首页> 外文会议>International Conference on Digital Human Modeling and Applications in Health, Safety, Ergonomics and Risk Management;International Conference on Human-Computer Interaction >Architecture-Neuroscience Cooperation: Project Recommendations to Therapeutic Gardens Design for the Non-pharmacological Treatment of Individuals with Alzheimer's Disease
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Architecture-Neuroscience Cooperation: Project Recommendations to Therapeutic Gardens Design for the Non-pharmacological Treatment of Individuals with Alzheimer's Disease

机译:建筑-神经科学合作:阿尔茨海默氏病患者非药物治疗性治疗性花园设计的项目建议

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The Neuroscience-Architecture cooperation indicates the potentiality of the built space in molding and shaping the structure of the brain and, consequentially, impacting and transforming the human behavior. Such potentiality is supported by the concept of neuroplasticity. Changes in the structure of the brain can also be verified in individuals with neurological degenerative diseases, such as Alzheimer's disease. Nowadays, the number of diagnostics of the disease is over 47 million cases all over the globe. Its treatment is based on pharmacological and non-pharmacological procedures. The pharmacological consists of medication administration to the patient whereas the non-pharmacological encompasses a set of cognitive, sensorimotor, and somatosensory stimuli directed to minimizing symptoms and postponing the advance of the disease. Considering the latter, the present research brings several contributions, discussing and proposing 45 project recommendations to the landscape design of therapeutic gardens, integrating the scope of non-pharmacological treatments of Alzheimer. From the analysis of two Brazilian clinics dedicated to the care of these patients, the research points out vulnerabilities and capacities of their respective projects, aiming at the promotion of a better life quality, wellness and conviviality for the residents of these spaces.
机译:Neuroscience-Architecture合作表明了构建空间在塑造和塑造大脑结构方面的潜力,从而影响并改变了人类的行为。神经可塑性的概念支持了这种潜力。在患有神经退行性疾病(例如阿尔茨海默氏病)的个体中,也可以验证大脑结构的变化。如今,该疾病的诊断数量已超过全球4,700万例。其治疗基于药理和非药理学程序。药理学包括对患者的药物给药,而非药理学包括一组认知,感觉运动和躯体感觉刺激,旨在最大程度地减少症状并延缓疾病的发展。考虑到后者,本研究为治疗性花园的景观设计提出了一些贡献,讨论并提出了45个项目建议,整合了阿尔茨海默氏症的非药物治疗范围。通过对两家专门照顾这些患者的巴西诊所的分析,研究指出了他们各自项目的脆弱性和能力,旨在为这些空间的居民提供更好的生活质量,健康和欢乐。

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