ライフサイエンスコーパス: health surveillance

1 nd Internet-based data collection for public health surveillance.

2 undamental to biomedical research and public health surveillance.

3 e comprehensiveness and timeliness of public health surveillance.

4 ence of acquired cardiovascular disease, and health surveillance.

5 settings are a valuable location for public health surveillance.

6 ly, meat inspection provides data for animal health surveillance.

7 it a scalable solution for real-time public health surveillance.

8 it is a promising tool for supporting public-health surveillance.

9 typically not included in trials, and public health surveillance.

10 asible IMI case prediction models for public health surveillance.

11 idance for the wastewater approach to public health surveillance.

12 etive and predictive platforms for real-time health surveillance.

13 s critical for clinical diagnosis and public health surveillance.

14 insights for clinical management and public health surveillance.

15 h remains the most widespread form of public health surveillance.

16 cifically addressed ethical issues in public health surveillance.

17 lications in clinical diagnostics and public health surveillance.

18 detection for clinical diagnosis and public health surveillance.

19 ghtly focused on ethics applicable to public health surveillance.

20 l diagnostics, infection control, and public health surveillance.

21 o inform patient treatment and enable public health surveillance.

22 s and their role in clinical care and public health surveillance.

23 rming hospital-specific policies, and public health surveillance.

24 and management of tuberculosis and in public health surveillance.

25 lies as proxies for environmental and public health surveillance.

26 rus strains is an important aspect of global health surveillance.

27 y deployed surveys may hold value for public health surveillance.

28 rtant implications for clinical practice and health surveillance.

29 -related respiratory symptoms during routine health surveillance.

30 in various matrices is essential for public health surveillance.

31 It is time to shake up public health surveillance.

32 S) as collected under the auspices of public health surveillance.

33 ions and assist infection control and public health surveillance.

34 and underscore the need for continued public health surveillance.

35 ity of form CMS-2728 for research and public health surveillance.

36 comprehensively validated for use in public health surveillance.

37 tifying novel data sources to enhance public health surveillance.

38 fetal origins of adult health, and for pubic health surveillance.

39 ons in disease diagnostics as well as normal health surveillance.

40 ars after testing positive in the population health surveillance, 16% had died.

41 Multipliers from US public health surveillance accounted for factors including heal

42 ring institutions (piped water suppliers and health surveillance agencies in six countries) and estim

43 um tolerated values recommended by Brazilian Health Surveillance Agency (Agencia Nacional de Vigilanc

44 hich exceeded those recommended by Brazilian Health Surveillance Agency (ANVISA).

45 labels of Brazilian food bars with National Health Surveillance Agency legislation.

46 This justifies close kidney health surveillance among children with posterior urethr

47 des have been proposed as a method of public health surveillance and are widely used in public health

48 access to HIV-1 prevention and care, public health surveillance and control programmes should be gre

49 rch and a robust resource for malaria public health surveillance and control.

50 tors using data from the China Nutrition and Health Surveillance and derived mortality rates from the

51 ld be missed throughout much of Africa where health surveillance and diagnostics are poor and comorbi

52 olera outbreaks, ultimately improving public health surveillance and disease control globally.

53 nced data, enhances WBE precision for public health surveillance and environmental risk assessment.

54 th achondroplasia (birth to 16 y of age) for health surveillance and future research to determine ass

55 These models will aid in establishing public health surveillance and guide strategic vaccination prog

56 Public health surveillance and health care delivery systems now

57 e of our unique access to Connecticut public health surveillance and hospital data and our direct con

58 an provide actionable information for public health surveillance and intervention decisions.

59 9) testing is a critical component of public health surveillance and pandemic control, especially amo

60 e-associated infections indicate that public health surveillance and prevention activities should con

61 r, underscoring the importance of integrated health surveillance and preventive strategies that encom

62 , and physiology currently influences global health surveillance and research in disease ecology, vir

63 he importance of advanced planning of public health surveillance and response at these religious even

64 t eliminate all of the uncertainty in public health surveillance and subsequent decision-making, we m

65 iversity of L1, with implications for public health surveillance and TB control.

