Author: Baillargeau, E.; Ranger, S.; Agius, G.; Samb, A; Castets, M.; Rekas, B.
Title: Détection des rotavirus humains dans les selles : Comparaison de cinq techniques Cord-id: 2wkq0ha7 Document date: 1985_12_31
ID: 2wkq0ha7
Snippet: Summary The authors have tested 118 stools by five techniques used for the detection of rotaviruses in human faeces : electron microscopy, latex agglutination (Slidex Rota-kit : BioMérieux ; Rotalex : Orion Diagnostica) and ELISA (Enzygnost : Behring ; Bio-Enza-Bead : Bionetics). Reproducibility and specificity for all techniques were satisfactory. Comparison of the methods showed Enzygnost to be the most sensitive (89 %), followed by the two agglutination tests, then electron microscopy and le
Document: Summary The authors have tested 118 stools by five techniques used for the detection of rotaviruses in human faeces : electron microscopy, latex agglutination (Slidex Rota-kit : BioMérieux ; Rotalex : Orion Diagnostica) and ELISA (Enzygnost : Behring ; Bio-Enza-Bead : Bionetics). Reproducibility and specificity for all techniques were satisfactory. Comparison of the methods showed Enzygnost to be the most sensitive (89 %), followed by the two agglutination tests, then electron microscopy and least sensitive the Bio-Enza-Bead (56 %). For large — scale screening of faeces, it appeared that the latex agglutination test were preferable for reasons of simplicity, speed and cost.
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