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1.
Article in English | MEDLINE | ID: mdl-38380962

ABSTRACT

Basal cell carcinoma is an exceedingly rare cause of spinal metastatic disease for which the treatment algorithm is poorly defined. We present a positive patient outcome after treatment of T8 metastatic basal with posterior decompression and fusion followed by later anterior reconstruction, in addition to targeted radiation therapy and pharmacologic therapy. In general, a personalized and comprehensive treatment approach should be used, incorporating surgical, oncologic, and pharmacologic methods as able. Moreover, primary preventive medical and mental health care can help prevent delayed presentation and increased access to timely care.


Subject(s)
Carcinoma, Basal Cell , Skin Neoplasms , Humans , Decompression, Surgical , Spine , Carcinoma, Basal Cell/surgery , Skin Neoplasms/surgery
2.
Iowa Orthop J ; 42(1): 227-237, 2022 06.
Article in English | MEDLINE | ID: mdl-35821961

ABSTRACT

Background: Reverse shoulder arthroplasty (RSA) is associated with high rates of midterm complications including scapular notching, implant wear, and mechanical impingement. Scapulo-humeral rhythm (SHR), described by Codman in the 1920's, is defined as the ratio of glenohumeral motion to scapulothoracic motion. SHR is used as an indicator of shoulder dysfunction, as alterations in SHR can have profound implications on shoulder biomechanics. The determination of SHR can be hindered by soft-tissue motion artifacts and high radiation burdens associated with traditional surface marker or fluoroscopic analysis. EOS low dose stereoradiographic imaging analysis utilizing 3D model construction from a 2D X-ray series may offer an alternative modality for characterizing SHR following RSA. Methods: Patients (n=10) underwent an EOS imaging analysis to determine SHR at six and twelve months post-RSA. Leveraging 3D models of the implants, 2D/3D image registration methods were used to calculate relative glenohumeral and scapulothoracic positioning at 60, 90 and 120° of shoulder elevation. Subject-specific SHR curves were assessed and midterm changes in post-RSA SHR associated with follow-up time and motion phase were evaluated. Pearson correlations assessed associations between patient-specific factors and post-RSA SHR. Results: Mean post-RSA SHR was 0.81:1 across subjects during the entire midterm postoperative period. As a cohort, post-RSA SHR was more variable for 60-90° of shoulder motion. SHR for 90-120° of motion decreased (0.43:1) at twelve months post-RSA. Post-RSA SHR could be categorized using three relative motion curve patterns, and was not strongly associated with demographic factors such as BMI. 50% of subjects demonstrated a different SHR relative motion curve shape at twelve months post-RSA, and SHR during the 90120° of motion was found to generally decrease at twelve months. Conclusion: Midterm post-RSA SHR was successfully evaluated using EOS technology, revealing lower SHR values (i.e., greater scapulothoracic motion) compared to normal values reported in the literature. SHR continued to change for some subjects during the midterm post-RSA period, with the greatest change during 90-120° of shoulder motion. Study findings suggest that future post RSA rehabilitation efforts to address elevated scapulothoracic motion may benefit from being patient-specific in nature and targeting scapular stabilization during 90-120° of shoulder motion. Level of Evidence: IV.


Subject(s)
Arthroplasty, Replacement, Shoulder , Shoulder Joint , Arthroplasty, Replacement, Shoulder/methods , Humans , Radiography , Scapula/diagnostic imaging , Scapula/surgery , Shoulder , Shoulder Joint/diagnostic imaging , Shoulder Joint/surgery
3.
Iowa Orthop J ; 41(1): 141-144, 2021.
Article in English | MEDLINE | ID: mdl-34552416

ABSTRACT

BACKGROUND: Smoking tobacco is a known modifiable risk factor for complications in total joint arthroplasty (TJA) patients. Patients are commonly required to quit smoking prior to TJA. After the early postoperative period, little is known about the long-term implications of this preoperative behavioral change. Our aims were to 1) identify TJA patients that had negative anabasine screen prior to elective TJA and 2) determine the long-term rates of continued smoking abstinence. METHODS: At our institution, TJA patients identified as smokers undergo urine anabasine testing prior to surgery. Between 2009 - 2018 all patients that had elective primary TJA with pre-operative urine anabasine tests were queried. Patients were called post-operatively at mean 52 months (range 15 - 126 months) and surveyed regarding smoking status. Long-term smoking cessation rates were then analyzed along with relapse time frame. The use of quit aid and patient perspective on importance of quitting were also analyzed. RESULTS: 249 smokers that had elective TJA were identified. 124 (50%) participated in the survey, and 93 quit to facilitate surgery. 21 (23%) never resumed smoking, and 32 (34%) were currently abstinent. Just over half of the patients relapsed in the three-month post-operative period (55%). There were no differences in quit aid or patient perspectives between these groups. CONCLUSION: With an increased focus on smoking cessation prior to elective TJA, orthopedics contributes to an important public health initiative. Although national quit rates are in the single digits, 23% of patients were able to quit permanently.Level of Evidence: IV.


Subject(s)
Arthroplasty , Orthopedics , Smoking Cessation , Humans , Patient Compliance , Postoperative Period , Smoking
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