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1                     Greater maternal weekend screen-time (0.45; 0.08, 0.83) and, in girls, greater pa
2 d tomographic (CT) scans in annual rounds of screening (time 1) were retrospectively identified that
3 Approximately 25% of the association between screen time and CVD events was explained collectively by
4 in) markers mediate the relationship between screen time and CVD events.
5 luded 4604 girls and 3668 boys with complete screen time and diet data on >/=2 consecutive questionna
6 hat these effects are mediated through total screen time and exposure to media violence.
7 e, coinciding also with a decline in tobacco screen time and suggesting that enforced limits on tobac
8         Parental beliefs/attitudes regarding screen time and TV viewing habits of young children.
9   We conclude that NGS is efficient, reduces screening time and cost, and facilitates the provision o
10 rate-to-vigorous physical activity and lower screen time appear to be beneficial to insulin sensitivi
11 st that shorter sleep duration and excessive screen time are growing problems among children and coul
12  increased intake of total FLNQ, and greater screen time at baseline (except DVDs/videos) was associa
13                                      Greater screen time at baseline (except electronic games in boys
14  may be a healthier alternative to sedentary screen time because of a lower energy surplus, but the p
15 s physical activity using accelerometry, and screen time by average daily hours of self-reported tele
16                                              Screening time can be reduced by orders of magnitude; mo
17 ship between physical activity and sedentary screen time continue to show inconsistent results, altho
18 ling unsafe was associated with screen time, screen time did not predict weight status.
19                                  Traditional screen time (e.g. TV and videogaming) has been linked to
20 acco and alcohol brand counts and seconds of screen time for the pre-MSA period from 1996 through 199
21      The MSA also heralded a drop in tobacco screen time for youth- and adult-rated movies (42.3% [95
22 e sought to assess longitudinal relations of screen time [ie, television, electronic games, digital v
23         Low physical fitness levels and high screen time increase the risk of central obesity, which
24 trategies aimed at reducing parents' weekend screen-time, increasing family participation in sports o
25                                              Screen time is a risk factor for obesity, possibly becau
26     Main exposures were interviewer-assessed screen time (&lt;2 h/day; 2 to <4 h/day; and >/=4 h/day) an
27 thelial growth factor were measured at study screening (time of active disease) and at month 6.
28 it was found that high heating rates enabled screening times of 3-5 min per sample.
29 ange in alcohol brand appearances or alcohol screen time overall.
30  13 years) self-reported feelings of safety, screen time, physical activity, and objectively assessed
31          Each hour-per-day increase in total screen time predicted increased intakes of sugar-sweeten
32 ge of children who met physical activity and screen-time recommendations and to examine demographic d
33 , 0.38-0.95]), they were more likely to meet screen-time recommendations compared with non-Hispanic w
34 n 10 children met both physical activity and screen-time recommendations concurrently.
35 -reported adherence to physical activity and screen-time recommendations, separately and concurrently
36 ) for participants engaging in >/=4 h/day of screen time relative to <2 h/day.
37  Although feeling unsafe was associated with screen time, screen time did not predict weight status.
38 edentary (television and VG) and active (MC) screen-time use.
39                                Low levels of screen-time viewing may not necessarily predict higher l
40 ysical activity recommendations, and 54% met screen-time viewing recommendations.
41 activity and no more than 2 hours per day of screen-time viewing.
42 the result presented in this manuscript, the screening time was very fast and maximum response was ob
43                                 Increases in screen time were associated with increased consumption o
44 iewing or other screen-based entertainment ("screen time") with all-cause mortality and clinically co
45 tal versatile discs (DVDs)/videos, and total screen time] with the 2-y changes in consumption of food

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