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1 globin concentration, perform differently in mass screening.
2 d by significant gaps in knowledge regarding mass screening.
3 finger prick, suggesting great potential for mass screening.
4 to healthcare workers and ideally suited to mass screening.
5 gs as well as developed countries performing mass screenings.
7 tes could be validated by Accurate Inclusion Mass Screening (AIMS) and immunostaining and supported f
9 Universal newborn vaccination coupled with mass screening and immunization of susceptible Alaska Na
19 combination with ivermectin and vaccination, mass screening and treatment with novel diagnostics, rea
20 ecting type 2 diabetes by either targeted or mass screening, and indirect evidence also fails to demo
21 and discuss the potential of a non-directed mass-screening approach for mAb production against some
22 h, thus providing the potential for neonatal mass screening, are identical in the childhood and adult
23 tion of Cdc2, we developed a high-throughput mass screening assay and used it to screen chemical libr
24 the cost-effectiveness of a coeliac disease mass screening at 12 years of age, taking a life course
27 ost-effectiveness of active case finding and mass screening compared with clinical detection in the N
28 g Project was initiated to determine whether mass screening could reduce mortality in a large cohort
29 erendemic rates of tuberculosis, 3 rounds of mass screening did not reduce the overall tuberculosis b
31 In phase 2, we compared mass treatment with mass screening (each either with or without vaccination
34 exible sigmoidoscopy (FS) is recommended for mass screening for colorectal cancer (CRC), yet little i
36 approach marks a significant advancement in mass screening for opisthorchiasis, potentially enhancin
40 This study addresses the critical need for mass screening in northeastern Thailand, where liver flu
43 screened athletes aged 14 to 35 years during mass screenings in schools and professional sports teams
44 notification rates (CNRs) during and after a mass screening intervention implemented over 5 weeks in
50 active search for tuberculosis cases through mass screening is widely described as a tool to improve
51 bling technology is a promising and feasible mass-screening method with reasonable sensitivity for de
52 tion of previously undiagnosed cases through mass screening of a large cohort of subjects with develo
53 Despite this significant increased risk, mass screening of asymptomatic women for factor V Leiden
54 sive imaging systems; such tools could allow mass screening of diseases such as cancer in resource-po
58 (81%) indicates that PCR cannot be used for mass screening of samples in ACL epidemiological studies
59 recent studies have examined the results of mass screenings of school-age children and the final out
62 urate diagnosis and staging of PCa, enabling mass-screening program progress and advanced PCa treatme
64 obal health efforts have sought to implement mass-screening programs to provide earlier detection and
65 Using FinnGen (N = 117,252), linked to the Mass Screening Registry for breast cancer, we assessed t
67 hat the PCR could be used in epidemiological mass-screening surveys to detect Leishmania (Viannia) sp
68 errupt tuberculosis transmission by means of mass screening that was linked to treatment for active d
69 to outpatient-focused care models, and from mass screening to active case finding strategies, could
70 e aftermath of a large-scale anthrax attack, mass screening to identify early inhalational anthrax ma
72 component, malaria camps (MCs), consists of mass screening, treatment, education, and intensified ve
73 ports of infant screening for neuroblastoma, mass screening was introduced throughout Japan in 1985.
77 equired, however, before the true utility of mass screening with CT for lung cancer can be determined