ライフサイエンスコーパス: preparedness

1 neptunium contamination level for emergency preparedness.

2 s and youth have a strong interest in stroke preparedness.

3 nual vaccination, and enhancing our pandemic preparedness.

4 ted fields such as bioterrorism response and preparedness.

5 onsiderable investment in pandemic influenza preparedness.

6 is critical for risk assessment and pandemic preparedness.

7 WS were not used-a major step for Full Earth preparedness.

8 ers with a moving target, demanding constant preparedness.

9 shortfall areas in current hospital disaster preparedness.

10 resources for epidemic control and disaster preparedness.

11 to understanding pandemic risk and informing preparedness.

12 Law can be a tool to improve public health preparedness.

13 gainst H9N2 viruses, a priority for pandemic preparedness.

14 he backbone of climate-related public health preparedness.

15 ve attenuated influenza vaccine for pandemic preparedness.

16 njection, route of injection, and procedural preparedness.

17 r IAVs is an important component of pandemic preparedness.

18 Murray reflect on the importance of disaster preparedness.

19 framework for a tiered approach to hospital preparedness.

20 apid diagnostic tests for emergency outbreak preparedness.

21 fluenza virus infection and improve pandemic preparedness.

22 seasonal disease burden and ensure pandemic preparedness.

23 ockpiling of bacterial vaccines for pandemic preparedness.

24 ses of poverty and strengthening of outbreak preparedness.

25 serve as a risk assessment tool for pandemic preparedness.

26 ction and an essential component of pandemic preparedness.

27 plication to dengue containment and epidemic preparedness.

28 heightens concerns about pandemic influenza preparedness.

29 acilitate improved surveillance and pandemic preparedness.

30 process and would also enhance our pandemic preparedness.

31 ach in young children for pandemic influenza preparedness.

32 h radioecology studies and nuclear emergency preparedness.

33 ublic concerning hurricane communication and preparedness.

34 anced portfolio of research and contemporary preparedness, (3) clarify operational responsibilities i

35 (USA PATRIOT) Act and the 2002 Bioterrorism Preparedness Act on US select agent research could be di

36 In conjunction with pandemic preparedness activities, assessments such as ours can id

37 le, that address topics such as IRB disaster preparedness activities, informed consent, vulnerable po

38 ective ZIKV countermeasures and increase our preparedness against this significant public health thre

39 military personnel in a national program of preparedness against use of smallpox as a biological wea

40 nt influenza surveillance programs, pandemic preparedness also involves application of current survei

41 ational community on how to ensure emergency preparedness and build resilient health systems in setti

42 e community-care arm, birth and newborn-care preparedness and careseeking from qualified providers we

43 ide variety of applications in public health preparedness and control.

44 be related to their career selection, their preparedness and experience, the fewer injuries they suf

45 sease and identify the priorities for future preparedness and further research.

46 virus, is crucial for current public health preparedness and future pandemic planning.

47 odels provide important lessons for pandemic preparedness and global health policy.

48 Both heat preparedness and heat response were, on average, more ex

49 in light of the recent emphasis on hospital preparedness and homeland security.

50 shift in climate calls for a reevaluation of preparedness and mitigation strategies.

51 central to the development of public health preparedness and prevention strategies.

52 pread of viral agents requires both adequate preparedness and quick response.

53 ildren and adolescents into general disaster preparedness and recovery plans; working with families r

54 and other countries have improved emergency preparedness and response capabilities, but these action

55 and surveillance tools made possible by past preparedness and response efforts.

56 offer a set of priorities for global health preparedness and response for future infectious disease

57 goal was to examine county-level local heat preparedness and response in 30 U.S. states following th

58 We found that CRSCI has strengthened climate preparedness and response in local public health agencie

59 otential of Internet data streams to improve preparedness and response in outbreak situations by draw

60 th the Office of the Assistant Secretary for Preparedness and Response in the United States Departmen

61 cipate in the largest survey to date of heat preparedness and response in the United States.

62 f polio importation might be useful to guide preparedness and response planning.

63 a way forward toward robust, targeted local preparedness and response that may serve as a useful exa

64 rtment of Health and Human Services plan for preparedness and response to an influenza pandemic and t

65 sease risk and consequent underinvestment in preparedness and response to infectious disease crises.

