Cases reported "Kyphosis"

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1/3. Managing ventilatory insufficiency and failure in a patient with kyphoscoliosis: a case study.

    This article reports a case study of 'Sue', a 37 year old female who was transferred to a metropolitan hospital's intensive care unit in acute respiratory failure secondary to severe kyphoscoliosis (KS). KS is defined as a deformity of the spine involving both lateral displacement (scoliosis) and anteroposterior angulation (kyphosis). Over time, this anatomical distortion results in ventilatory insufficiency due to muscle weakness. Sue displayed a restrictive lung pattern, evidenced by a decreased vital capacity and tidal volume with severe nocturnal dyspnoea, resulting in raised carbon dioxide levels in arterial blood and decreased oxygenation. This paper reviews Sue's progress throughout her hospitalisation and examines the key issues involved in her care. Particular attention is given to specific problems encountered on the acute care ward related to oxygen delivery, tracheostomy care, non-invasive ventilation and rehabilitation. The paper highlights the increased acuity of respiratory ward patients who require the use of substantial technological support to optimise their management. nurses working in these wards need specialised knowledge, excellent patient communication ability and well-developed technical skills. The trend is to treat patients with respiratory failure, either chronic or acute, on wards rather than in critical care units' which has promoted the development of a specialised role in respiratory nursing.
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2/3. All pedicle screw fixation technique in correcting severe kyphoscoliosis in an osteogenesis imperfecta patient: a case report.

    Spinal deformity in patients with osteogenesis imperfecta demonstrates a high prevalence. The surgical treatment of this problem had numerous difficulties, which included breakage of bone, dislodgement of implants, and late loss of correction. We reported the correction of severe kyphoscoliosis in a patient with osteogenesis imperfecta using 3-rod all pedicle screw fixation technique. In this case, the 2 main goals of spinal operation, stabilization and correction of spinal curvatures, were achieved. The Cobb angles of scoliosis and thoracic kyphosis were corrected from 110 degrees to 68 degrees and from 107 degrees to 39 degrees, respectively. One and a half years after the operation, spinal radiographs showed no loss of correction, either on coronal or sagittal planes. The predicted forced vital capacity, predicted forced expiratory volume in 1 second and vital capacity of the lung of the patient had improved 2-fold. The usage of pedicle screw, with its conical core and cylindrical thread design, and 3-rod technique in fixation, together with cyclic intravenous bisphosphonate administration and halo-gravity traction preoperatively, contributed to the success in this case.
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3/3. Single-lung transplantation in a patient with cystic fibrosis and an asymmetric thorax.

    We report metachronous single-lung transplantation for cystic fibrosis after contralateral pneumonectomy. Kyphoscoliosis and mediastinal shift required careful donor-lung sizing with computed tomography and was not dependent on typical parameters. Severe reperfusion injury was treated with nitric oxide, C1-esterase inhibitor, and continuous venovenous hemodialysis. The patient was extubated on the fifth postoperative day and is alive and well. We conclude that single-lung transplantation after contralateral pneumonectomy for patients with cystic fibrosis and an asymmetric chest and evident lung volume mismatch may be an acceptable functional therapeutic option.
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