ライフサイエンスコーパス: seat belt

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1 children aged 4 to 8 years use only an adult seat belt.

2 lder children, adolescents, or adults to use seat belts (1 CCT, 2 RCTs); or counseling unselected pri

3 ack, or lower extremities, while children in seat belts alone had injuries to all body regions.

4 to 7-year-olds, including 1.95% of those in seat belts and 0.77% of those in belt-positioning booste

5 income patients and were less likely to wear seat belts and exercise.

6 hat two different hormone regions (i.e., the seat-belt and the intersubunit groove) appear to limit i

7 upants to be ticketed solely for not wearing seat belts, and secondary laws allow ticketing only for

8 In contrast, the seat-belt appears not to discriminate between the TSH an

9 ose who thought that provider discussions of seat belts are at least sometimes appropriate (73% [CI,

10 njuries classically associated with improper seat belt fit in children.

11 -beta subunit confirms the importance of the seat belt in the family of pituitary and placental glyco

12 firms the independent effect of air bags and seat belts in reducing mortality.

13 aws allow ticketing only for failure to wear seat belts in the setting of other violations.

14 e due to the fact that the net charge of the seat-belt is similar in hTSH and hFSH but different from

15 Primary seat belt laws allow vehicle occupants to be ticketed so

16 ariate regression model, states with primary seat belt laws had lower MVC fatality rates than states

17 States with primary seat belt laws had lower rates of MVC fatalities than th

18 Adoption of primary seat belt laws may offer optimal occupant protection.

19 7 per 100 000 persons, 30 states had primary seat belt laws, and 19 states had secondary laws.

20 6 per 100 000 persons, 16 states had primary seat belt laws, and 33 states had secondary laws.

21 7 years in belt-positioning boosters than in seat belts (odds ratio, 0.41; 95% confidence interval, 0

22 Replacing the entire seat-belt of hTSHbeta with the hCG sequence conferred fu

23 , 95% CI: 0.58, 0.87) and any combination of seat belts (OR = 0.25, 95% CI: 0.22, 0.29) were both ass

24 Thus, exchanging the seat-belt region between hTSH and hCG switches hormonal

25 for the first time that domains outside the seat-belt region contribute to glycoprotein hormone spec

26 onstructed hTSH chimeras in which the entire seat-belt region Cys88-Cys105 or individual intercystein

27 subunits corresponds to the disulfide-linked seat-belt region.

28 In contrast, an hTSH chimera bearing hFSH seat-belt residues did not possess any follitropic activ

29 Conversely, introduction of the hTSHbeta seat-belt sequence into hCGbeta generated an hCG chimera

30 The presence of a seat belt sign (likelihood ratio [LR] range, 5.6-9.9), r

31 RECENT FINDINGS: The importance of the seat belt sign on physical examination and screening lab

32 ed to estimate risk ratios adjusted for age, seat belt status, vehicle type, passenger car size, and

33 unit is predicted to form the "buckle" of a "seat belt" that surrounds the common alpha subunit and m

34 y behaviors (e.g., driving without wearing a seat belt), the magnitude of perceived benefit and risk

35 ted with added safety benefits compared with seat belts to children through age 7 years, including re

36 ction associated with air bag deployment and seat belt use for drivers involved in head-on passenger

37 Combined air bag and seat belt use reduced mortality by more than 80% (OR = 0

38 ed crash vehicles for air bag deployment and seat belt use were measured with matched-pair odds ratio

39 oster seats, adjusting for child age, driver seat belt use, and sex of driver.

40 regard to alcohol consumption, safe sex, and seat belt use.

41 r victimization, perpetration of aggression, seat-belt use, bike-helmet use, substance use, discrimin

42 showed that the Cys95-Cys105 segment of the seat-belt was more important for TSH receptor binding an

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