Biography
Nishu Tyagi had completed her Masters from Indian Spinal Injuries Centre (ISIC) Institute of Rehabilitation Sciences, Delhi, India in 2013. Her inclination towards researches and determination attitude towards profession bring her to achieve ‘Inga-Britt Lindstrom Grant Award’ in 2013. With that she started working with her colleague on one of her most awaited dream project ‘taking rehabilitation at home through common technologies especially for neglected and rural disabled’ at ISIC in 2014. Now, her dream project has been transformed in to the department named ‘TeleHealth Unit (E-Seva Centre)’ in 2015 in which she is looking after the home rehabilitation care of patients with different diagnosis and till now rehabilitated more than 1000 patients (national and international) through TeleHealth Unit at ISIC. She has published 3 papers in reputed journals and written two chapters in the book titled ‘Research Publication and Ethicsâ€. She has presented more than 12 papers in national and international conferences. She has been awarded with the ‘Smart City-Jan Award’ by Navbharat Times Newspaper of India for ‘Excellence in Medical Field’. Presently, she is working as a Research Associate and supervising TeleHealth Unit in India at ISIC. Now, her next target is to ‘Explore the human Brain’ and come up with new innovations in rehabilitation sciences.rnnishutyagi08@gmail.comrn
Abstract
Purpose: Tourism is one of the most popular leisure activities which enhance community integration and quality of life for individuals with disabilities. Many barriers to travel still exist, requiring skill and patience on the part of the traveler. This study examined the major accessibility and attitudinal barriers that people with Spinal Cord Injury (SCI) encountered along with the recent status of tourist spots in famous metropolitan cities of India.rnrnMethods: Phase 1: List of 1531 post discharge SCI clients from Indian Spinal Injuries Centre, Delhi (August 2013 to July 2014) was obtained. 200 were randomly selected. Telephonic interview on ‘Tourism Survey Questionnaire’ addressing six domains was administered and responses were obtained from 86 (urban, rural India). Phase2: Access Audit Checklist was administered to review the current status of top five tourist spots in Delhi, Mumbai, Bangalore, Hyderabad, Calcutta and Chennai. Phase3: Booklet on Tourism Facilities for wheelchair users was developed. Phase4: Case study on C5-C6 & D10 for evaluating their satisfaction for community reintegration in Delhi via Booklet was provided.rnrnResult: 83.72% stated that their frequency of tourist visits had been reduced after injury, and only 12.79% were aware about disability tourism. Common barriers were unavailability of active wheelchair at tourist spots, negative connotations (74.4%). 76 stated unavailability of medical facilities at tourist places as main reason. Intrapersonal constraints were viewed as a major factor that reduced an individual\'s frequency, rate, or satisfaction as a participant in an activity.rnrnConclusion: This preliminary report is an initiative to have a view on disability tourism which has an impact on an individual’s motivation, independence and overall quality of life.rn
Biography
John A (cand. Master of Education degree “Sports and Mathematicsâ€) is an assistant of the Department of Training and Movement Science at the University of Mainz, Germany.\r\n\r\nrnrnalexjohn@uni-mainz.dern
Abstract
Several studies identified an influence of cycling on cognitive processes. The NeuroBike is an instable system with balance movement similar to the cross-coat of the human due to the joint in the center of the bicycle frame. According to the manufacturer it leads to positive effects on brain function. In the present study we investigated effects of training on the NeuroBike on spontaneous EEG activity and on mathematical performance. Participants performed different trainings (NeuroBike, common bicycle, daily activity) for 20 minutes three times per week in a two-week intervention. Mathematical performance (algebra, geometry, arithmetics) was assessed before and after the intervention. Spontaneous EEG was recorded before, and after the training session at rest as well as during the mathematical tests before and after the two-week intervention. Behavioural data show slightly reduced mathematical performance in geometry after the NeuroBike and common bicycle intervention in comparison to daily activity. EEG data reveal increased temporal theta power, occipital theta, alpha and beta power and parietal beta power after the two week intervention without acute influence of NeuroBike cycling at rest. Repeated NeuroBike training leads to increased frontal power in all frequency bands and temporal theta and alpha power during algebra performance. Our results demonstrate that training on the NeuroBike fosters a beneficial brain state for learning at resting state, but does not lead to an optimum brain state for active spatial processing in mathematical problem solving