66 light the need for more investment in public health surveillance and ultimately, assays that are not

67 hieving the best clinical management, public health surveillance, and control outcomes.

68 ment, advances in health research and public health surveillance, and modern security techniques.

69 l for environmental monitoring, occupational health surveillance, and personalized health management.

70 of sequencing in clinical diagnoses, public health surveillance, and population genetics studies.

71 ent interventions, overdose reversal, public health surveillance, and research.

72 Coordinated human and animal health surveillance, and timely livestock vaccination ap

73 sed socioeconomic measures in routine public health surveillance, and to reinforce policies and progr

74 the causes of infant mortality shapes public health, surveillance, and research investments.

75 essing these gaps requires an integrated One Health surveillance approach, which is challenging to es

76 ommendations reflect the necessity of mental health surveillance as part of comprehensive survivor-fo

77 Patient data were acquired through public health surveillance as part of National Notifiable Disea

78 pitals is an additional challenge for public health surveillance authorities.

79 S: Active, nationally representative, public health surveillance based on patient visits to 60 EDs in

80 Armed Forces Health Surveillance Branch and its Global Emerging Infec

81 S Department of Defense and the Armed Forces Health Surveillance Branch and its Global Emerging Infec

82 e Oswaldo Cruz Foundation and Secretariat of Health Surveillance, Brazilian Ministry of Health, the N

83 enhance clinical decision-making and public health surveillance by reducing the risk of missed H5N1

84 whole-genome sequencing into routine public health surveillance can enable the early detection and l

85 Public health surveillance can help identify potential issues w

86 ore they are detected via clinical or public health surveillance, can inform strategies for preventio

87 onal and global efforts to strengthen animal health surveillance capacities.

88 the US Department of Defense's Armed Forces Health Surveillance Center Defense Medical Ecounter Data

89 Armed Forces Health Surveillance Center/Global Emerging Infections Su

90 tudy was conducted using routinely collected health surveillance data and chloroplatinate exposure da

91 tudies, for interpreting clinical and public health surveillance data and for the design and implemen

92 ectional analysis of population-based public health surveillance data assessed the sociodemographic,

93 Public health surveillance data can inform an understanding of

94 aive forecasts that rely only on past public health surveillance data may not reliably represent noro

95 l-level socioeconomic information in most US health surveillance data necessitates using area-based s

96 s conducted a case-cohort study using public health surveillance data sets to examine perinatal risk

97 Here, we used public health surveillance data to assess platform performance

98 00 people with a PrEP indication) and public health surveillance data to document HIV diagnoses from

99 Health surveillance data were obtained from 1437 househo

100 California Department of Public Health surveillance data were reviewed to identify cases

101 of enteric pathogens is essential for public health surveillance, detection, and tracking of outbreak

102 nclude links between the environment and One Health, surveillance, diagnostics, routes of transmissio

103 US Department of Defense Armed Forces Health Surveillance Division, Global Emerging Infections

104 Public health surveillance efforts and metrics are therefore ha

105 asma specimens, which will strengthen public health surveillance efforts for HAV outbreak detection a

106 improve both clinical diagnostics and public health surveillance efforts in multiple areas, including

107 tudy highlights the utility of UDT in public health surveillance efforts related to patients treated

108 nd this modeling approach complements public health surveillance efforts to identify areas with a hig

109 ents and inform infection control and public health surveillance efforts.

110 are otherwise excluded from global maternal health surveillance efforts.

111 Coccidioidomycosis reported to public health surveillance entities.

112 AI can be used to support public health surveillance, epidemiological research, communica

113 not clear, and the evidence base for public health surveillance, epidemiology, and response at event

114 veloped throughout South America towards One Health surveillance, focusing on zoonotic pathogens, and

115 ractice guideline strongly recommends mental health surveillance for all survivors of childhood, adol

116 e and the possible negative impact on public health surveillance for antimicrobial resistance.

117 The practical implications are that public health surveillance for artemisinin resistance should no

118 Current public health surveillance for E. coli O157:H7 requires conside

119 Public health surveillance for enteric infections addresses 4 i

120 Public health surveillance for hemochromatosis can be used to m

121 infection could improve diagnosis and public health surveillance for Jamestown Canyon virus disease.

