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Parsonage-Turner syndrome (PTS) is a rare neuropathy that commonly presents as unexpected severe shoulder and arm pain that eventually subsides while weakness or paralysis ensues. During exceptions to this classic presentation, confirming PTS can be challenging. Alternative causes of upper extremity pain may confound the diagnostic algorithm. Moreover, objective findings from necessary diagnostic tests depend on when those tests are performed. We present an atypical onset of PTS, whereby the initial presentation of severe neuropathic pain was preceded by mild shoulder pain that should decrease one's clinical suspicion for PTS. This milder pain coincided with the presence of a rotator cuff injury, whereby surgical intervention preceded impending paralysis and hindered postoperative rehabilitation. Physicians should be aware of the possibility of atypical presentations of PTS in hopes of avoiding either untimely surgery or delays in diagnosis.

Objectives: Septic arthritis is an orthopedic surgical emergency. Repeat cultures increase cost and patient discomfort; however, it is unknown whether repeat cultures have any merit in guiding treatment. The primary purpose of this investigation is to determine if repeat septic arthritis synovial fluid cultures alter antibiotic management. The secondary purpose is to identify independent risk factors that may alter subsequent antibiotic therapy. Methods: Septic arthritis cases were retrospectively reviewed using the International Classification of Diseases, Ninth Revision codes between January 2011 and December 2015. Inclusion criteria were patients >18 years with >1 positive synovial culture taken >2 days apart. Results: Two hundred and ninety-two synovial cultures were taken. Seventy were repeat cultures. Around 3 quarters (74.3%) yielded the same bacteria and 25.7% yielded different bacteria. Less than half (45.7%) of repeat cultures were associated with a change in antibiotics. Of the 18 repeat cultures that yielded different bacteria, six repeat cultures contained the same bacteria ± a different organism. Thirteen of the eighteen repeat cultures with different bacteria required a change in antibiotics. Patients who had their antibiotic therapy changed after repeat cultures were more likely to have diabetes mellitus (66.7% vs. 38.5%; P = 0.04, OR = 3.2 [1.04, 9.89]). Patients with hepatitis C more frequently required a different antibiotic regimen on repeat cultures (69.2% vs. 40.4%; P = 0.06, OR = 3.3 [0.91, 12.1]). Conclusion: Repeat culture data in patients with septic arthritis changed antibiotic regimens in 45.7% of patients and yielded different bacteria in 25.7%. Patients with diabetes more frequently required alternate antibiotic regimens.

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