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Vision rehabilitation

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191:, complete a 350-hour internship, and pass a certification examination. The certifying body for VRTs is the Academy for Certification of Vision Rehabilitation and Education Professionals, ACVREP. The ACVREP certification for a VRT is called Certified Vision Rehabilitation Therapist and the certified professional uses the letters CVRT indicating this credential. Scope of Practice A VRT works within the scope of practice outlined by ACVREP. The VRT provides Instruction in the use of adaptive skills and strategies to help individuals with vision loss to safely meet their personal goals for employment, education, and independence in the workplace, home, and community. Training from a VRT may include: 138: 230:
services are provided in the home of the client with vision loss, so that environmental factors can be assessed, and specific strategies practiced in the location where tasks need to be completed. Services might also be provided in the client’s workplace or educational institution, a community center, rehab residential facility, or in the community. The vision rehabilitation therapist may also work as part of a rehabilitation team, which may include an
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training. The multicomponent group interventions include learning new knowledge or skills each week, having multiple sessions to allow participants to apply learned knowledge or skills in their living environment, and building relationships with their health care providers. The most important factor in this intervention is support from family, which includes assistance with changes in lifestyles, financial concerns, and future planning.
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Teachers (RTs). A vision rehabilitation therapist, VRT, is a professional who provides specialized instruction and guidance to individuals who are blind or have low vision. Best practice recommends professionals who work in this field be nationally certified. To obtain certification as a VRT, professionals must complete a course of study through a
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Occupational therapists can assess how low vision affects day-to-day function. They can promote independence in daily activities through home assessments and modifications, problem solving training, home exercise programs and finding compensatory strategies. For example, an occupational therapist can
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The VRT serves individuals of any age, whether vision loss is present at birth or if acquired later in life. Individuals with any level of visual impairment, whether partial or total, may benefit from services provided by the VRT. Services provided by a VRT are comprehensive taking into consideration
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Rehabilitation (literally, the act of making able again) helps patients achieve physical, social, emotional, spiritual independence and quality of life. Rehabilitation does not undo or reverse the cause of damage; it seeks to promote function and independence through adaptation. Individuals can seek
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allows patients to improve communication skills, self-care skills, cognitive skills, socialization skills, vocational training, psychological testing, and education. One study indicates that multicomponent group interventions for older adults with low vision as an effective approach related to home
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The 3D sound virtual reality system transforms sounds into locations and maps the environment. This system alerts patients to avoid possible dangers. The talking braille is a device that helps low vision patients to read braille by detecting light and transmitting this information through Bluetooth
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is made up of professionals who provide specialized services to individuals who are blind or who have a vision loss that cannot be corrected with prescription lenses, medication, or surgery. Professionals who work in this field are called Vision Rehabilitation Therapists (VRTs) or Rehabilitation
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uses DNA as a delivery system to treat visual impairments. In this approach, DNA is modified through a viral vector, and then cells related to vision cease translating faulty proteins. Gene therapy seems to be the most prominent field that might be able to restore vision through therapy. However,
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There are many treatments and therapies to slow degradation of vision loss or improve the vision using neurological approaches. Studies have found that low vision can be restored to good vision. In some cases, vision cannot be restored to normal levels but progressive visual loss can be stopped
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Vision Rehabilitation Therapists are hired by state vocational rehabilitation programs, non-profit agencies, veterans’ administration (VA) hospitals, or they may choose to be self-employed, working as private contractors. A VRT may provide their services one-on-one or in a group setting. Many