122 are a vulnerable group in need of long-term health surveillance for psychiatric disorders and somati

123 olecular subtyping could be useful in public health surveillance for S. enterica serotype typhimurium

124 ated opportunities to develop unified public health surveillance for this disorder and its complicati

125 Public health surveillance has been defined as the ongoing syst

126 electronic health records for vision and eye health surveillance has both advantages and disadvantage

127 hors note that defining activities as public health surveillance has important implications, because

128 investigation of patients reported to public health surveillance hospitalized with SARS-CoV-2-related

129 y are still useful for the purpose of public health surveillance if they can be corroborated by empir

130 nical HF registries as a platform for public health surveillance, implementation research, and random

131 ting, care, and treatment; strengthen public health surveillance; improve HCV preventive services for

132 s: Active, nationally representative, public health surveillance in 58 EDs located in the United Stat

133 a promising opportunity for expanding public health surveillance in clinical settings.

134 g similar approaches during real-time public health surveillance in low-income settings.

135 Data from a parallel system of reproductive health surveillance in Matlab were used to clarify study

136 f this epidemic, as well as to contribute to health surveillance in monitoring possible future epidem

137 the impact of antibody prevalence on public health surveillance in one of these regions.

138 vised Common Rule expressly addresses public health surveillance in relation to scientific research a

139 virus drug resistance genotyping for public health surveillance in resource-limited countries.

140 ise international recommendations for mental health surveillance in survivors of childhood, adolescen

141 rgency Medical Service (EMS) records and the Health Surveillance Information System of patients assis

142 morbidity and mortality, but routine public health surveillance is lacking.

143 Long-term mental health surveillance is warranted, as is research into ef

144 ion-based study was conducted under a public health surveillance mandate from the US Food and Drug Ad

145 hways in epidemiological research and public health surveillance more broadly.

146 This work can help inform public health surveillance needs and identify areas that would

147 lready beginning to revolutionise how public health surveillance networks monitor and tackle bacteria

148 early diagnosis and improve counselling and health surveillance of affected patients.

149 of Google search trends in augmented public health surveillance of alcohol-related healthcare needs

150 AND PARTICIPANTS: Statewide enhanced public health surveillance of California residents who were hos

151 Improved public health surveillance of firearm storage and firearm carry

152 SARS-COV-2 variants is important for public health surveillance of potential viral threats and for e

153 Ongoing public health surveillance of pregnancy-associated nonfatal dru

154 eaves little time or resources for organized health surveillance of the affected population, and even

155 and highlight the need for continued public health surveillance of this emerging virus.

156 e research such as vaccine trials and public health surveillance of tick-borne disease patterns.

157 se findings show the importance of continued health surveillance of UK military personnel.

158 s of LTBI screening and treatment for public health surveillance or disease management were excluded.

159 BI screening and treatment is part of public health surveillance or disease management were excluded.

160 ry and have numerous applications for public health surveillance, outbreak investigation, and the dia

161 havior, are needed to improve routine public health surveillance, outbreak response, and pandemic pre

162 Herein, we tested a 60-biomarker health surveillance panel (HSP), containing 35 FDA/LDT a

163 d as "a serious and current threat to public health surveillance, particularly for Shiga toxin-produc

164 l asthma incidence rates (IRs) from a public health surveillance perspective.

165 y demonstrates the utility of GMM for public health surveillance, planning, and equitable response st

166 An oral health surveillance platform that queries a clinical/adm

167 onal Safety and Health (NIOSH) Coal Workers' Health Surveillance Program (CWHSP) is a surveillance pr

168 Mexico HPV Pap Registry, a statewide public health surveillance program, receives mandatory reportin

169 uent testing as part of an integrated public health surveillance program.

170 bidity Record [SMR] 01, SMR02, and the Child Health Surveillance Programme-Pre School), linking birth

171 ls, in molecular epidemiology, and in public health surveillance programs.

172 ation level using linked clinical and public health surveillance records.

173 cases through the Overcoming COVID-19 public health surveillance registry.

174 Public health surveillance relies on standardised metrics to ev

175 Effective public health surveillance requires consistent monitoring of di

176 atories to provide a state-of-the-art public health surveillance service.

