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T Tuovinen

Publications and source records attributed to T Tuovinen.

8 recordsLinked to original sources

Quality assurance in anaesthetic practice: comparison between two methods in detecting complications.

BACKGROUND: Reliable identification and documentation of complications is an essential part of a well-functioning quality system (QS) in anaesthetic practice. The criteria for the complications have to be appropriate. The QS of Kuopio University Hospital fulfils the ISO 9002 standard. The validity of the recordings in the QS was ascertained by comparing the routine recordings with external assessment. METHODS: Three types of complications were predefined: minor, severe and those specific for regional anaesthesia. A total of 1006 anaesthetic charts, including general, regional and intravenous anaesthesia, were randomly selected and retrospectively screened by an external assessor. The retrospective assessment of complications was compared to the recordings in the data management system for operative procedures (DMS) as a part of routine quality assurance. Cohen's kappa statistics was used to indicate agreement between two raters. RESULTS: Both methods identified complications in 115 procedures (11.4%). The methods, however, did not identify complications in same procedures. There was a fairly close agreement (P < 0.001) between the methods in detecting all (Cohen's kappa 0.72), minor (0.67) and severe (0.66) complications and those specific for regional anaesthesia (0.78). Fifty-eight complications were detected either by retrospective assessment or routine reporting, i.e. the two raters disagreed in 58 complications. Thirteen severe complications recorded in the DMS could not be retrospectively identified. The agreement did not depend on ASA class, the urgency or the length of procedures or on the type of anaesthesia. CONCLUSIONS: The agreement between external assessment and routine reporting was fairly good, however, there were still some relatively large differences. The selection and definitions of complications need to be reassessed.

Anesthesia↗

Species and strain identification of the predatory mite Euseius finlandicus by RAPD-PCR and ITS sequences.

The variation within and between Finnish Euseius finlandicus populations was investigated by RAPD-PCR and ITS sequence analyses. Resin DNA extraction was found to be a suitable method for samples of single mites used in PCR. The banding patterns from 24 RAPD primers and 10 primer pairs were very similar and reproducible in all specimens of the predatory mite studied. However, the E. finlandicus K-strain could be distinguished from organophosphate-resistant predatory mites (R-strain), since almost all of them produced a 1,400 bp RAPD-PCR product, which was missing or very rare in other strains studied. Another RAPD band of ca. 680 bp was in turn much more common in other mites of E. finlandicus than in the K-strain mites. Mite specific primers were designed and used to follow the survival of the R-strain released on apple trees. The 680 bp band obtained with specific primers was specific to the species E. finlandicus mites studied, including those that had been negative with RAPD primers. The 1,400 bp specific primers could be used as a marker for following the survival of R-strain mites on apple trees. At the species level it was possible to distinguish adults and eggs of E. finlandicus from Anthoseius rhenanus and Phytonemus pallidus by RAPD-PCR. In addition, a band at 480bp was found to correspond to DNA of the predatory mite Phytoseius macropilis, when both specific primer pairs were used together. It was not possible to amplify the ITS region of E. finlandicus rDNA using several primer pairs that work in other mites and aphids. However, a basidiomycete rDNA sequence was amplified with one of these ITS primer pairs in K-strain mites. Finally, it was found that fungal rDNA-specific primers amplified an ITS region of ca. 650 bp in several strains of E. finlandicus. Internal primers, designed to amplify the central part of the 650 bp product, successfully amplified this product from all the mites.

Animals↗