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visual abilities, other physical limitations, social supports, and emotional adjustment to vision loss. Instruction with a VRT often uses strategies which include other senses to complete tasks, use of devices that enhance low vision or increase accessibility, and problem-based learning.
47:, and others. Of the vision rehabilitation techniques available, most center on neurological and physical approaches. According to the American Academy of Ophthalmology, "Provision of, or referral to, vision rehabilitation is now the standard of care for all who experience vision loss.." 153:
improves the ability for patients with visual impairment to live independently by training patients to become more mobile. For low vision patients, there are multiple mobility training methods and devices available including the 3D sound virtual reality system, talking
34:. In other words, it is the process of restoring functional ability and improving quality of life and independence in an individual who has lost visual function through illness or injury. Most visual rehabilitation services are focused on low vision, which is a 635:
Mori, T., Suemasu, Y., Noguchi, H., & Sato, T. (2004, October). Multiple people tracking by integrating distributed floor pressure sensors and RFID system. In Systems, Man and Cybernetics, 2004 IEEE International Conference on (Vol. 6, pp. 5271-5278).
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Ross, D. A., & Lightman, A. (2005, October). Talking braille: a wireless ubiquitous computing network for orientation and way-finding. In Proceedings of the 7th international ACM SIGACCESS conference on Computers and accessibility (pp. 98-105).
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Liu, C.J., Brost, M.A., Horton, V.E, Kenyon, S.B., & Mears, K.E. (2013). "Occupational Therapy Interventions to Improve Performance of Daily Activities at Home for Older Adults with Low Vision:A Systematic Review".
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that cannot be fully corrected by regular eyeglasses, contact lenses, medication, or surgery. Low vision interferes with the ability to perform everyday activities. Visual impairment is caused by factors including
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is commonly suggested for these patients. Also, there are devices that help patients achieve higher standards of living. These include video magnifiers, peripheral prism glasses,
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that will slow the progression of vision loss. Despite other approaches existing, neuroprotective treatments seem to be most common among all chemical treatments.
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technology. RFID floors are GPS-like navigation systems which help patients to detect building interiors, which ultimately allow them to detour around obstacles.
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For physical approaches to vision rehabilitation, most of the training is focused on ways to make environments easier to deal with for those with low vision.
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Lentz, T.; Schröder, D.; Vorländer, M.; Assenmacher, I. (2007). "Virtual reality systems with integrated sound field simulation and reproduction".
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McGrath, C. E.; Rudman, D. L. (2013). "Factors that influence the occupational engagement of older adults with low vision: a scoping review".
826: 27: 689:"Occupational Therapy Interventions to Improve Leisure and Social Participation for Older Adults With Low Vision: A Systematic Review" 428:
Ponsford, J., Sloan, S., & Snow, P. (2012). Traumatic brain injury: Rehabilitation for everyday adaptive living. Psychology Press.
648:"Occupational Therapy Interventions to Promote Driving and Community Mobility for Older Adults With Low Vision: A Systematic Review" 137: 938: 843: 1015: 730:"Occupational Therapy Interventions to Improve the Reading Ability of Older Adults With Low Vision: A Systematic Review" 769:
O'Connor, P. M.; Lamoureux, E. L.; Keeffe, J. E. (2008). "Predicting the need for low vision rehabilitation services".
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Use of computers, smartphones, tablets, etc., including assistive technology like screen magnifiers and screen readers
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research indicates gene therapy may worsen symptoms, cause them to last longer or lead to further complications.
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Strachan, T., & Read, A. P. (1999). Gene therapy and other molecular genetic-based therapeutic approaches.
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In general, chemical treatments are designed to slow the process of vision loss. Some research is done with
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after a stroke or physical rehabilitation after a car accident. Low vision can be caused by many diseases.
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devices, electronic badges with emergency alert systems, virtual sound systems, and smart wheelchairs.
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https://www.aota.org/About-Occupational-Therapy/Professionals/PA/Facts/low-vision.aspx
