ライフサイエンスコーパス: drowning

1 blood oxygen levels while diving to prevent drowning.

2 declines in BGB followed by widespread marsh drowning.

3 e and/or changes in currents leading to reef drowning.

4 esuscitation related to the resuscitation of drowning.

5 ting data from studies of resuscitation from drowning.

6 rticles on the subject of resuscitation from drowning.

7 in Great Britain that appeared to be due to drowning.

8 cies, supporting a species predisposition to drowning.

9 7 or external cooling in a rat model of near-drowning.

10 hermia affects neurologic outcome after near-drowning.

11 pected chiefly because of a near-drowning or drowning.

12 such changes could lead to swim failure and drowning.

13 aters during the monsoon season and to avoid drowning.

14 he ability to establish prognosis after near-drowning.

15 olymorphic ventricular tachycardia [6], near-drowning [2], exertional syncope [1], symptoms on therap

16 0-14 years were HIV/AIDS, road injuries, and drowning (25.2%), whereas transport injuries were the le

17 were asphyxiation/strangulation (41.1%) and drowning (26.5%).

18 th a firearm resulted in death), followed by drowning (56.4%) and hanging (52.7%).

19 ia (81 516 [72 150-94 477]; 5.5% [4.9-6.2]); drowning (77 460 [72 474-85 952]; 5.2% [4.9-5.5]); and d

20 e report a 26-yr-old woman who suffered near-drowning after a motor-vehicle accident.

21 subjects (mean age, 24.2 years) who died of drowning and a control group of 12 consecutive male subj

22 Moreover, separate risk-adjusted analysis of drowning and asphyxiated donors was similar to other MOD

23 t denitrification associated with the cyclic drowning and emergence of the continental shelves.

24 nd and foreign-body aspiration may accompany drowning and near-drowning, but few details regarding su

25 Drowning and other asphyxial injuries are important caus

26 sion, while a sediment deficit may result in drowning and/or lateral contraction.

27 ths from unintentional (transport, falls and drownings) and intentional (assault and suicide) injurie

28 eoperatively symptomatic (15 syncope, 7 near-drowning, and 3 resuscitated sudden death).

29 for suspected opioid-associated emergencies, drowning, and harm from CPR to victims not in cardiac ar

30 resuscitation from cardiac arrest following drowning, and other drowning-related publications from t

31 k of external causes (eg, homicide, suicide, drowning, and related to disasters, mechanical, transpor

32 ome countries (burns, poisoning, falling, or drowning) as suicide.

33 n naturally occurring bodies of water (i.e., drowning at sea).

34 have focused on creating systems to prevent drowning, but an average of 4000 fatal and 8000 nonfatal

35 y aspiration may accompany drowning and near-drowning, but few details regarding such patients are av

36 wground biomass (BGB) production helps avoid drowning by building marsh surface elevation.

37 rtles (Lepidochelys olivacea) that died from drowning bycatch in fisheries and 44 live or freshly dea

38 Late Miocene, between 11 and 7 Ma, a partial drowning caused the reef area on the Queensland Plateau

39 s these individuals to the risk of burns and drowning during a seizure.

40 cisella novicida bacteremia following a near-drowning event in seawater.

41 A tragic drowning event occurred along southeastern beaches of La

42 include resuscitation of cardiac arrest from drowning, extracorporeal cardiopulmonary resuscitation f

43 Drowning generally progresses from initial respiratory a

44 Mass drownings (>100 individuals) occurred in at least 13 of

45 Drowning has been a neglected health issue, largely abse

46 During the last few decades, mortality from drowning has decreased in the United States for unknown

47 many other substantial public health issues, drowning has not benefitted from the targeted attention

48 These mass drownings have been noted, but their frequency, size, an

49 xygen, mechanism of death by asphyxiation or drowning, history of cigarette use (>=20 pack-years), hi

50 .77), falls (HR = 3.17, 95% CI: 2.19, 4.59), drowning (HR = 3.16, 95% CI: 1.85, 5.39), and road injur

51 edical treatment prevented any deaths due to drowning in 1995.

52 at resuscitation of cardiac arrest following drowning in adults and children.

53 mes of utilizing donor lungs from victims of drowning in artificial bodies of water (i.e., swimming p

54 Targeted approaches addressing drowning in children (especially those aged 1-4 years),

55 t into human torpor-like states such as near drowning in cold water and induced hypothermia for surge

56 ic (CT) virtual autopsy findings of death by drowning in comparison with autopsy findings.

57 There were 539 deaths due to drowning in King County during 21 years.

58 this subject focusing primarily on cases of drowning in naturally occurring bodies of water (i.e., d

59 e lung at multidetector CT are supportive of drowning in the appropriate scenario.

60 ually warm polar temperatures, repeated reef-drowning in the tropics and a series of oceanic anoxic e

61 d/serum entering the air spaces, i.e., from "drowning in your own fluids".

62 , we estimate the frequency and size of mass drownings in the Mara River and model the fate of carcas

63 Drowning incidence in King County, Washington, declined

64 den visitor, identified additional suspected drowning incidents, which were significantly more common

65 All cases of drowning-induced asphyxia (n=49) were compared with othe

66 Eighty percent of patients with drowning-induced asphyxia developed overt disseminated i

67 Age-standardised DALY rates for drowning; injuries from fire, heat and hot substances; a

68 Drowning is a leading killer, particularly of children a

69 Drowning is infrequently reported as a cause of death of

70 magnetic field, noise level, and falling or drowning is reported.

