加速了发现神经精神疾病的基础机制,导致对新目标和生物标志物的鉴定和验证,目的是为将来的翻译和临床研究提供新的途径和严格的基础
The aim of this study was to assess the awareness, attitude, and knowledge of Robotic technologies used in neurorehabilitation among Physiotherapy interns and Professionals across Maharashtra. A cross-sectional study was conducted in tertiary care hospitals and colleges in Maharashtra, India, using a self-made questionnaire. The results showed that 63% of the individuals are moderately aware, 67% have a positive outlook on the implementation of such advances but only 7.5% have accurate knowledge of the technology and its uses. Most of the participants also believe that Robotic Rehabilitation can be very time effective and reduce the load of the therapist as well as play a very important role in aiding neuroplasticity after rehabilitation. The study demonstrated that a higher degree of understanding and a more positive attitude regarding the application of Robotic Rehabilitation follow from heightened awareness of this field. Enhanced training programs, better integration of technology into rehabilitation practices, addressing time constraints and workload prioritization, and most importantly, overcoming economic barriers will ensure the effective implementation of Robotic therapies for the benefit of the patient and society as a whole. This will revolutionize the field of Physiotherapy and rehabilitation, offering new avenues for improving treatment outcomes and advances in clinical practice. The study concluded that, it is important to generate or enhance awareness towards the most-advancing fields and the uses of Robotic technology in neurological conditions in clinical practice which empowers Physiotherapy to adapt to the changing landscape of healthcare and deliver high-quality, patient-centered care. Keywords: Advanced Technology, Artificial Intelligence, Neurorehabilitation, Robotic Physiotherapy, Robotic Rehabilitation, Robotic Technology (RT) ________________________________________________________________________________________________________
此次活动将提供一个平台,让在量子通信、量子计算、量子传感、量子材料和量子光学领域工作的热情的年轻研究人员可以分享他们的研究成果并探索新的合作途径。
服务允许一个整体的综合团队。与政府各部门的政策和证据小组(包括公共卫生、食品生产行业和专业物种利益小组)的合作提供了一种广泛的方法。我们的专家是全球科学网络和委员会的成员,确保我们的贡献具有影响力、及时、协调和物有所值。Defra 核心研究框架投资与非 Defra 资助的科学相辅相成,目前的资金流将得到巩固和完善,新的渠道将拓宽以适应未来的发展。后者包括 Innovate UK、战略优先基金和 UKRI(我们新获得的公共研究部门机构地位)、短期内的 Horizon Europe、ODA-FCDO、北美渠道、英联邦和其他举措。这种结合使我们能够对当前的威胁做出反应,并以独特的方式在英国和国际上对新出现的和重新出现的危害进行地平线扫描。
通过该机构的媒体渠道以及与内外部合作伙伴合作,开展与 Sooner Care 戒烟、低剂量肺癌筛查和减少肥胖(营养咨询和糖尿病自我管理教育与支持 - DSMES)相关的活动。
运动通过该机构的媒体途径以及与内部和外部合作伙伴合作,与Soorer Care的戒烟,低剂量的肺癌筛查以及减少肥胖症(营养咨询和糖尿病自我管理教育和支持)有关。
• 步骤 1:研究、评估和确定亚太地区的潜在国家 • 步骤 2:设计定制的市场进入战略,解决难民获取、培训和就业的各个方面 • 步骤 3:根据可用性、风险和影响等标准评估各种筹款渠道