ライフサイエンスコーパス: marathon

1 e fluctuations in body position to running a marathon.

2 surrounding ZIP Code areas unaffected by the marathon.

3 ere reopened) and in areas unaffected by the marathon.

4 er, and 3 weeks after they participated in a marathon.

5 inosus and gracilis muscles 2 days after the marathon.

6 12 months such that they could compete in a marathon.

7 covery trend of athletes within 48 h after a marathon.

8 nderwent 6 months of training for the London Marathon.

9 n and meaningful activities of life into the marathon.

10 [95% CI, 0.82-1.32]), compared with the half-marathon (0.47 per 100 000 [95% CI, 0.38-0.57]).

11 ,000; 95% CI, 0.72 to 1.38) than during half-marathons (0.27; 95% CI, 0.17 to 0.43) and among men (0.

12 100 000 [95% CI, 0.13-0.27]) and during the marathon (1.04 per 100 000 [95% CI, 0.82-1.32]), compare

13 cidence rate was significantly higher during marathons (1.01 per 100,000; 95% CI, 0.72 to 1.38) than

14 mbulance transports occurring before noon in marathon-affected areas (when road closures are likely)

15 Unadjusted 30-day mortality in marathon-affected areas on marathon dates was 28.2% (323

16 Medicare beneficiaries who were admitted to marathon-affected hospitals with acute myocardial infarc

17 Recreational long-distance running (marathon and half-marathon distance).

18 d outcomes of cardiac arrest associated with marathon and half-marathon races in the United States fr

19 Cardiac Event Registry; cohort data from US marathon and half-marathon runners from January 1, 2010,

20 frequency of hospitalizations was similar on marathon and nonmarathon dates (mean number of hospitali

21 ristics of the beneficiaries hospitalized on marathon and nonmarathon dates were also similar.

22 runner who competed frequently in the Boston Marathon and practiced what he preached.

23 The runners collapsed after competing in a marathon and were hospitalized with pulmonary edema.

24 Marathons and half-marathons are associated with a low o

25 More than 29 million participants completed marathons and half-marathons in the US between 2010-2023

26 hairy body skin has empowered humans to run marathons and tolerate temperature extremes.

27 ms and recreational sporting events, such as marathons and triathlons, is on the rise.

28 the 5 weeks before or the 5 weeks after the marathon, and those who were hospitalized on the same da

29 e learned to snowshoe up mountains, racewalk marathons, and march in precise synchrony.

30 Marathons and half-marathons are associated with a low overall risk of card

31 urge in imaging utilization after the Boston Marathon bombing stressed emergency radiology operations

32 tter communication network during the Boston Marathon bombing.

33 iately after the 9/11 attacks and the Boston Marathon bombings (BMB) was associated with more early t

34 n Internet-based survey following the Boston Marathon bombings between April 29 and May 13, 2013, wit

35 engths of the medical response to the Boston Marathon bombings that led to the excellent outcomes.

36 who were hospitalized on the same day as the marathon but in surrounding ZIP Code areas unaffected by

37 e retention of the trace metal ions on Dowex Marathon C, a strong acid cation exchange resin.

38 eal-world exercise training for a first-time marathon can reverse age-related aortic stiffening.

39 Marathon cDNA amplification and 5'-rapid amplification o

40 Hybridization screening, modified Marathon cDNA amplification, expression in Xenopus oocyt

41 A total of 138 first-time marathon completers (age 21 to 69 years, 49% male) were

42 stomycosis that occurred during 2009-2010 in Marathon County, Wisconsin.

43 e myocardial infarction or cardiac arrest on marathon dates had longer ambulance transport times befo

44 ckups before noon were 4.4 minutes longer on marathon dates than on nonmarathon dates (relative diffe

45 -day mortality in marathon-affected areas on marathon dates was 28.2% (323 deaths in 1145 hospitaliza

46 We also compared transport times on marathon dates with those on nonmarathon dates in these

47 Later, in the battle of Marathon described by Herodotus, the Greeks learned the

48 nal long-distance running (marathon and half-marathon distance).

49 e) in 11 U.S. cities that were hosting major marathons during the period from 2002 through 2012 and c

50 Training for and completing a marathon even at relatively low exercise intensity reduc

51 thon related concentrations within 24 h post-marathon, except for xylose which only recovered within

52 Large marathons frequently involve widespread road closures an

53 1976 to 1994) and Twin Cities (1982 to 1994) marathons, held over a cumulative 30-year period.

54 biopsies were obtained 10 days prior to the marathon, immediately following the race, and 1, 3 and 5

55 s 10 km 4 or 5 times per week and finished a marathon in less than 4 hours last year.