66 urveillance and laboratory network, outbreak preparedness and response, extensive communications and

67 terature, suggesting guidelines for disaster preparedness and response.

68 luenza viruses and lead to improved pandemic preparedness and response.

69 The attack challenged our medical preparedness and scientific understanding of the epidemi

70 ulnerable subpopulations can inform disaster preparedness and the understanding of climate change con

71 ulation immunity, surveillance, and outbreak preparedness) and reviewed current threats and measures

72 dardized equipment for monitoring, emergency preparedness, and airway clearance are outlined.

73 ols in educational resources used, perceived preparedness, and knowledge about antimicrobial use.

74 ficant funding has been committed to vaccine preparedness, and numerous novel candidate influenza vac

75 ifiable factors such as smoking and military preparedness, and other factors such as predeployment ph

76 nt relies heavily on avoidance and emergency preparedness, and recent studies, guidelines, and resour

77 Improving flood predictability, preparedness, and response at seasonal to decadal time-s

78 designed, at least in part, for bioterrorism preparedness applications.

79 European countries is strong, and levels of preparedness are broadly good.

80 mission, where prevention, surveillance, and preparedness are key priorities in previously dengue-fre

81 academic health centers rate their clinical preparedness as high.

82 ory viruses is also part of emerging disease preparedness, because non-human coronaviruses and paramy

83 Although there is ongoing debate on preparedness before the event and the candor of responsi

84 formance, indicating not only improved motor preparedness but also enhanced perception.

85 From a public health perspective, pandemic preparedness can be achieved with a plan that builds a n

86 erventions for essential newborn care (birth preparedness, clean delivery and cord care, thermal care

87 ciency virus (HIV) seroconverters in vaccine preparedness cohorts during 1995-1998.

88 orism is a growing concern for the emergency preparedness community.

89 alth functions to be facilitated by law: (1) preparedness, comprehensive planning for a public health

90 -33.1 to -50.2), and higher preoperative VAS preparedness (difference, 32.4; 95% CI, 24.9-39.8), and

91 Finally, the residents' sense of clinical preparedness diminished after the work hour limits were

92 logical agents, biological warfare, hospital preparedness, disaster management, and intensive care.

93 sures, which can be useful for public health preparedness during extreme heat events.

94 ainst influenza virus and can guide pandemic-preparedness efforts directed against emerging influenza

95 Preparedness efforts include development of prepandemic

96 r avian influenza virus subtypes in pandemic preparedness efforts.

97 ods are most vulnerable can help guide local preparedness efforts.

98 Preparedness for a bioterrorist event affecting the food

99 ntly associated with resident self-report of preparedness for a majority of conditions investigated.

100 d, the community will not have optimized its preparedness for a pandemic.

101 ificant efforts are still required to ensure preparedness for a possible escape of RPV from a laborat

102 is a continued need to improve the state of preparedness for a potential influenza pandemic in the U

103 Here we consider progress to date in preparedness for an influenza pandemic and review what r

104 A critical failure in our preparedness for an influenza pandemic is the lack of a

105 xploring the reasons for our current lack of preparedness for an influenza pandemic.

106 China may be one of the weak links in global preparedness for avian influenza.

107 demonstrate the importance of dermatologist preparedness for bioterrorism, dermatologist knowledge r

108 prediction, surveillance, and public health preparedness for climate change.

109 Secondary outcomes were self-reported preparedness for discharge and frequency of primary care

110 tial to a health care organization's overall preparedness for emergencies.

111 wer all ethical questions; (2) alertness and preparedness for emerging ethical questions during the r

112 ld be used as a model diagnostic to increase preparedness for extreme hydrological events.

113 tion in water availability, whereas in Nepal preparedness for flood extremes should be the policy pri

114 ighly sensitive and rapid assay will improve preparedness for foodborne botulism and deliberate expos

115 ronments: lay publics with varying levels of preparedness for fully understanding new scientific brea

116 overy research to provide the foundation for preparedness for future outbreaks in addition to the tar

117 demonstrate that genetic forecasting can aid preparedness for impending viral invasions.

