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[VIDEO] Understanding Brain Injury. – Videos

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[VIDEO] Traumatic Brain Injuries: Effects of damage to different lobes of the brain – YouTube

http://www.ericratinoff.com Brain Injury Attorney Eric Ratinoff talks about traumatic brain injury – an area of personal injury he is proud to represent. He is always looking for opportunities to learn and share education on this topic, and he has created this video podcast on the areas of the brain and how they are affected by injury. Areas of the brain discussed are the frontal lobe, parietal lobe, occipital lobe, temporal lobe, cerebellum and brain stem. For more information about Traumatic Brain Injury, visit our online TBI Resource Center at http://www.ericratinoff.com/personal-…

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[VIDEO] Traumatic Brain Injury and Neurofeedback – YouTube

A video about Traumatic Brain Injury and Neurofeedback

 

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[VIDEO] Hocoma Lokomat Product Presentation | UK – YouTube

Relearn how to walk from the beginning with Hocoma’s Lokomat, a robotic-assisted therapy solution that enables intensive gait training. The Lokomat uses an individually adjustable exoskeleton combined with dynamic body weight support. Summit Medical and Scientific are UK distributors for Hocoma. Contact us about the Hocoma Lokomat in the UK, and read more on our website: https://summitmedsci.co.uk/products/h…

 

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[VIDEO] How brain plasticity can change your life with Michael Merzenich at Mind & Its Potential 2014 – YouTube

Hear the latest on how the brain develops and how positive and negative brain plasticity remodels the brain across the lifespan. Learn how to evaluate your own brain and how to rejuvenate, remodel and reshape your brain at any age.

Professor Michael Merzenich, USA, world’s foremost expert on the science of brain training who featured in ABC TV hit series Redesign My Brain as Todd Sampson’s brain training mentor; author of Soft-Wired: How The New Science of Brain Plasticity Can Change Your Life

For more information visit http://www.happinessanditscauses.com.au

 

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[VIDEO] Cognitive and Psychological Consequences of Traumatic Brain Injury (TBI) – YouTube

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[VIDEO] Living With A Stranger: My Husband’s Brain Injury

Why We Created This Video

 

Traumatic or acquired brain injury as discussed by the media and the medical profession often fails to accurately portray the devastating and lifelong consequences brain damage can also have on a spouse and the entire family.

We created this video to offer a different perspective on the lifelong aftermath of brain injury, focusing on a person who has not actually sustained the injury but suffers from its consequences. Spouses and people close to brain injury victims may feel overwhelmed and find it difficult to explain their emotional roller coaster. We hope this video will assist in communicating the difficulties they themselves face. The impact on the spouse, family, and loved ones of someone who has sustained a brain injury are often neglected and overlooked. Their needs must be examined and addressed.

Although families are aware of the importance of the brain, very few families know of the consequences of a brain injury. Often, family members observation of physical improvement leads them to unrealistic expectations regarding cognitive, emotional, and behavioral recovery. Recovery and rehabilitation of these functions may take a long and uneven path, particularly when there is damage to frontal and temporal lobes of the brain, most vulnerable in auto crashes and falls. Those suffering the tragic consequences of a concussion, may have no visible physical symptoms, creating a false assumption that the injury was insignificant.

A once generous, articulate, cheerful, and socially appropriate person, however, may be transformed into a self-centered, verbose, depressed, and unpleasant person shunned by members of his or her own family. These more subtle changes in a person with a brain injury unfortunately envelope and affects a spouse, left alone to cope with the tragic aftermath.

A spouse or significant other may be constantly fearful of upsetting his or her loved one and may become isolated from others. One person’s brain injury has devastating effects on the entire family constellation, with a spouse or significant other functioning as both caretaker and liaison to the world. Spouses require support as well to learn to cope with the long-term consequences of brain injury.

Possible Consequences of Brain Injury to a Spouse, Significant Other:

  • Isolation
  • Clinical Depression
  • Divorce
  • Substance abuse
  • Domestic violence
  • Neglected healthcare

New responsibilities assumed by a spouse following a traumatic brain injury:

  • Household Responsibility
  • Parenting Responsibility
  • Income Responsibility
  • Decision Making
  • Caring for The Injured Spouse

Support Services for Spouses to Consider:

  • Brain Injury Spouse Support Groups
  • In Home Assistance: Home Health Aides and Personal Care Assistance
  • Respite Care

Problems Your Spouse May Have:

  • Change in Sleep Patters
  • Decreased Ambition and Initiation
  • Dependency
  • Depression
  • Impatience
  • Impaired Self-Control
  • Inflexibility
  • Inappropriate Public Behavior
  • Irritability
  • Memory Impairment
  • Self-Centered Behavior
  • Sexual Disinterest or Sexual Preoccupation
  • Sleep Disturbance
  • Temper Outbursts

Important Resources for Spouses, Significant Others and Family Members:

Organizations

Important Information

Publications

About Shana & Michael

Shana De Caro and Michael V. Kaplen.

