Emerging Respiratory Viruses Other than Influenza

Dunn, James J.; Miller, Melissa B.

doi:10.1016/j.cll.2014.02.011

Cited by 20 publications

(14 citation statements)

References 141 publications

(296 reference statements)

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“…Our results showed that the detection rate of HBoV DNA from NPA samples of children with ALRI was 15.4%, that was in agreement with the results reported by Symekher et al, (2013) that was(16.8%)also it was in agreement with other studies which have had a detection range of between 1.5% -19% (Allander et al, 2007,AlRousan2011) and with another study by Dunn and Miller (2014)that reported, HBoV can be detected to in 1.6 to 21.5% of children with symptoms of respiratory tract infection.…”

Section: Resultssupporting

confidence: 93%

Detection of Human Bocavirus in Egyptian Children Suffering from Acute Lower Respiratory Tract Infection

Atef¹,

Elbehedy²

2017

Int.J.Curr.Microbiol.App.Sci

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Section: Resultssupporting

confidence: 93%

Detection of Human Bocavirus in Egyptian Children Suffering from Acute Lower Respiratory Tract Infection

Atef¹,

Elbehedy²

2017

Int.J.Curr.Microbiol.App.Sci

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“…Several commercial PCR-based assays detect adenovirus from purified extracts of respiratory samples (110)(111)(112). Adenoviruses can also be rapidly detected by several relatively new NAATs that are multiplexed to detect several viruses at the same time (113)(114)(115). These assays include (i) a multiplex PCR whose resulting products are labeled by a primer extension step and then hybridized to detection microbeads that can be specifically sorted based on their internal dye content (116); (ii) a multiplex PCR whose resulting products are converted to a single-stranded form and hybridized to both a capture probe and signal probes, which allows electrochemical detection (117); and (iii) an automated nested multiplex PCR system including sample purification, which uses melting-curve analysis for detection of target sequences and provides results within 1 h (118)(119)(120).…”

Section: Respiratory Pathogens Of Major Military Concern Adenovirusesmentioning

confidence: 99%

Respiratory Infections in the U.S. Military: Recent Experience and Control

et al. 2015

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SUMMARY This comprehensive review outlines the impact of military-relevant respiratory infections, with special attention to recruit training environments, influenza pandemics in 1918 to 1919 and 2009 to 2010, and peacetime operations and conflicts in the past 25 years. Outbreaks and epidemiologic investigations of viral and bacterial infections among high-risk groups are presented, including (i) experience by recruits at training centers, (ii) impact on advanced trainees in special settings, (iii) morbidity sustained by shipboard personnel at sea, and (iv) experience of deployed personnel. Utilizing a pathogen-by-pathogen approach, we examine (i) epidemiology, (ii) impact in terms of morbidity and operational readiness, (iii) clinical presentation and outbreak potential, (iv) diagnostic modalities, (v) treatment approaches, and (vi) vaccine and other control measures. We also outline military-specific initiatives in (i) surveillance, (ii) vaccine development and policy, (iii) novel influenza and coronavirus diagnostic test development and surveillance methods, (iv) influenza virus transmission and severity prediction modeling efforts, and (v) evaluation and implementation of nonvaccine, nonpharmacologic interventions.

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“…Rapid detection platforms which are US Food and Drug Administration (FDA)-cleared, such as those consisting of multiplex PCR tests for influenza, also allow the detection of other respiratory agents, either as single viruses or as copathogens [29][30][31][32][33][34]. Among adult patients with ARI in one study using this type of testing in the United States in 2012-2013, 5% to 8% were found to sustain viral coinfections, to include influenza, HCoVs, RSV and HRV [35].…”

Section: Diagnosismentioning

confidence: 99%