118 Predictors of confidence and preparedness for job seeking included ethnicity, nursing

119 We assessed these plans, to judge Europe's preparedness for pandemic influenza.

120 dents is valuable and suggests that resident preparedness for pediatric anaphylaxis from intravenous

121 ation model for assessing radiology resident preparedness for pediatric life-threatening events in th

122 early influenza vaccination and increase our preparedness for potential pandemics.

123 amount of sleep, fatigue and its impact, and preparedness for practice.

124 These results suggests a strategy of vaccine preparedness for rapid intervention in future influenza

125 Perceived preparedness for re-entry was analyzed as a moderator of

126 Beliefs about and preparedness for reporting and experiences with colleagu

127 mple motor preparation but rather a state of preparedness for selecting a motor response based on the

128 h emerging pathogens and was a reminder that preparedness for the worst-case scenario, although chall

129 many competing priorities, without defining "preparedness for what," the task can seem overwhelming.

130 h Regulations (2005), and Pandemic Influenza Preparedness Framework-strives for a safer, healthier, a

131 rotein encodes several nutrient- and stress- preparedness functions, which may convey fitness benefit

132 siologists Committee on Trauma and Emergency Preparedness has designed a curriculum that can serve as

133 Influenza pandemic preparedness has focused on influenza virus H5 and H7 su

134 Improvements in birth preparedness, hygienic delivery, thermal care (including

135 ce of developing an H10 vaccine for pandemic preparedness.IMPORTANCE Avian origin H10 influenza virus

136 ng OPV infections, as well as strategies for preparedness in case of accidental or intentional releas

137 epidemics, political and structural pandemic preparedness in China, lessons to be taken from the 1976

138 a feasible strategy for increasing epidemic preparedness in Kenya.

139 vaccine highlight the challenges of pandemic preparedness in poorer countries, where substantial disp

140 generation of financial market bubbles, ill preparedness in the face of natural disasters, and overl

141 industry met to review the current state of preparedness in the United States for a potential influe

142 s such, there is not an adequate baseline of preparedness in the United States to deal with the poten

143 ults, pointing towards a stress-anticipatory preparedness in Thellungiella.

144 presents a critical barrier to public health preparedness, including the testing of antivirus therapy

145 participants at exchange sites; the Vaccine Preparedness initiative cohort (n = 133 continuing excha

146 ong continuing exchange-users in the Vaccine Preparedness Initiative it was 1.38 per 100 person-years

147 ong non-users of the exchange in the Vaccine Preparedness Initiative was 5.26 per 100 person-years at

148 f available educational resources, emergency preparedness, instruction on the use of self-injectable

149 Pandemic preparedness is an important public health priority.

150 Preparedness is essential for successful response, but b

151 To improve preparedness, it is critical to have some understanding

152 human population and is high on WHO pandemic preparedness list, we assessed the likelihood of reemerg

153 ome visits to promote birth and newborn-care preparedness, made postnatal home visits to assess newbo

154 as insecticide-treated bednets and epidemic preparedness may be needed to prevent adverse pregnancy

155 To increase influenza virus preparedness, much work has been dedicated to the develo

156 or poliovirus introduction, but the level of preparedness needed improvement.

157 ctional architecture account, emphasizes the preparedness of both infants and parents to respond in s

158 The preparedness of both physicians and nursing professional

159 d global health priorities, ageism, the poor preparedness of health systems to deliver age-appropriat

160 We sought to gauge the preparedness of primary care to participate in the deliv

161 ey will need to play an integral part in the preparedness of their institutions and communities for m

162 ldren and the framework for office emergency preparedness offers insight into current challenges for

163 n Equatorial Pacific, could benefit disaster preparedness on a global scale, for South Asia in partic

164 uses on the future of the Pandemic Influenza Preparedness (PIP) Framework, which was initially establ

165 rocess should inform a comprehensive written preparedness plan targeting the most worrisome scenarios

166 nse Team (FRT) as a part of school emergency preparedness plan were more likely to implement the NPI

167 ately a more robust and efficacious pandemic preparedness plan.

168 nza-preparedness plans should include school preparedness planning and FRTs.

