Purpose:This study aimed to evaluate the effectiveness of physical activity(PA)interrupting prolonged sitting(PS)on postprandial glycemia and insulin responses among adults.Methods:PubMed,EMBASE,Cochrane Library,Web o...Purpose:This study aimed to evaluate the effectiveness of physical activity(PA)interrupting prolonged sitting(PS)on postprandial glycemia and insulin responses among adults.Methods:PubMed,EMBASE,Cochrane Library,Web of Science,CINAHL,PsycINFO,and the China National Knowledge Infrastructure databases were searched through September 30,2020.Randomized controlled trials(RCTs)that examined the effect of all forms of PA interrupting PS on postprandial glycemia and/or insulin responses among adults without chronic diseases were included in this study.The risk of bias of included studies was evaluated based on the Cochrane tool.A network meta-analysis was performed to estimate the summary standardized mean differences(SMDs)with 95%confidence intervals(95%CIs)with random effects.Results:Thirty crossover RCTs were included in our review.These RCTs included 9 types of interventions that interrupted PS.When compared to PS by itself,light-intensity PA intermittent interrupting(LPA-INT)PS and moderate-intensity PA intermittent interrupting(MPA-INT)PS significantly lowered postprandial glycemia(SMD=-0.46,95%CI:-0.70 to-0.21;SMD=-0.69,95%CI:-1.00 to-0.37,respectively)and significantly reduced postprandial insulin response(SMD=-0.46,95%CI:-0.66 to-0.26;SMD=-0.47,95%CI:-0.77 to-0.17,respectively).Results of the clustered ranking plot indicated that MPA-INT was the most effective intervention in lowering postprandial glycemia and insulin responses.Conclusion:Replacing PS with MPA-INT or LPA-INT has a positive effect in reducing postprandial glycemia and insulin responses,with MPA-INT being the optimal intervention strategy.展开更多
Introduction: Living and working conditions are increasingly conducive to a sedentary lifestyle. Many administrative workers are exposed daily to long hours of work in a prolonged sitting position, which can favour th...Introduction: Living and working conditions are increasingly conducive to a sedentary lifestyle. Many administrative workers are exposed daily to long hours of work in a prolonged sitting position, which can favour the onset of diabetes. The aim of the study was to determine the prevalence and factors associated with diabetes among workers at a town hall in Benin in 2019. Methods: This was a descriptive cross-sectional study conducted from December 2018 to January 2019. Exhaustive recruitment was carried out. Data were collected during a face-to-face interview, using a standardized questionnaire including socio-professional factors, behavioral factors, anthropometric measurements, and blood glucose. Frequencies were calculated. Frequencies were compared using the chi-square and Fisher tests. The significance threshold was 5%. Results: A total of 85 workers were included. Their mean age was 41.55 ± 9.82 years, with a sex ratio of 6.1. = The prevalence of diabetes was estimated at 8.2% [95% CI: 3.38 - 16.23%] and 3 of the workers knew they had diabetes. A family history of diabetes was associated with diabetes (p = 0.032). Occupationally, 10.77% of permanent employees had diabetes, compared with 0.0% of non-permanent employees;12.50% of employees with at least 10 years’ seniority had diabetes, compared with 7.25% of those with less seniority;19.05% of employees who spent at least 6 hours a day sitting at work had diabetes, compared with 4.69% of those who spent less time sitting. Conclusion: Preventing chronic disease in the workplace is part of promoting workers’ health, and must take into account occupational factors such as prolonged sitting.展开更多
Prolonged sitting is a major risk factor for lumbar spine disorders,significantly affecting both physical and mental health.However,conventional clinical diagnosis primarily relies on imaging evaluations conducted aft...Prolonged sitting is a major risk factor for lumbar spine disorders,significantly affecting both physical and mental health.However,conventional clinical diagnosis primarily relies on imaging evaluations conducted after symptom onset,often missing opportunities for early intervention and allowing for disease progression.To address this,this paper presents a diagnostic method based on electromyography(EMG)using an adaptive flexible electromyography sensor(FES).The FES consists of a thermo-responsive in situ gelation hydrogel and flexible mesh electrode patch.The hydrogel undergoes a sol–gel transition at body temperature,enabling conformal skin contact and strong adhesion.As a result,the adhesion of the FES is 15 times stronger than that of conventional EMG electrodes.Consequently,the contact impedance is significantly reduced to 40 kΩ/cm^(2) at 10 Hz,and a high signal-to-noise ratio of 23.28 dB is achieved,allowing for the effective monitoring of subtle electrophysiological signals during prolonged sitting.Overall,this research provides a foundation for the early-stage diagnosis of lumbar disorders,facilitating the transition of lumbar disease management from reactive treatment to proactive prevention.展开更多
