67 research outputs found

    Good-Enough Therapeutic Space Design: A Literature Review and Considerations for Expressive Arts Therapy

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    This thesis investigates the role of therapeutic space in expressive arts therapy through an interdisciplinary and international literature review. Definitions of therapeutic space and therapeutic space design are explored. This paper is theoretically grounded in the notion of good-enough therapeutic space, which is adapted from Winnicott’s (as cited in Davis & Wallbridge, 2004/1981) concept of a good-enough holding environment and Moskowitz-Corrois’s (2018) understanding of therapeutic space. Personal internship experiences of not-good-enough therapeutic space and a personal arts-based inquiry conceptualizing good-enough therapeutic space are discussed. Research from non-therapeutic and therapeutic settings, for both general and specific populations, are surveyed. The literature establishes the positive impact that therapeutic space design can have on the therapeutic relationship. A checklist of good-enough therapeutic space design considerations for the expressive arts therapist, inspired by Liddicoat (2018), is drafted and presented. These considerations are accessible, adaptable, and applicable to the expressive arts. The roles of the therapist and client in the design process, limitations of this paper, and directions for further research are identified

    Outcome of paediatric supracondylar humeral fractures treated by surgery at the University Teaching Hospital of Kigali, Rwanda

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    Background: Supracondylar humeral fractures are common elbow injuries in children. When these fractures are managed improperly, patients end up having complications that interfere with daily activities. Objective: This study was conducted to evaluate the functional outcome of supracondylar humeral fractures treated with surgery at the University Teaching Hospital of Kigali, Rwanda. Methodology: This was a combined retrospective and cross-sectional observational study. The sample size was 108. Theatre logs and OPD files were used to obtain patients' clinical information. Functional outcome was evaluated using QuickDASH score. Results: Children having 6 to 10 years of age were predominant (54.6%). Male to female ratio was 1.9:1. The left elbow was most affected (60.2%). Seventy five patients (69.4%) were within normal range, 27 (25.0%) patients had mild disability, 5 (4.7%) patients had moderate disability, and 1 (0.9%) patient had severe disability. There were no patients with very severe disability. The most common complication was elbow stiffness (59.3%), followed by gunstock deformity (27.1%). The only determinant of functional outcome found was the time (within 4 days or beyond) from injury to management (OR: 0.993, 95% CI: {0.987-1.000}, p-value: 0.048). Conclusion: For operable supracondylar humeral fractures in children, operation within 4 days and good follow up of patients in postoperative period are crucial for good functional outcome

    Imaging of bone tumours for the musculoskeletal oncology surgeon.

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    The appropriate diagnosis and treatment of bone tumors requires close collaboration between different medical specialists. Imaging plays a key role throughout the process. Radiographic detection of a bone tumor is usually not challenging. Accurate diagnosis is often possible from physical examination, history, and standard radiographs. The location of the lesion in the bone and the skeleton, its size and margins, the presence and type of periosteal reaction, and any mineralization all help determine diagnosis. Other imaging modalities contribute to the formation of a diagnosis but are more critical for staging, evaluation of response to treatment, surgical planning, and follow-up.When necessary, biopsy is often radioguided, and should be performed in consultation with the surgeon performing the definitive operative procedure. CT is optimal for characterization of the bone involvement and for evaluation of pulmonary metastases. MRI is highly accurate in determining the intraosseous extent of tumor and for assessing soft tissue, joint, and vascular involvement. FDG-PET imaging is becoming increasingly useful for the staging of tumors, assessing response to neoadjuvant treatment, and detecting relapses.Refinement of these and other imaging modalities and the development of new technologies such as image fusion for computer-navigated bone tumor surgery will help surgeons produce a detailed and reliable preoperative plan, especially in challenging sites such as the pelvis and spin

    Imaging of bone tumours for the musculoskeletal oncology surgeon.

    No full text
    The appropriate diagnosis and treatment of bone tumors requires close collaboration between different medical specialists. Imaging plays a key role throughout the process. Radiographic detection of a bone tumor is usually not challenging. Accurate diagnosis is often possible from physical examination, history, and standard radiographs. The location of the lesion in the bone and the skeleton, its size and margins, the presence and type of periosteal reaction, and any mineralization all help determine diagnosis. Other imaging modalities contribute to the formation of a diagnosis but are more critical for staging, evaluation of response to treatment, surgical planning, and follow-up.When necessary, biopsy is often radioguided, and should be performed in consultation with the surgeon performing the definitive operative procedure. CT is optimal for characterization of the bone involvement and for evaluation of pulmonary metastases. MRI is highly accurate in determining the intraosseous extent of tumor and for assessing soft tissue, joint, and vascular involvement. FDG-PET imaging is becoming increasingly useful for the staging of tumors, assessing response to neoadjuvant treatment, and detecting relapses.Refinement of these and other imaging modalities and the development of new technologies such as image fusion for computer-navigated bone tumor surgery will help surgeons produce a detailed and reliable preoperative plan, especially in challenging sites such as the pelvis and spin
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