71 Drowning is the third leading cause of death from uninte

72 Resuscitation from drowning may begin with in-water rescue breathing when s

73 Similar mass drownings may have played an important role in rivers th

74 tion airway sediment is highly suggestive of drowning; multidetector CT findings of pan sinus fluid,

75 nd of the ice cover season when fatal winter drownings occur most often and light limits the growth a

76 as flooding often results in crop losses and drowning of livestock.

77 Deaths from bycatch drowning of Scaup in fishing gear have significantly dec

78 r the current climate trajectory (SSP2-4.5), drowning of ~75% of Louisiana's coastal wetlands is a pl

79 or airway disease; 2) an etiology of arrest drowning or asphyxia; 3) higher pH, and 4) bilateral rea

80 ration of cardiopulmonary resuscitation, and drowning or asphyxial arrest event.

81 Donors with drowning or asphyxiation (DA) as a mechanism of death (M

82 constant access to media without the risk of drowning or desiccation.

83 f a personal and/or family history of a near-drowning or drowning was determined by review of the med

84 that are suspected chiefly because of a near-drowning or drowning.

85 hat have previously wrongly been ascribed to drowning or hypothermia.

86 g transport; approach to resuscitation after drowning; passive ventilation; minimizing pauses during

87 ower d-dimer levels and platelet counts than drowning patients (p<0.001).

88 The vast majority of drowning patients develops overt hyperfibrinolytic disse

89 ed with nondrowning cardiac arrest patients, drowning patients had a 13 times higher prevalence of ov

90 suffocation, road traffic accidents, burns, drowning, physical assault, firearm or sharp instrument

91 Measures to increase drowning prevention efforts reduce the root cause of the

92 embly adopted its first resolution on global drowning prevention in 2021.

93 e for effective interventions; (2) reframing drowning prevention in health and sustainable developmen

94 ularly tragic because low cost and effective drowning prevention interventions exist.

95 Ensuring that the UN resolution on global drowning prevention is a catalyst for action requires po

96 ssembly's adoption of a resolution on global drowning prevention is a historic first, and offers an e

97 icipants from 17 countries with expertise in drowning prevention research, resuscitation, and program

98 catalyst for action requires positioning of drowning prevention within global health and sustainable

99 , and political contexts in the emergence of drowning prevention, and it also identifies opportunitie

100 ents, can follow to address the challenge of drowning prevention.

101 The Saving of Lives from Drowning project, implemented in rural Bangladesh, did a

102 uld be aimed at symptoms resulting from near-drowning rather than severe hypothermia.

103 ic afibrinogenemia and autoheparinization in drowning-related asphyxia.

104 cardiac arrest following drowning, and other drowning-related publications from the American Heart As

105 The use of donor lungs from victims of drowning remains a rare occurrence, given concerns over

106 The template for reporting data from drowning research was revised extensively, with new emph

107 p with scientific expertise in the fields of drowning research, resuscitation research, emergency med

108 Events such as perinatal asphyxia, near drowning, respiratory arrest, and near sudden infant dea

109 gies to reduce infection transmission during drowning resuscitation.

110 Drowning should be included as a differential diagnosis

111 onducted as part of the Saving of Lives from Drowning (SoLiD) project.

112 an accidents, falls, fires, and, especially, drowning (standardized mortality ratio=6.22).

113 t an average of 4000 fatal and 8000 nonfatal drownings still occur annually in the United States-like

114 All drowning subjects had fluid in the paranasal sinuses and

115 Twenty-five (89%) of the drowning subjects had pulmonary ground-glass opacity wit

116 dence and post-mortem examinations indicated drowning to be the most likely cause of death with no un

117 hese would comprise increases in deaths from drownings, transport, assault and suicide, offset partly

118 hout other identifiable causes of death (eg, drowning, trauma, exposure to toxic substances, or suici

119 lted in embryos, larvae, and enclosing pupae drowning, underfed, or desiccating.

120 tter were determined sequentially after near-drowning using quantitative 1H nuclear magnetic resonanc

121 eployment of search-and-rescue operations in drowning victims and the importance of education on opio

122 hophysiology, and treatments applied to near-drowning victims are discussed, with an emphasis on the

123 Drowning victims had a three-fold longer activated parti

124 Six drowning victims were investigated prospectively.

125 nd central nervous system infections in near-drowning victims who have aspirated water laden with spo

126 and/or family history of a near-drowning or drowning was determined by review of the medical records

127 Drowning was the leading external cause of injury death

128 uidelines for Uniform Reporting of Data From Drowning" were published over a decade ago.

129 This is most of all a problem for drowning, where hypoxia is the cause of cardiac arrest a

130 ble ecosystem services but are vulnerable to drowning with accelerated sea-level rise (SLR).

131 beries, hostilities, electric shocks, fires, drownings, work accidents, terror attacks, or large-scal

132 imates that there are ~236 000 deaths due to drowning worldwide each year.