基金supported by grants to MQ from the National Key Research and Development Program of China (2020YFC2003301 and 2020YFC2007005)National Natural Science Foundation of China (81703252)+1 种基金Shanghai Committee of Science and Technology of China(19080503000)HW from the Public Welfare Technology Project of the Zhejiang Science Department(LGF18H170006)
文摘Purpose:This study aimed to evaluate the effectiveness of physical activity(PA)interrupting prolonged sitting(PS)on postprandial glycemia and insulin responses among adults.Methods:PubMed,EMBASE,Cochrane Library,Web of Science,CINAHL,PsycINFO,and the China National Knowledge Infrastructure databases were searched through September 30,2020.Randomized controlled trials(RCTs)that examined the effect of all forms of PA interrupting PS on postprandial glycemia and/or insulin responses among adults without chronic diseases were included in this study.The risk of bias of included studies was evaluated based on the Cochrane tool.A network meta-analysis was performed to estimate the summary standardized mean differences(SMDs)with 95%confidence intervals(95%CIs)with random effects.Results:Thirty crossover RCTs were included in our review.These RCTs included 9 types of interventions that interrupted PS.When compared to PS by itself,light-intensity PA intermittent interrupting(LPA-INT)PS and moderate-intensity PA intermittent interrupting(MPA-INT)PS significantly lowered postprandial glycemia(SMD=-0.46,95%CI:-0.70 to-0.21;SMD=-0.69,95%CI:-1.00 to-0.37,respectively)and significantly reduced postprandial insulin response(SMD=-0.46,95%CI:-0.66 to-0.26;SMD=-0.47,95%CI:-0.77 to-0.17,respectively).Results of the clustered ranking plot indicated that MPA-INT was the most effective intervention in lowering postprandial glycemia and insulin responses.Conclusion:Replacing PS with MPA-INT or LPA-INT has a positive effect in reducing postprandial glycemia and insulin responses,with MPA-INT being the optimal intervention strategy.
文摘Introduction: Living and working conditions are increasingly conducive to a sedentary lifestyle. Many administrative workers are exposed daily to long hours of work in a prolonged sitting position, which can favour the onset of diabetes. The aim of the study was to determine the prevalence and factors associated with diabetes among workers at a town hall in Benin in 2019. Methods: This was a descriptive cross-sectional study conducted from December 2018 to January 2019. Exhaustive recruitment was carried out. Data were collected during a face-to-face interview, using a standardized questionnaire including socio-professional factors, behavioral factors, anthropometric measurements, and blood glucose. Frequencies were calculated. Frequencies were compared using the chi-square and Fisher tests. The significance threshold was 5%. Results: A total of 85 workers were included. Their mean age was 41.55 ± 9.82 years, with a sex ratio of 6.1. = The prevalence of diabetes was estimated at 8.2% [95% CI: 3.38 - 16.23%] and 3 of the workers knew they had diabetes. A family history of diabetes was associated with diabetes (p = 0.032). Occupationally, 10.77% of permanent employees had diabetes, compared with 0.0% of non-permanent employees;12.50% of employees with at least 10 years’ seniority had diabetes, compared with 7.25% of those with less seniority;19.05% of employees who spent at least 6 hours a day sitting at work had diabetes, compared with 4.69% of those who spent less time sitting. Conclusion: Preventing chronic disease in the workplace is part of promoting workers’ health, and must take into account occupational factors such as prolonged sitting.
基金support from the National Natural Science Foundation of China(62204210,62471465,62125112)the Funded by Basic Research Program of Jiangsu(BK20220284,BK20243004)+3 种基金XJTLU Research Development Funding(RDF-21-01-027,RDF-24-01-037)China Postdoctoral Science Foundation(2024M762614)the Strategic Priority Research Program of the Chinese Academy of Science(Grant No.XDB0520301)the Jiangsu Department of Education Funding for the School of CHIPS at XJTLU(EFP10120240023,EFP10120240024).
文摘Prolonged sitting is a major risk factor for lumbar spine disorders,significantly affecting both physical and mental health.However,conventional clinical diagnosis primarily relies on imaging evaluations conducted after symptom onset,often missing opportunities for early intervention and allowing for disease progression.To address this,this paper presents a diagnostic method based on electromyography(EMG)using an adaptive flexible electromyography sensor(FES).The FES consists of a thermo-responsive in situ gelation hydrogel and flexible mesh electrode patch.The hydrogel undergoes a sol–gel transition at body temperature,enabling conformal skin contact and strong adhesion.As a result,the adhesion of the FES is 15 times stronger than that of conventional EMG electrodes.Consequently,the contact impedance is significantly reduced to 40 kΩ/cm^(2) at 10 Hz,and a high signal-to-noise ratio of 23.28 dB is achieved,allowing for the effective monitoring of subtle electrophysiological signals during prolonged sitting.Overall,this research provides a foundation for the early-stage diagnosis of lumbar disorders,facilitating the transition of lumbar disease management from reactive treatment to proactive prevention.
