ライフサイエンスコーパス: public health surveillance

1 ations typically not included in trials, and public health surveillance.

2 and feasible IMI case prediction models for public health surveillance.

3 hics guidance for the wastewater approach to public health surveillance.

4 ogens is critical for clinical diagnosis and public health surveillance.

5 aluable insights for clinical management and public health surveillance.

6 e, which remains the most widespread form of public health surveillance.

7 ew, specifically addressed ethical issues in public health surveillance.

8 der applications in clinical diagnostics and public health surveillance.

9 athogen detection for clinical diagnosis and public health surveillance.

10 ture tightly focused on ethics applicable to public health surveillance.

11 ry viral diagnostics, infection control, and public health surveillance.

12 latforms and their role in clinical care and public health surveillance.

13 ntial to inform patient treatment and enable public health surveillance.

14 y, informing hospital-specific policies, and public health surveillance.

15 gnosis and management of tuberculosis and in public health surveillance.

16 al of flies as proxies for environmental and public health surveillance.

17 inically deployed surveys may hold value for public health surveillance.

18 toxins in various matrices is essential for public health surveillance.

19 It is time to shake up public health surveillance.

20 ammals and underscore the need for continued public health surveillance.

21 he utility of form CMS-2728 for research and public health surveillance.

22 ates (US) as collected under the auspices of public health surveillance.

23 er been comprehensively validated for use in public health surveillance.

24 on identifying novel data sources to enhance public health surveillance.

25 infections and assist infection control and public health surveillance.

26 me is fundamental to biomedical research and public health surveillance.

27 ving the comprehensiveness and timeliness of public health surveillance.

28 edia- and Internet-based data collection for public health surveillance.

29 Dental settings are a valuable location for public health surveillance.

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

31 g that it is a promising tool for supporting public-health surveillance.

32 Multipliers from US public health surveillance accounted for factors includi

33 -CM) codes have been proposed as a method of public health surveillance and are widely used in public

34 hancing access to HIV-1 prevention and care, public health surveillance and control programmes should

35 r research and a robust resource for malaria public health surveillance and control.

36 s to cholera outbreaks, ultimately improving public health surveillance and disease control globally.

37 referenced data, enhances WBE precision for public health surveillance and environmental risk assess

38 These models will aid in establishing public health surveillance and guide strategic vaccinati

39 Public health surveillance and health care delivery syst

40 dvantage of our unique access to Connecticut public health surveillance and hospital data and our dir

41 here can provide actionable information for public health surveillance and intervention decisions.

42 COVID-19) testing is a critical component of public health surveillance and pandemic control, especia

43 lth care-associated infections indicate that public health surveillance and prevention activities sho

44 shows the importance of advanced planning of public health surveillance and response at these religio

45 e cannot eliminate all of the uncertainty in public health surveillance and subsequent decision-makin

46 netic diversity of L1, with implications for public health surveillance and TB control.

47 ts highlight the need for more investment in public health surveillance and ultimately, assays that a

48 l in achieving the best clinical management, public health surveillance, and control outcomes.

49 l treatment, advances in health research and public health surveillance, and modern security techniqu

50 ine use of sequencing in clinical diagnoses, public health surveillance, and population genetics stud

51 treatment interventions, overdose reversal, public health surveillance, and research.

52 area-based socioeconomic measures in routine public health surveillance, and to reinforce policies an

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

54 Patient data were acquired through public health surveillance as part of National Notifiabl

55 in hospitals is an additional challenge for public health surveillance authorities.

56 ICIPANTS: Active, nationally representative, public health surveillance based on patient visits to 60

57 ols can enhance clinical decision-making and public health surveillance by reducing the risk of misse

58 grating whole-genome sequencing into routine public health surveillance can enable the early detectio

59 Public health surveillance can help identify potential i

60 iod before they are detected via clinical or public health surveillance, can inform strategies for pr

61 ental studies, for interpreting clinical and public health surveillance data and for the design and i

62 cross-sectional analysis of population-based public health surveillance data assessed the sociodemogr

63 Public health surveillance data can inform an understand

64 ional naive forecasts that rely only on past public health surveillance data may not reliably represe

65 authors conducted a case-cohort study using public health surveillance data sets to examine perinata

66 Here, we used public health surveillance data to assess platform perfo

67 s per 100 people with a PrEP indication) and public health surveillance data to document HIV diagnose

68 California Department of Public Health surveillance data were reviewed to identif

69 olates of enteric pathogens is essential for public health surveillance, detection, and tracking of o

70 Public health surveillance efforts and metrics are there

71 and plasma specimens, which will strengthen public health surveillance efforts for HAV outbreak dete

72 ial to improve both clinical diagnostics and public health surveillance efforts in multiple areas, in

73 This study highlights the utility of UDT in public health surveillance efforts related to patients t

74 ates, and this modeling approach complements public health surveillance efforts to identify areas wit

75 19 patients and inform infection control and public health surveillance efforts.

