ライフサイエンスコーパス: sedentary behavior

1 commendations regarding the risks related to sedentary behavior.

2 according to levels of physical activity and sedentary behavior.

3 , but they are also more likely to engage in sedentary behavior.

4 ssages encouraging exercise and discouraging sedentary behaviors.

5 ve paid little attention to the reduction of sedentary behaviors.

6 d broad guidelines that recommend minimizing sedentary behaviors.

7 or 7 d, and self-reported meal practices and sedentary behaviors.

8 f their monitored time, or 7.7 hours/day, in sedentary behaviors.

9 gy and macronutrient intakes during targeted sedentary behaviors.

10 and 31% of the variance in the time spent in sedentary behavior (95% CI: 9%, 51%).

11 sweetened drinks as risk factors, as well as sedentary behavior; although a meta-analysis suggested t

12 ntions and future quantitative guidelines on sedentary behavior and cardiovascular health outcomes.

13 ody fat, blood pressure, resting heart rate, sedentary behavior and demographics.

14 haviors (for example, reduce tobacco use and sedentary behavior and improve diet) of workers, but eff

15 al disease (PAD), we determined whether more sedentary behavior and slower outdoor walking speed were

16 The validity of sedentary behavior and total physical activity was highe

17 ability, and low energy were associated with sedentary behavior and/or a fast decline in activity.

18 he independent and combined effects of these sedentary behaviors and MVPA on mortality.

19 Sedentary behaviors and physical inactivity are not only

20 oss-sectionally associations among activity, sedentary behavior, and LTL among 7,813 women aged 43-70

21 ned the association among physical activity, sedentary behavior, and ovarian cancer risk in the Ameri

22 iseases, body mass index, diabetes, smoking, sedentary behaviors, and alcohol intake.

23 behaviors in adults; interventions to reduce sedentary behaviors; and the harms of behavioral counsel

24 Increasing physical activity and decreasing sedentary behavior are associated with a higher quality

25 Increased physical activity and decreased sedentary behaviors are essential components of obesity

26 Sedentary behaviors are linked to adverse health outcome

27 y, whereas little attention has been paid to sedentary behavior as indicated by television (TV) watch

28 heritability of daily physical activity and sedentary behavior assessed objectively by using combine

29 n validity of the 2008 Physical Activity and Sedentary Behavior Assessment Questionnaire (PASBAQ) was

30 cipation in domains of physical activity and sedentary behavior at 7 years of age were reported.

31 nd specific domains of physical activity and sedentary behavior at the age of 7 years were associated

32 completed questions on physical activity and sedentary behaviors at baseline.

33 f physical activity and reduce time spent in sedentary behaviors at home.

34 ood safety and children's physical activity, sedentary behavior, body mass, and obesity status using

35 0% (increase phase), and decreasing targeted sedentary behaviors by 25-50% (decrease phase).

36 e 3-wk phases: baseline, increasing targeted sedentary behaviors by 25-50% (increase phase), and decr

37 s that include accelerometer-assessed PA and sedentary behavior can contribute to these recommendatio

38 Decreasing sedentary behaviors can decrease energy intake in nonove

39 mic status, race, cohort, physical activity, sedentary behavior, coffee, tea, time 1 body mass index,

40 Sedentary behavior correlations showed no sex difference

41 ere those who provided physical activity and sedentary behavior data.

42 ntake decreased (-463.0 kcal/d; P<0.01) when sedentary behaviors decreased: the decrease in fat intak

43 line (1993 to 1998), provided information on sedentary behavior, defined as hours of sitting/day, and

44 oking, alcohol consumption, body mass index, sedentary behavior, diabetes mellitus, cardiovascular di

45 interaction on obesity, yet the influence of sedentary behavior, distinct from a lack of physical act

46 Our purpose here is to examine the role of sedentary behaviors, especially sitting, on mortality, c

47 Independent of exercise levels, sedentary behaviors, especially TV watching, were associ

48 indings emphasize the importance of reducing sedentary behavior for the prevention of cardiometabolic

49 of reducing prolonged TV watching and other sedentary behaviors for preventing obesity and diabetes.

50 -to-vigorous intensity physical activity and sedentary behavior from heart rate and acceleration data

51 od pressure, elevated resting heart rate and sedentary behavior have increased in recent decades due

52 tivity by questionnaire in 1988 and 1992 and sedentary behavior in 1992.