177 vides open access to both traditional public health surveillance signals (cases, deaths, and hospital

178 data of 12,167 individuals from a network of health surveillance sites (the South Asia Biobank) to th

179 st ever recorded; data collected from public health surveillance sources can help to identify emergin

180 dividual impacts the clinical management and health surveillance strategies in the index patient and

181 n and diversity with implications for public health surveillance strategies.

182 e deployed in human biomonitoring and public health surveillance studies to guide policy intervention

183 ne-off nature, innovative tactics for public health surveillance, such as crowdsourcing digital weara

184 A growing concern in public health surveillance surveys that rely on random digit di

185 y were linked with data from demographic and health surveillance surveys with a unique identifier com

186 isease Control and Prevention Vision and Eye Health Surveillance System (VEHSS) as well as clinical a

187 FFS) enrollment data from the Vision and Eye Health Surveillance System (VEHSS) to examine ophthalmic

188 Control and Prevention (CDC) Vision and Eye Health Surveillance System (VEHSS) were analyzed.

189 ease Control and Prevention's Vision and Eye Health Surveillance System (VEHSS).

190 prevalence data in the CDC's Vision and Eye Health Surveillance System (VEHSS).

191 (2) cases identified through the Catalonian Health Surveillance System of children diagnosed with SA

192 with the monthly South Australian population health surveillance system report of randomly selected p

193 A robust staff protection and health surveillance system that is routinely implemented

194 ty collected in the China Maternal and Child Health Surveillance System to generate representative es

195 ease Control and Prevention's Vision and Eye Health Surveillance System were included.

196 paring persons reported to the Department of Health surveillance system with patients listed in the N

197 aningfully to a comprehensive vision and eye health surveillance system, but none currently provide a

198 Based on data from a US public health surveillance system, hospitalization with COVID-1

199 isease Control and Prevention Vision and Eye Health Surveillance System.

200 rt of good patient care and for use in a One Health surveillance system.

201 contribute to a comprehensive vision and eye health surveillance system.

202 ded to create a comprehensive vision and eye health surveillance system.

203 biology, inference of transmission in public health surveillance systems and more generally for WGS a

204 e identified opportunities to improve public health surveillance systems and uses of data for plannin

205 Public health surveillance systems are important for tracking d

206 The desirable attributes of public health surveillance systems are simplicity, flexibility,

207 Current health surveillance systems cannot determine the burden

208 hey could more easily go unnoticed by public health surveillance systems than Asian strains due to th

209 Existing public health surveillance systems that rely on predefined symp

210 urgent need for better regional and national health surveillance systems to underpin efforts to addre

211 A challenge for population health surveillance systems using telephone methodologie

212 utlined herein may be applied to refine oral health surveillance systems, inform dental epidemiologic

213 e paucity of socioeconomic data in US public health surveillance systems, no consensus exists as to w

214 This justifies the development of patient health surveillance systems, that can continuously monit

215 immunization and laboratory data from public health surveillance systems.

216 cts, and other topics not reported in public health surveillance systems.

217 ed; this could challenge conventional public health surveillance systems.

218 Recognition of the limitations of health-surveillance systems needs to be part of the plan

219 is given of a model-based approach to public health surveillance that has been effective in quantifyi

220 the move to a public health approach through health surveillance, this may increase the quality of ev

221 m hospitals, outpatient settings, and public health surveillance to 5 I/Q hotels.

222 rovide rapid, cost-effective, year-round One Health surveillance to help control IAV epidemic and pan

223 findings emphasize the importance of public health surveillance to identify potential issues with co

224 emerging as a powerful early-warning public health surveillance tool.

225 We conducted retrospective public health surveillance using data from 2006 to 2016 in 7 in

226 S-CoV-2 antibody tests for diagnosis, public health surveillance, vaccine development and the selecti

227 Using a precision approach to public health surveillance, we detected and characterized the g

228 ay not be suitable for key aspects of public health surveillance where it is now extensively applied.

229 e linked data from a longitudinal population health surveillance (which is maintained by the Africa H

230 e (2003 to 2013), and compared weekly public health surveillance with search query data to characteri