No significant improvements in quality of life were found.

Whole-body vibration exercise training enhanced physical fitness and static and dynamic balance control in working-age participants on haemodialysis.

Whole-body vibration exercise training enhanced physical fitness and static and dynamic balance control in working-age participants on haemodialysis.Cancer itself can have lifelong devastating effects, but radiation treatment can often also result in long-lasting neurological and musculoskeletal complications, leading to subsequent severe functional impairments. Physiatrists caring for the cancer rehabilitation population must be able to recognize and treat radiation-induced peripheral nerve injuries. This report presents a rare case of radiationinduced obturator neuropathy in a patient with recurrent cervical cancer.Platypnea-orthodeoxia syndrome, characterized by dyspnoea and arterial desaturation while upright, is a rare complication of acute respiratory distress syndrome. We report here 2 patients with COVID-19 pneumonia, who were diagnosed with platypnea-orthodeoxia syndrome during commencement of rehabilitation, 18 and 9 days respectively after admission to the intensive care unit. Both patients presented with normocapnic hypoxaemia. One patient required mechanical ventilation with supplemental oxygen during intensive care, while the other required high-flow nasal oxygen therapy. The manifestations of platypnea-orthodeoxia syndrome were most prominent during physiotherapy, when verticalization was attempted, and hindered further mobilization out of bed, including ambulation. This report describes the clinical manifestations of platypnea-orthodeoxia syndrome and the rehabilitative strategies carried out for these 2 patients. The platypnea-orthodeoxia syndrome in these patients resolved after 65 and 22 days respectively from the day of detection. This report highlights this potentially under-recognized phenomenon, which may be unmasked during rehabilitation of patients with COVID-19 pneumonia. Good functional outcomes were achieved with a combination of verticalization training with supplemental oxygen support, respiratory techniques training and progressive endurance and resistance training, whilst awaiting resolution of the platypneaorthodeoxia syndrome.

To report the functional outcomes of two patients with morbid obesity (> 250 kg) who received in-reach rehabilitation after hospitalization for sepsis in Sydney, Australia.

A retrospective review of hospital charts was performed with the informed consent of both patients. Body mass index, demographics, length of stay, functional status at admission and discharge, medical comorbidities, social history, hospital course, equipment needs, therapy methods used, and discharge disposition were compared.

Both patients had a positive outcome. Function improved in case 1, from requiring hoist transfers, to mobilizing 80 m with 2 assistants. The patient was transferred to a subacute rehabilitation facility, but did not make any gain in Functional Independence Measure. Function improved in case 2, from requiring 2 assistants to walk with a frame, to walking independently with a 4-wheeled walker. The patient was discharged home from the acute hospital, with a minimal Functional Independence Measure gain of 8. Both patients lost approximately 45 kg during acute hospitalization.

These case reports demonstrate that in-reach rehabilitation can play an important role in the functional recovery of morbidly obese patients hospitalized with severe sepsis. This report also highlights the need for preventive interventions to reduce avoidable acute hospital presentations and to prevent functional decline.

These case reports demonstrate that in-reach rehabilitation can play an important role in the functional recovery of morbidly obese patients hospitalized with severe sepsis. This report also highlights the need for preventive interventions to reduce avoidable acute hospital presentations and to prevent functional decline.

Spinal and bulbar muscular atrophy is a progressive neuromuscular disease that leads to muscle weakness and reduced physical function. Benefits of physical therapy for people with spinal and bulbar muscular atrophy have not been reported in the literature.

A 62-year-old male patient with spinal and bulbar muscular atrophy reported falling, difficulty walking and completing upright tasks, and showed clinical signs of low baseline function on examination. Transportation challenges made it difficult for this patient to attend frequent one-on-one physical therapy sessions.

A minimally supervised home-based exercise intervention was chosen with the goal of safely improving his functional capacity. The 5-visit clinical intervention, spread over 10 months, provided 3 exercise modules seated-to-standing postural alignment and core muscle activation; upright functional and endurance training; and balance training and rhythmic walking. Post-intervention the patient had increased lower extremity muscle strength, improved balance, and reduced self-reported fatigue.

Home-based exercises were well tolerated with no increase in creatine kinase. Multiple clinical measures of strength and function improved, possibly related to the patients’ excellent motivation and compliance with the programme. Promising utilization of a minimally supervised home-based programme is described here.