53 mortality risk or the harms associated with sedentary behavior in black adults, so we examined the r

54 nce advisory reviews the current evidence on sedentary behavior in terms of assessment methods, popul

55 e find that objectively logged reductions in sedentary behavior in the following month are linked to

56 ctive measure of the amount of time spent in sedentary behavior in the US population and indicate tha

57 Targeted sedentary behaviors increased by 81.5 min/d (45.8%) and

58 te how experimental changes in the amount of sedentary behaviors influence energy intake.

59 Sedentary behavior is a risk factor for cardiometabolic

60 ulating that indicates greater time spent in sedentary behavior is associated with all-cause and card

61 ual variation in daily physical activity and sedentary behavior is mainly a result of environmental i

62 possible deleterious consequences of excess sedentary behavior is rapidly evolving, with the epidemi

63 Sedentary behavior is recognized as a distinct construct

64 Sedentary behavior is recognized as a distinct construct

65 wever, its relation to physical activity and sedentary behavior is unclear.

66 Decreasing sedentary behaviors is also a positive contribution, alt

67 the association between objectively measured sedentary behavior (its total volume and accrual in prol

68 The amounts of time spent in sedentary behavior, light-intensity activity, and modera

69 t in moderate/vigorous physical activity and sedentary behavior, low-light and high-light physical ac

70 th increasing physical activity and reducing sedentary behavior may attenuate genetic associations wi

71 Changes in sedentary behavior may be related to changes in energy i

72 from this study suggest that high levels of sedentary behavior may increase the risk of ovarian canc

73 Meal contexts and sedentary behaviors may represent important intervention

74 udinal associations of physical activity and sedentary behavior, measured both objectively and via se

75 efore, we investigated physical activity and sedentary behavior of cancer survivors using data from t

76 et, few studies have examined the effects of sedentary behavior on cognition or the long-term role of

77 The risk of prolonged sedentary behavior on HF is unknown.

78 ted later in life can reverse the effects of sedentary behavior on the heart.

79 2) reported significantly longer duration of sedentary behavior (OR = 1.42, 95% CI (1.12, 1.80) for 8

80 associations of reallocating time to sleep, sedentary behavior, or active behaviors with biomarkers.

81 Sedentary behaviors predominate modern life, yet we do n

82 al activity questionnaire and the Australian sedentary behavior questionnaire.

83 updates in the area of physical activity and sedentary behavior related to these recommendations as w

84 Girls increased sedentary behaviors significantly more than did boys (10

85 and spring blood draw, history of diabetes, sedentary behavior, smoking, and black race/ethnicity.

86 inactivity in children is important because sedentary behavior strongly relates to metabolic disorde

87 time spent watching television and in other sedentary behaviors such as playing videogames may contr

88 such as jogging, running, and bicycling) and sedentary behavior (such as spending hours watching tele

89 Information on sedentary behavior (television watching and computer tim

90 gage in daily physical activity; to minimize sedentary behavior; to consume plenty of healthy fats (i

91 However, a prolonged duration of sedentary behavior was associated with an increased risk

92 Accelerometer-assessed sedentary behavior was generally not associated with all

93 The prevalence of sedentary behavior was higher in older children.

94 In contrast, sedentary behavior was independently related to an incre

95 In contrast, sedentary behavior was positively related to risk for sy

96 Time spent in sedentary behaviors was positively associated with morta

97 Parity was associated with sedentary behavior, weight gain, and higher triglyceride

98 unts min-1d-1 (estimated at 113.1 kcal) when sedentary behaviors were decreased (P<0.05).

99 changes in energy intake were observed when sedentary behaviors were increased.

100 Sedentary behaviors were positively associated with mort

101 should be encouraged to reduce time spent in sedentary behaviors, when possible, and to participate i

102 Regularly interrupting sedentary behavior with activity breaks may lower this r

103 tudy, we explored the associations of PA and sedentary behavior with all-cause and cardiovascular dis

104 Associations of physical activity and sedentary behavior with cognition appear to be context-s

105 the association of prolonged, uninterrupted sedentary behavior with glycemic biomarkers in a cohort

106 howed significant interactions with MVPA and sedentary behavior, with effects on BMI and other adipos