Rehabilitation of traumatic spinal cord injury with lower limb exoskeleton / Traumás gerincvelosérültek rehabilitációja alsó végtagi humán exoskeletonnal

In recent years, several technological innovations have emerged to improve the rehabilitation of traumatic spinal cord injury (SCI). Among them, robotic orthosis, also known as human exoskeletons, are prominent devices for lower limb therapy. Since the early 2000s, numerous clinical studies have begun to investigate the efficacy of these devices, demonstrating the beneficial effects of exoskeletons regarding the prevention and deceleration of the progression of complications following spinal cord injury and subsequent immobilization. Previous works also deal with physiological, psycho-social and social effects, and presents possible risk factors following SCI. In this paper, the main results of the relevant international research is reviewed, the structure and operation of the first devices (ReWalkTM P6.0) in Hungary are presented, also, the main modalities of robotic assisted rehabilitation activity at international level are demonstrated. Based on the international results, the training protocol for a multicentre controlled clinical trial, involving the University of Pécs and the National Institute for Medical Rehabilitation is presented in this work. According to our hypothesis, high intensity exoskeleton-assisted complex rehabilitation induces positive changes in bone density, in the urogenital and gastrointestinal tract. Changes are quantified by objective urodynamic and defecative parameters. The difference in bone density is assessed with DEXA scan, and the effects on mental status are evaluated by questionnaires. The aim of this research is to promote a complementary therapeutic procedure based on validated results for SCI patients with paraplegia, also to establish recommendations for home use of the robotic exoskeletons, and to conceivably join to international scientific research projects. Orv Hetil. 2020; 161(29): 1200-1207.

[Health policy indicators of neuromusculosceletal rehabilitation in Hungary]. / A neuromusculoskeletalis rehabilitáció szakmapolitikai indikátorai Magyarországon.

INTRODUCTION: With the increasing number of the incidence of neuromusculoskeletal and brain circulation disorders, there is a higher demand for neuromusculoskeletal rehabilitation care. AIMS: The aim of our study is to analyse the performance indicators of neuromusculoskeletal rehabilitation care in Hungary financed by the statutory public health insurance system. METHODS: Data were derived from the financial database of the National Health Insurance Fund of Hungary. We analysed the period between 2014 and 2017. We investigated the distribution of neuromusculoskeletal rehabilitation hospital beds, the patient turnover and patients' pathways. We analysed the regional inequalities in the access to (hospital beds) and utilization (number of patients) of rehabilitation care. RESULTS: In 2017, there were 6798 publicly financed neuromusculoskeletal rehabilitation hospital beds in Hungary (6.94 beds/10 000 population). We observed the lowest number of hospital bed in Komárom-Esztergom (1.5 beds/10 000 population), Somogy (2.0) and Pest (2.7) counties. We found the highest number of hospital beds in Zala (12.6), Gyor-Moson-Sopron (12.2) and Baranya (11.5) counties. The more than 2-fold difference in the utilization (Komárom-Esztergom: 52.3 patients/10 000 population; Gyor-Moson-Sopron: 136 patients/10 000 population) confirms regional inequalities. Between 2014 and 2017, the annual number of patients showed an increasing tendency, while the average length of stay varied between 21.8 and 22.4 days/patient. The correlation coefficient between hospitals beds and the number of patients was very high (0.798). CONCLUSION: We found significant regional inequalities in the access to and utilization of neuromusculoskeletal rehabilitation. Orv Hetil. 2019; 160(Suppl 1): 13-21.

Hip fractures in Hungary and Sweden - differences in treatment and rehabilitation.

Data of 1,337 consecutive hip fracture patients were registered during 1 year within a prospective comparative multicenter study comparing osteosynthesis techniques and rehabilitation results in Budapest, Hungary, in Sundsvall, northern Sweden, and in Lund, southern Sweden. In Budapest the mean age was 4-5 years lower than in Sweden, and more patients lived in their own home (91% versus 70% and 62%). Less intracapsular (41% versus 54% and 54%) and more trochanteric fractures (52% versus 40% and 35%) were observed in Budapest. Many more Hungarian patients returned home (68% versus 54% and 33%); however, their mortality rate 4 months later significantly exceeded that of the Swedish centres (24% versus 15% and 13%), and more had severe pain in the operated hip (27% versus 17% and 15%). Four months after double nail osteosynthesis of displaced cervical fractures, more patients (28%) had severe hip pain than after hemiarthroplasty (16%) in Budapest as compared to Lund or Sundsvall (19% and 22%). Mortality rate after 4 months following hemiarthroplasty and nailing (36% and 20%) was significantly higher than in the Swedish centres (14% and 11%).