood pressure level and, at the same time, a mediator between their blood pressure and parental SES.Conclusion: The findings of the present study confirmed socioeconomic disparities in blood pressure levels among adolescents. This calls for regularly performed blood pressure assessment and monitoring in the adolescent population. It is recommended to focus on obesity prevention and socioeconomic health inequalities by further trying to improve living and working conditions in adverse rural environments.
What is known:
• Socioeconomic gradient exists in adolescent blood pressure levels.
• Adolescents from lower SES families are at greater risk of hypertension.
What is new:
• Urbanization levels of residence area affect adolescent blood pressure by parental socioeconomic status.
• Socioeconomic inequalities in adolescent hypertension may be modulated through effects of body weight.
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