76 Coccidioidomycosis reported to public health surveillance entities.

77 AI can be used to support public health surveillance, epidemiological research, co

78 orld is not clear, and the evidence base for public health surveillance, epidemiology, and response a

79 mpliance and the possible negative impact on public health surveillance for antimicrobial resistance.

80 The practical implications are that public health surveillance for artemisinin resistance sh

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

82 Public health surveillance for enteric infections addres

83 Public health surveillance for hemochromatosis can be us

84 acute infection could improve diagnosis and public health surveillance for Jamestown Canyon virus di

85 ether molecular subtyping could be useful in public health surveillance for S. enterica serotype typh

86 has created opportunities to develop unified public health surveillance for this disorder and its com

87 Public health surveillance has been defined as the ongoi

88 the authors note that defining activities as public health surveillance has important implications, b

89 series investigation of patients reported to public health surveillance hospitalized with SARS-CoV-2-

90 ms, they are still useful for the purpose of public health surveillance if they can be corroborated b

91 use clinical HF registries as a platform for public health surveillance, implementation research, and

92 to testing, care, and treatment; strengthen public health surveillance; improve HCV preventive servi

93 icipants: Active, nationally representative, public health surveillance in 58 EDs located in the Unit

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

95 applying similar approaches during real-time public health surveillance in low-income settings.

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

97 The revised Common Rule expressly addresses public health surveillance in relation to scientific res

98 iciency virus drug resistance genotyping for public health surveillance in resource-limited countries

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

100 population-based study was conducted under a public health surveillance mandate from the US Food and

101 der pathways in epidemiological research and public health surveillance more broadly.

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

103 nd is already beginning to revolutionise how public health surveillance networks monitor and tackle b

104 utility of Google search trends in augmented public health surveillance of alcohol-related healthcare

105 ETTING, AND PARTICIPANTS: Statewide enhanced public health surveillance of California residents who w

106 Improved public health surveillance of firearm storage and firear

107 g novel SARS-COV-2 variants is important for public health surveillance of potential viral threats an

108 Ongoing public health surveillance of pregnancy-associated nonfa

109 y cells and highlight the need for continued public health surveillance of this emerging virus.

110 n future research such as vaccine trials and public health surveillance of tick-borne disease pattern

111 Studies of LTBI screening and treatment for public health surveillance or disease management were ex

112 whom LTBI screening and treatment is part of public health surveillance or disease management were ex

113 aboratory and have numerous applications for public health surveillance, outbreak investigation, and

114 king behavior, are needed to improve routine public health surveillance, outbreak response, and pande

115 cterized as "a serious and current threat to public health surveillance, particularly for Shiga toxin

116 itudinal asthma incidence rates (IRs) from a public health surveillance perspective.

117 is study demonstrates the utility of GMM for public health surveillance, planning, and equitable resp

118 the New Mexico HPV Pap Registry, a statewide public health surveillance program, receives mandatory r

119 or frequent testing as part of an integrated public health surveillance program.

120 al trials, in molecular epidemiology, and in public health surveillance programs.

121 a population level using linked clinical and public health surveillance records.

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

123 Public health surveillance relies on standardised metric

124 Effective public health surveillance requires consistent monitorin

125 e laboratories to provide a state-of-the-art public health surveillance service.

126 it provides open access to both traditional public health surveillance signals (cases, deaths, and h

127 e highest ever recorded; data collected from public health surveillance sources can help to identify

128 volution and diversity with implications for public health surveillance strategies.

129 hould be deployed in human biomonitoring and public health surveillance studies to guide policy inter

130 d its one-off nature, innovative tactics for public health surveillance, such as crowdsourcing digita

131 A growing concern in public health surveillance surveys that rely on random d

132 Based on data from a US public health surveillance system, hospitalization with

133 of Mtb biology, inference of transmission in public health surveillance systems and more generally fo

134 We identified opportunities to improve public health surveillance systems and uses of data for

135 Public health surveillance systems are important for tra

136 The desirable attributes of public health surveillance systems are simplicity, flexi

137 that they could more easily go unnoticed by public health surveillance systems than Asian strains du

138 Existing public health surveillance systems that rely on predefin

139 come the paucity of socioeconomic data in US public health surveillance systems, no consensus exists

140 linked immunization and laboratory data from public health surveillance systems.

141 ic impacts, and other topics not reported in public health surveillance systems.

142 onsidered; this could challenge conventional public health surveillance systems.

143 xample is given of a model-based approach to public health surveillance that has been effective in qu

144 red from hospitals, outpatient settings, and public health surveillance to 5 I/Q hotels.

145 These findings emphasize the importance of public health surveillance to identify potential issues

146 logy is emerging as a powerful early-warning public health surveillance tool.

147 We conducted retrospective public health surveillance using data from 2006 to 2016

148 nti-SARS-CoV-2 antibody tests for diagnosis, public health surveillance, vaccine development and the

149 Using a precision approach to public health surveillance, we detected and characterize

150 ticed may not be suitable for key aspects of public health surveillance where it is now extensively a

151 t decade (2003 to 2013), and compared weekly public health surveillance with search query data to cha