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Background: Urinary bladder catheters are potential sources of infection after total hip arthroplasty (THA). Therefore, the goal of this study was to determine if intermittent catheterization provides a decreased risk of postoperative urinary tract infections (UTIs) compared with indwelling catheterization in THA patients. Methods: Patients undergoing THA at 15 hospitals within a large health system were prospectively collected between 2017 and 2019 and then stratified based on catheterization technique: no-catheter; indwelling cathetereonly; intermittent cathetereonly; and both intermittent and indwelling catheter. Patient demographics, medical comorbidities, anesthesia types, and postoperative UTIs were assessed. Independent Student t-tests were used to perform univariate analyses for the catheterization groups. Multiple linear regression models were used to compare the different groups while controlling for confounding variables. Results: There were a total of 7306 THA patients recorded with 5513 (75%) no-catheter, 1181 (16%) indwelling cathetereonly, 285 (3.9%) intermittent cathetereonly, and 327 (4.5%) indwelling and intermittent catheterization patients. A total of 580 patients experienced postoperative UTI. Urinary bladder catheterization increased the risk of postoperative UTIs (P < .001) in univariate analyses. Multiple linear regression models showed that indwelling catheter-only (OR: 2.178, P < .001), intermittent catheterization (OR: 1.975, P ¼ .003), and both indwelling and intermittent (OR: 2.372, P ¼ .002) were more likely to experience UTIs compared with no catheters. Conclusion: This study found that patients treated with indwelling catheterization, with or without preceding intermittent catheterization, were significantly more likely to experience UTIs. Therefore, in an effort to decrease the risk of UTIs, THA patients experiencing postoperative urinary retention should be treated with intermittent catheterization.

Migraine is a debilitating headache disorder that has a significant impact on the world population, in both economic and sociologic capacities. Migraine has two main categories: (1) chronic migraine (CM), defined as the patient having 15 or more headache days per month, with at least five attacks fulfilling measures for EM with aura or EM without aura, and (2) episodic migraine (EM), defined as less than 15 headache days per month. With this definition, CM can only exist in the presence of EM, and it questions whether the two are separate diseases. Migraine has a significant impact on the population, as each year, about 2.5 % of patients with EM develop new-onset CM (Manack et al., Curr Pain Headache Rep 15:70-78, 2011) (Loder et al. Headache 55:214-228, 2015), with certain risk factors being evident only with CM. In addition, there are comorbid diseases that are only associated with CM, suggesting two separate diseases rather than one. Differentiation in response to treatments, both preventive and abortive, demonstrates both a similarity and a difference in EM versus CM. Also, comparing the two processes based upon functional imaging has been a recent development, beginning to show a physiological difference in regional cortical thickness, cortical surface area, and regional volumes in patients with EM and CM. Evidence regarding whether EM and CM demonstrate one disease with a significant level of complication or if two independent processes is inconclusive, and additional research must be performed to further characterize their relationship.

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