Selected article for: "nucleic acid and real time"

Author: Schildgen, Oliver
Title: Human Bocavirus: Lessons Learned to Date
  • Document date: 2013_1_11
  • ID: 1qyuhbz0_26
    Snippet: Due to the lack of a cell culture system, the diagnosis of HBoV infection is exclusively based on molecular detection methods. Most laboratories currently use in-house PCR and real-time PCR assays targeting the NP-1, NS-1 or VP1/2 gene [3] , but other nucleic acid-based detection methods for the diagnosis of HBoV have been described [11] . A number of commercially available approved multiplexing assays have been developed and brought to the marke.....
    Document: Due to the lack of a cell culture system, the diagnosis of HBoV infection is exclusively based on molecular detection methods. Most laboratories currently use in-house PCR and real-time PCR assays targeting the NP-1, NS-1 or VP1/2 gene [3] , but other nucleic acid-based detection methods for the diagnosis of HBoV have been described [11] . A number of commercially available approved multiplexing assays have been developed and brought to the market. Some of these assays also detect human bocavirus, including the Luminex RVP assay (Luminex, USA) and the RespiFinder assay (Pathofinder, the Netherlands). It appears likely that other assays to detect HBoV will be developed, although in many currently available assays, such as the FilmArray (Idaho Diagnostics, USA) and the RespID assay (Luminex, USA), this pathogen is neglected. Of note, for those laboratories that follow FDA rules, it is important to keep in mind that the Luminex RVP xTAG fast assay has received FDA clearance, whereas the other assays with FDA approval do not detect human bocavirus.

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