Home-based exercises were well tolerated with no increase in creatine kinase. Multiple clinical measures of strength and function improved, possibly related to the patients’ excellent motivation and compliance with the programme. Promising utilization of a minimally supervised home-based programme is described here.We report a case of a Chinese man who developed retroperitoneal haemorrhage almost 1 year after surgery for pelvic fracture (1). To the best of our knowledge, this type of delayed haemorrhaging is rarely observed in clinical practice. We also review the literature to identify the common causes of retroperitoneal haemorrhage in patients undergoing surgery for pelvic fracture and to examine the aetiology of this case.

To evaluate spasticity and below-level spinal cord injury neuropathic pain after spinal cord injury in patients with, or without, damage to the lumbar spinal cord and roots.

Chart review of 269 patients with spinal cord injury from segments C1 to T11.

Patients were interviewed concerning leg spasticity and below-level spinal cord injury neuropathic pain in the lower trunk and legs. Damage to the lumbar spinal cord and roots was inferred where there was radiological evidence of a vertebral fracture, spinal stenosis or the narrowing of spinal foramina of a vertebra from thoracic 11 to lumbar 5, or; magnetic resonance imaging showing evidence of damage to the lumbar spinal cord and roots.

Among 161 patients without damage to the lumbar spinal cord and roots, 87% of those with cervical spinal cord injury experienced spasticity, compared with 85% with thoracic spinal cord injury. The corresponding figures for patients in whom damage to the lumbar spinal cord and roots was present were 57% and 52%, respectively. Below-level spinal cord injury neuropathic pain was not associated with damage to the lumbar spinal cord and roots. In those patients with no damage to the lumbar spinal cord and roots, regression showed that neither outcome was significantly associated with the level of spinal cord injury.

The lack of segmental dependency for spinal cord injury and spasticity suggests mechanisms restricted mainly to the lumbar spinal cord. For below-level spinal cord injury neuropathic pain, additional mechanisms, other than lesions of the spino-thalamic tract, must be considered.

The lack of segmental dependency for spinal cord injury and spasticity suggests mechanisms restricted mainly to the lumbar spinal cord. For below-level spinal cord injury neuropathic pain, additional mechanisms, other than lesions of the spino-thalamic tract, must be considered.With the increasing popularity of extreme conditioning programmes, athletes and patients are searching for new, engaging, high-intensity, total-body workouts. The sport of Hooverball is increasingly used as a workout. First devised in the USA in 1929 to keep President Hoover physically fit, Hooverball has experienced increasing popularity in the past 15 years. The game is scored like tennis and played like volleyball, with players throwing and catching a heavy medicine ball over a volleyball net. Players use complex, multi-joint, explosive movements, featuring torsion, flexion and extension to absorb the forces involved. This paper reports a case of a Hooverball player who presented with a knee injury. The paper also reviews the origins of the sport, and its increase in popularity related to the increasing prominence of extreme conditioning programmes. A literature review, and common Hooverball-related injuries, are presented. Clinical recommendations are set out for patient safety, injury prevention and game coverage, including a prehabilitation strategy for players prior to engaging in this revived and growing sport.Respiratory and neurological complications in patients in various stages of COVID-19 emphasize the role of speech-language pathologists in the assessment and management of swallowing and communication deficits in these patients. The speech-language pathologist works within a multidisciplinary team to identify these deficits, and aims to improve swallowing, nutrition, hydration, speech, and quality of life in the medical settings. This paper describes the unique symptoms and complications associated with COVID-19 that require speech-language pathologist services in medical (acute care, inpatient, and outpatient rehabilitation) facilities. The speech-language pathologist is primarily responsible for dysphagia screening and diagnosis in the acute care units, dysphagia and tracheostomy management in the inpatient units, and swallowing, speech and voice rehabilitation and neurocognitive management in the outpatient units. This paper also discusses the current therapeutic services and the precautions that speech-language pathologists must take to reduce transmission of the virus.

Public health legislation during the CO-VID-19 pandemic has resulted in forced transitioning to the use of remote care in order to continue the provision of pain rehabilitation worldwide. The objective of this study was to gain insight into clinicians’ initial experiences with the provision of interdisciplinary pain rehabilitation via videoconferencing.

Observational, cross-sectional design.

Twelve team members (specialists in rehabilitation medicine -MD-, psychologists, physiotherapists and occupational therapists) from a tertiary expertise centre in pain rehabilitation.

Quantitative and qualitative data were collected via a digital survey. Theme-based content analysis was performed for qualitative data.

The themes that emerged were the compulsory context; prerequisites for proper use of videoconferencing methods, which are strongly associated with the clinicians’ experiences; changes experienced in specific components of pain rehabilitation; and overarching changes experienced, including opportunities and limitations (sub-themes therapeutic relationship, system involvement, efficiency, hands-on possibilities, interdisciplinary teamwork, and formalities).