Shana De Caro and Michael V. Kaplen are personal injury attorneys dedicated to assisting brain injury survivors navigate the road after traumatic brain injury. With extensive experience in representing victims of brain trauma, they are prepared to guide brain injury victims through the legal obstacles they will confront and recover full and fair compensation for the harms and losses their clients have suffered as a result of someone’s careless or negligent conduct.

De Caro & Kaplen, LLP is a New York personal injury law firm focused on representing victims of brain injury. Our attorneys have the knowledge and skill to make a crucial difference in the lives of brain injury victims. Specialized brain injury cases require a law firm with the experience and proficiency to assist brain injury victims through the most difficult legal challenges in their lives following a traumatic brain injury.

Shana and Michael are nationally recognized for their advocacy on behalf of brain injury victims. Shana is in her second term as an officer, and a member of the board of directors of the Brain Injury Association of America . Michael is a three-term past president of the Brain Injury Association of New York State and current Chair of the New York State Traumatic Brain Injury Services Coordinating Council. They have been designated Preferred Attorneys for the Brain Injury Association of America.

Their opinions on traumatic brain injury are frequently sought by The New York Times, USA Today, The Daily News, Fox News Network, and others. They are widely respected throughout the legal, medical, and judicial communities. The two regularly lecture lawyers, medical professionals, and judges, across the nation on how traumatic brain injury clients and cases should be evaluated and handled in and out of the courthouse.

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[VIDEO] Stroke Rehabilitation: Use of electrical stimulation to help arm and hand recovery

This video demonstrates how to use FES, Functional Electrical Stimulation, to engage the muscles of the arm to extend the fingers.

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[VIDEO] What to Say to Your Friend Who Has Depression

Read the full story here: https://themighty.com/2016/02/texts-t…

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[WEB PAGE] How a robotic cane could improve walking stability – Video


 

By adding electronics and computation technology to a simple cane that has been around since ancient times, a team of researchers at Columbia Engineering have transformed it into a 21st century robotic device that can provide light-touch assistance in walking to the aged and others with impaired mobility.

A team led by Sunil Agrawal, professor of mechanical engineering and of rehabilitation and regenerative medicine at Columbia Engineering, has demonstrated, for the first time, the benefit of using an autonomous robot that “walks” alongside a person to provide light-touch support, much as one might lightly touch a companion’s arm or sleeve to maintain balance while walking. Their study is published today in the IEEE Robotics and Automation Letters.

“Often, elderly people benefit from light hand-holding for support,” explained Agrawal, who is also a member of Columbia University’s Data Science Institute. “We have developed a robotic cane attached to a mobile robot that automatically tracks a walking person and moves alongside,” he continued. “The subjects walk on a mat instrumented with sensors while the mat records step length and walking rhythm, essentially the space and time parameters of walking, so that we can analyze a person’s gait and the effects of light touch on it.”

robotic cane

The light-touch robotic cane, called CANINE, acts as a cane-like mobile assistant. The device improves the individual’s proprioception, or self-awareness in space, during walking, which in turn improves stability and balance.

 

Related: Challenges of building haptic feedback for surgical robots

“This is a novel approach to providing assistance and feedback for individuals as they navigate their environment,” said Joel Stein, Simon Baruch Professor of Physical Medicine and Rehabilitation and chair of the department of rehabilitation and regenerative medicine at Columbia University Irving Medical Center, who co-authored the study with Agrawal. “This strategy has potential applications for a variety of conditions, especially individuals with gait disorders.”

To test this new device, the team fitted 12 healthy young people with virtual reality glasses that created a visual environment that shakes around the user – both side-to-side and forward-backward – to unbalance their walking gait. The subjects each walked 10 laps on the instrumented mat, both with and without the robotic cane, in conditions that tested walking with these visual perturbations. In all virtual environments, having the light-touch support of the robotic cane caused all subjects to narrow their strides. The narrower strides, which represent a decrease in the base of support and a smaller oscillation of the center of mass, indicate an increase in gait stability due to the light-touch contact.

“The next phase in our research will be to test this device on elderly individuals and those with balance and gait deficits to study how the robotic cane can improve their gait,” said Agrawal, who directs the Robotics and Rehabilitation (ROAR) Laboratory. “In addition, we will conduct new experiments with healthy individuals, where we will perturb their head-neck motion in addition to their vision to simulate vestibular deficits in people.”


The Robot Report has launched the Healthcare Robotics Engineering Forum (Dec. 9-10 in Santa Clara, Calif.). The conference and expo focuses on improving the design, development and manufacture of next-generation healthcare robots. Learn more about the Healthcare Robotics Engineering Forum.


While mobility impairments affect 4% of people aged 18 to 49, this number rises to 35% of those aged 75 to 80 years, diminishing self-sufficiency, independence, and quality of life. By 2050, it is estimated that there will be only five young people for every old person, as compared with seven or eight today.

“We will need other avenues of support for an aging population,” Agrawal noted. “This is one technology that has the potential to fill the gap in care fairly inexpensively.”

Editor’s Note: This article was republished from the Columbia University School of Engineering and Applied Science.

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