Improvement in Outpatient Follow-up With a Postdischarge Phone Call Intervention.

INTRODUCTION: Attending clinic appointments after injury is crucial for orthopaedic trauma patients to evaluate healing and to update recommendations. However, attendance at these appointments is inconsistent. The purpose of this study was to assess the effect of a personalized phone call placed 3 to 5 days after hospital discharge on attendance at the first postdischarge outpatient clinic visit. METHODS: This prospective study was done at an urban level 1 trauma center. One hundred fifty-nine patients were exposed to a reminder phone call, with 33% of patients being reached for a conversation and 28% receiving a voicemail reminder. Phone calls were made by a trained trauma recovery coach, and the main outcome measure was attendance at the first postdischarge clinic visit. RESULTS: Eighty-six patients (54%) attended their scheduled appointments. Appointment adherence was more common among the group reached for a conversation (70% versus 51% for voicemail cohort and 34% for no contact group). Patients exposed to the Trauma Recovery Services (TRS) during their hospital stay attended appointments more often (91% versus 61%, P = 0.026). Age, sex, mechanism of injury, and distance from the hospital were not associated with specific follow-up appointment adherence. Insured status was associated with higher attendance rates (71% versus 46%, P = 0.0036). Other economic factors such as employment were also indicative of attendance (64% versus 48%, P = 0.05). Current tobacco use was associated with poor appointment attendance (30%) versus 56% for nonsmokers (P = 0.001). DISCUSSION: Patients reached by telephone after discharge had better rates of subsequent clinic attendance. Economic factors and substance use appear vital to postoperative clinic visit compliance. Patients with met psychosocial needs, as identified by individuals with satisfactory emotional support, and exposure to TRS had the highest rates of postdischarge appointment attendance.

Three-Dimensional Characterization of Trabecular Bone Mineral Density of the Distal Radius Utilizing Quantitative Computed Tomography.

Background: Distal radius (DR) fractures demonstrate patterns of predictable fragments. Bone mineral density (BMD) measurements of these regions of interest (ROIs) may guide more precise treatment. Methods: Computed tomography (CT) scans of the DR of 42 healthy volunteers (23 female) were analyzed using quantitative CT software, measuring BMD within trabecular bone. Seven ROIs were described by alignment with the distal (volar ulnar distal [VUD], dorsal ulnar distal [DUD], volar radial distal [VRD], and dorsal radial distal [DRD]) or proximal (middle ulnar proximal [MUP], middle proximal [MP], and middle radial proximal [MRP]) sigmoid notch. Additional ROIs were the radial styloid (RS) and metadiaphysis (MD). A general estimation equation assessed subject's BMDs with predictive factors of gender, ROI, and age. The interaction between gender, ROI, and age was included in the model to allow for differences in ROI to vary with gender and/or age. Results: Comparing ROIs within the same gender and, separately, within the same age group revealed significantly higher BMD adjacent to the radioulnar and radiocarpal joints. Male and female individuals aged ≥50 years (mean: 172.7 mg/cm3 ± 6.1) had significantly lower BMD than those aged <50 years (mean: 202.7 mg/cm3 ± 5.8) when all ROIs were considered. Males had higher mean BMD at each ROI compared with females; these differences were significant in 5 of the 9 ROIs: VUD, DUD, DRD, RS, MUP. Conclusions: Trabecular BMD of the DR is highest adjacent to the radioulnar and radiocarpal joints. Female patients and those ≥50 years have lower trabecular BMD.