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Pardue, MT; Phillips, MJ; Yin, H; Sippy, BD; Webb-wood, S; Chow, AY; Ball, SL (2005).
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Recommendations for environmental modifications that increase safety and independence
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Safe and independent management of daily living activities, including personal care
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Enabling America: Assessing the role of rehabilitation science and engineering
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Markowitz, S. N. (2006). "Principles of modern low vision rehabilitation".
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Vision Rehabilitation for Elderly Individuals with Low Vision or Blindness
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Academy for Certification of Vision Rehabilitation Professionals (ACVREP)
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Low vision rehabilitation: A practical guide for occupational therapists
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suggest adding lighting and contrast to a room to improve visibility.
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Occupational Therapy Services for Persons With Visual Impairment
821:. Louisville: APH Press, American Printing House for the Blind. 131: 236:
Certified Assistive Technology Instructional Specialist (CATIS)
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Berger, S.; McAteer, J.; Schreier, K.; Kaldenberg, J. (2013).
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Older Individuals Who are Blind Technical Assistance Center
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Scheiman, M., Scheiman, M., & Whittaker, S. (2007).
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Brandt Jr, E. N., & Pope, A. M. (Eds.). (1997).
242:to provide comprehensive rehabilitation services. 479:Investigative Ophthalmology & Visual Science 387:"Low Vision - American Academy of Ophthalmology" 812: 810: 808: 950:Liu, Chiung-ju; Chang, Megan C. (2020-01-01). 817:Lee, Helen; Ottowitz, Jennifer, eds. (2020). 232:Orientation and Mobility (O&M) Specialist 56:rehabilitation in different domains, such as 8: 819:Foundations of vision rehabilitation therapy 728:Smallfield, S.; Clem, K.; Myers, A. (2013). 609:EURASIP Journal on Applied Signal Processing 371:: CS1 maint: multiple names: authors list ( 321:: CS1 maint: multiple names: authors list ( 933:Warren, M., & Baker Nobles, L. (2011). 339:Fletcher, K., & Barton, J.J.S. (2012). 975: 745: 704: 663: 583: 490: 356: 956:American Journal of Occupational Therapy 734:American Journal of Occupational Therapy 693:American Journal of Occupational Therapy 652:American Journal of Occupational Therapy 525:British Journal of Occupational Therapy 260: 124:transcranial direct current stimulation 364: 314: 201:Reading and writing, including braille 16:Medical attempts to improve low vision 929: 927: 925: 869: 867: 7: 564:Journal of Physical Therapy Science 14: 1006:Visual disturbances and blindness 962:(1): 7401185010p1–7401185010p18. 440:Canadian Journal of Ophthalmology 195:Efficient use of remaining vision 771:British Journal of Ophthalmology 537:10.4276/030802213x13679275042762 297:Journal of Occupational Therapy 64:Clinical studies and treatments 908:Department of Veterans Affairs 1: 210:Safe movement within the home 184:vision rehabilitation therapy 178:Vision Rehabilitation Therapy 271:. National Academies Press. 240:Low Vision Therapist (CLVT) 1032: 558:Jeon, B.-J.; Cha (2013). 128:closed-circuit television 84:neuroprotective treatment 968:10.5014/ajot.2020.038372 842:LeJeune, BJ (May 2018). 747:10.5014/ajot.2013.004929 706:10.5014/ajot.2013.005447 665:10.5014/ajot.2013.005660 213:Workplace accommodations 783:10.1136/bjo.2007.125955 646:Justiss, M. D. (2013). 74:through interventions. 901:"VHA HANDBOOK 1174.01" 142: 110: 105:Gene therapy using an 28:medical rehabilitation 284:. SLACK Incorporated. 140: 104: 69:Neurological approach 30:to improve vision or 20:Vision rehabilitation 492:10.1167/iovs.04-0515 246:Occupational Therapy 171:Home skills training 166:Home skills training 120:Occupational therapy 58:motor rehabilitation 1016:Genetic engineering 910:. February 19, 2016 576:10.1589/jpts.25.693 158:, and RFID floors. 141:CCTV for low vision 78:Chemical treatments 207:Hobbies and crafts 189:university program 143: 111: 26:) is a term for a 828:978-1-950723-08-9 351:(10): 1287–1288. 151:Mobility training 146:Mobility training 114:Physical approach 36:visual impairment 1023: 990: 989: 979: 947: 941: 931: 920: 919: 917: 915: 905: 897: 891: 890: 888: 886: 881:. 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Index

medical rehabilitation
low vision
visual impairment
brain damage
vision loss
motor rehabilitation
neuroprotective treatment
Gene therapy

adenovirus
Occupational therapy
transcranial direct current stimulation
closed-circuit television
RFID

Mobility training
braille
Home skills training
university program
Orientation and Mobility (O&M) Specialist
Certified Assistive Technology Instructional Specialist (CATIS)
Low Vision Therapist (CLVT)
PMID
23597685
cite journal
link


"Vision Rehabilitation: multidisciplinary care of the patient following brain injury"
doi

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