The current evidence comparing the two most common approaches for reverse total shoulder arthroplasty (rTSA), the deltopectoral and anterosuperior approach, is limited. This study aims to compare the rate of loosening, instability, and implant survival between the two approaches for rTSA using data from the Dutch National Arthroplasty Registry with a minimum follow-up of five years. All patients in the registry who underwent a primary rTSA between January 2014 and December 2016 using an anterosuperior or deltopectoral approach were included, with a minimum follow-up of five years. Cox and logistic regression models were used to assess the association between the approach and the implant survival, instability, and glenoid loosening, independent of confounders.Aims
Methods
A prospective study was performed to develop
a clinical prediction rule that incorporated demographic and clinical factors
predictive of a fracture of the scaphoid. Of 260 consecutive patients
with a clinically suspected or radiologically confirmed scaphoid
fracture, 223 returned for evaluation two weeks after injury and
formed the basis of our analysis. Patients were evaluated within
72 hours of injury and at approximately two and six weeks after injury
using clinical assessment and standard radiographs. Demographic
data and the results of seven specific tests in the clinical examination
were recorded. There were 116 (52%) men and their mean age was 33 years (13
to 95; Our study has demonstrated that clinical prediction rules have
a considerable influence on the probability of a suspected scaphoid
fracture. This will help improve the use of supplementary investigations
where the diagnosis remains in doubt.
Using inaccurate quotations can propagate misleading
information, which might affect the management of patients. The
aim of this study was to determine the predictors of quotation inaccuracy
in the peer-reviewed orthopaedic literature related to the scaphoid.
We randomly selected 100 papers from ten orthopaedic journals. All references
were retrieved in full text when available or otherwise excluded.
Two observers independently rated all quotations from the selected
papers by comparing the claims made by the authors with the data
and expressed opinions of the reference source. A statistical analysis
determined which article-related factors were predictors of quotation
inaccuracy. The mean total inaccuracy rate of the 3840 verified
quotes was 7.6%. There was no correlation between the rate of inaccuracy
and the impact factor of the journal. Multivariable analysis identified
the journal and the type of study (clinical, biomechanical, methodological,
case report or review) as important predictors of the total quotation
inaccuracy rate. We concluded that inaccurate quotations in the peer-reviewed
orthopaedic literature related to the scaphoid were common and slightly
more so for certain journals and certain study types. Authors, reviewers
and editorial staff play an important role in reducing this inaccuracy.