56 n the same day of the week as the day of the marathon in the 5 weeks before or the 5 weeks after the

57 on participants completed marathons and half-marathons in the US between 2010-2023, approximately 3 t

58 Assessment pre-training and 2 weeks post-marathon included central (aortic) blood pressure and ao

59 Completion of a marathon is associated with correlative biochemical and

60 performance in endurance events such as the marathon, it is not widely appreciated that these variab

61 60 +/- 2 ml kg-1 min-1) completed a 42.2 km marathon (mean race time 3 h 35 min).

62 ost-marathon perturbed state back to the pre-marathon metabolic state during the recovery period.

63 f the athletes was attained within 48 h post-marathon, most likely due to reduced need for fuel subst

64 r scientists will not be disheartened by the marathon nature of research, but mindful enough to integ

65 erent cultivars (Ramoso calabrese Parthenon, Marathon, Nubia, Naxos and Viola).

66 ation Fund for Medical Sciences; and Beijing Marathon of Hope, Cancer Foundation of China.

67 oronary disease, occurs primarily among male marathon participants; the incidence rate in this group

68 at is unlikely to be hospitalized because of marathon participation).

69 ated a metabolic shift from the overall post-marathon perturbed state back to the pre-marathon metabo

70 as Doppler flow variables before and after a marathon race to extend our knowledge of exercise-induce

71 toms, and two had previously completed three marathon races each.

72 iac arrest associated with marathon and half-marathon races in the United States from January 1, 2000

73 y, we PCR-amplified Tip60 from a human heart marathon-ready cDNA library.

74 5' end from a premade library of rat kidney Marathon-ReadyTM cDNAs using polymerase chain reaction m

75 These intermediates recovered to pre-marathon related concentrations within 24 h post-maratho

76 medical conditions who live in proximity to marathon routes.

77 He was a marathon runner who competed frequently in the Boston Ma

78 Thirty experienced marathon runners (VO2max 53.4 +/- 1.0 mL.kg-1.min-1, age

79 occurs in a substantial fraction of nonelite marathon runners and can be severe.

80 istry; cohort data from US marathon and half-marathon runners from January 1, 2010, to December 31, 2

81 Although highly trained athletes such as marathon runners may harbor underlying and potentially l

82 s are evolutionarily adapted to serve as the marathon runners of the cellular world.

83 ncrease in Veillonella relative abundance in marathon runners postmarathon and isolated a strain of V

84 Marathon runners tend to develop conditions that lead to

85 We studied a cohort of marathon runners to estimate the incidence of hyponatrem

86 Similar changes were observed in marathon runners with exercise-associated kidney injury.

87 s undergoing cardiac surgery and a cohort of marathon runners, linked it to the transcriptomic signat

88 In healthy marathon runners, noncardiogenic pulmonary edema can be

89 Male marathon runners, the highest-risk group, had an increas

90 e and a higher leg-length-to-height ratio in marathon runners.

91 ted death and life-threatening illness among marathon runners.

92 t arms were maximized to optimize sprint and marathon running performance, and hip muscles the main t

93 The design of high-performance marathon running shoes plays a critical role in optimizi

94 f dose ranging from sedentary to competitive marathon running, was not associated with the developmen

95 p musculature is vital to both sprinting and marathon running.

96 ion of added muscle volume for sprinting and marathon running.

97 rity (77%) were runners, with a median of 13 marathon runs per athlete.

98 ) to investigate the internal mechanics of a marathon shoe's stiffening element, a critical component

99 for the rapid prototyping of next-generation marathon shoes.

100 After the marathon, T2-weighted MR imaging revealed grade 1 muscle

101 aries who were hospitalized on the date of a marathon, those who were hospitalized on the same day of

102 of detecting a consistent slowing of winning marathon times by 2100.

103 he rapid improvement in women's world record marathon times in the 1970s and 80s are emblematic of th

104 ed a time series (1933-2004) from the Boston Marathon to test for an effect of warming on winning tim

105 Among middle-aged men, recreational marathon training is associated with biventricular dilat

106 Recreational marathon training may, therefore, serve as an effective

107 ought to evaluate the effect of recreational marathon training on myocardial structure and function c

108 ar risk factor) participated in a structured marathon-training program.

109 No delays were found in evenings or in marathon-unaffected areas.

110 revalence of sudden cardiac death during the marathon was only 0.002%, strikingly lower than for seve

111 diately after, as well as 24 h and 48 h post-marathon were analysed using an untargeted two-dimension

112 Participants in the 2002 Boston Marathon were recruited one or two days before the race.

113 s, before and after the 2004 and 2005 Boston Marathons, with echocardiography and serum biomarkers.