169 Preparedness planning for a high-activity EV-D68 season

170 -Pacific countries have published as part of preparedness planning for an outbreak of influenza in pe

171 Influenza pandemic preparedness planning is critical for reducing human suf

172 However, gaps in preparedness planning remain, and substantial variations

173 ce, basic and applied research, and pandemic preparedness planning that emphasizes prevention, contai

174 Pandemic research preparedness planning with regulatory bodies and dedicat

175 Disaster preparedness planning would be greatly enhanced if fully

176 ect targeted research and pandemic influenza preparedness planning, emphasizing prevention, containme

177 emes commonly discussed by the interviewees: preparedness planning, new lease on life, optimizing sup

178 considered a priority in pandemic influenza preparedness planning.

179 egic vision to strengthen future capacity in preparedness planning.

180 ese advances have required new approaches to preparedness, planning and surveillance, as well as new

181 National preparedness plans for responding to poliovirus introduc

182 Published national pandemic influenza preparedness plans from the European Union countries, th

183 implemented to formally test polio outbreak preparedness plans in the European Region.

184 g a pandemic and the development of personal preparedness plans may be beneficial.

185 National polio outbreak preparedness plans need strengthening.

186 Pandemic preparedness plans should consider that immune protectio

187 Public health influenza-preparedness plans should include school preparedness pl

188 issemination and exchange; and (6) emergency preparedness plans to provide for adequate medical care

189 Pandemic preparedness plans will need to include strategies to en

190 provision remains the focus of many pandemic preparedness plans, however, there is considerable uncer

191 rticular need of strengthening were national preparedness plans, initial response, plans for securing

192 has prompted urgent development of national preparedness plans.

193 US Congress has also established a Domestic Preparedness Program that provides for enhanced training

194 hat may be informative to influenza pandemic preparedness programs.

195 r know unless those responsible for pandemic preparedness recognize and act on the extraordinary poss

196 Interventions to increase stroke preparedness (recognizing stroke warning signs and calli

197 rview of relevant aspects of EVD disease and preparedness relevant to the radiologic community.

198 ating actions is not definitive and pandemic preparedness remains a political and scientific challeng

199 Proper disaster preparedness requires attention to hospital-level needs

200 Smallpox preparedness research has led to development of antivira

201 ysfunction due to impairments in attentional preparedness, selective attention, and arousal regulatio

202 ossibility of terrorist bombing, and medical preparedness should anticipate that most injuries will b

203 behavioral interventions to increase stroke preparedness should be sensitive to both individual and

204 The focus of pandemic preparedness should include upstream prevention through

205 Pandemic preparedness strategies include H7N9 vaccine development

206 important implications on pandemic influenza preparedness strategies.

207 ture of infectious diseases and the need for preparedness to address them.

208 nly one-third of respondents perceived their preparedness to be adequate in some fundamental principl

209 d quality of care, all of which diminish its preparedness to care for a fifth of the world's populati

210 ved vaccine raise serious concerns regarding preparedness to combat this emerging virus.

211 s in both arms significantly increased their preparedness to consider clinical trials (P < .001), and

212 icine and FP residents report differences in preparedness to manage common adult conditions.

213 Fellows' feelings of preparedness to manage complex trauma patients improved

214 d close monitoring over time to optimize our preparedness to meet their growing healthcare needs.

215 dual residents' development and ensure their preparedness to provide patient care.

216 erity and this, in turn, guides respondents' preparedness to take protective action.

217 Disaster preparedness training and shift rotations to enable shor

218 major emphasis on Ebola virus disease (EVD) preparedness training at medical facilities throughout t

219 rk has focused on state-based factors (e.g., preparedness, uncertainty), with little attention given

220 , clinical manifestations, US-based hospital preparedness, vaccine and therapy development, and contr

221 o overcome this limitation in our biodefense preparedness, we have designed monoclonal antibodies (mA

222 mendations on vaccine spacing and procedural preparedness were based on practical necessities, but co

223 problems; coping strategies; and feelings of preparedness were measured.

224 education and a diminished sense of clinical preparedness were noted.

225 ing future stings and attention to emergency preparedness with appropriate prescription of self-injec