Funny Videos of Wii Injuries and Accidents

Mention of Wii injuries and accidents frequently occurs in this blog. Check out this collection of funny videos showing accidents as they happen. A clever occupational therapist could employ these videos during a therapy session with a goal of increased safety awareness, improved sequencing, or most any other cognitive focus. A therapist might have the client first review the Play It Safe checklist, second watch the videos and third discuss what unsafe practice led to the accident. Simple, yet effective! Another way to creatively incorporate Wii technology into your day to benefit your client with cognitive issues from TBI, stroke, PDD, Autism, Alzheimer's, and/or change of mental status to name a few. The concept of using Nintendo Wii in therapy, an approach known as WiiHab, Wii-Hab or Wiihabilitation, broadens!

Wii-Hab Meets Medical Illustration

An artist, who received her MFA (Master of Fine Arts) in Advertising Design from Savannah College of Art and Design, which is located in my hometown of Savannah, GA, created wonderful visuals depicting the crucial aspects of Wii-Hab. Angela Moramarco infuses the very human components - the brain, the muscles, the bones and the soft tissue - into the very technical components - the remote and the console - of Nintendo Wii. These great illustrations tell a concise story. Nintendo Wii, when used correctly in a therapeutic setting, helps patients build new connections within the brain and between the brain and the muscles. For some patients therapy can be difficult and repetitious. Wii offers occupational and physical therapists a versatile tool to use as a part of the therapy plan not only for improving strength, endurance, and flexibility but also for improving sequencing and problem solving in a variety of patient settings including pediatrics (autism, cerebral palsey, PDD) and geriatrics (stroke, joint replacement, fall prevention).

Sensory Processing Disorders (Part 1 of 3)

Therapists working with the K-8 population, especially students with diagnoses across the Autism spectrum must be equipped to address sensory processing disorders.  Sensory processing problems impact all areas of function and must be considered on a case by case basis. Subtle differences between children’s abilities require the therapist to individualize treatment protocols.  Components included in the sensory processing performance area are:

 

• Tactile –  Refers to the interpretation of sensory input, including temperature, pressure, pain, and touch, collected from receptors located in the skin
• Hypersensitivity – Tactile defensiveness- may avoid touch
• Hyposensitivity -  Decreased responsiveness to touch- may seek repetitive tactile input
• Auditory – Refers to the interpretation of  sound
• Hypersensitivity – Auditory defensiveness- may be overly sensitive to background sounds
• Hyposensitivity - Decreased responsiveness to sound – may not respond appropriately when called by name, may not be able to locate the source of a sound, or may make repetitive noises for no reason.
• Olfactory – Refers to the brain’s interpretation of  smell
• Hypersensitivity- May be overly sensitive to smells which others may not notice
• Hyposensitivity – May not notice smells others complain about.

 

(Continued next time…)

 

Please post your experiences under the comment section because in sharing your experience, you help increase everyone’s knowledge base.

Using Mario Kart in Wiihab (Part 1 of 6)

Have you thought about using Mario Kart in therapy but are wondering what goals it can help your patients reach? This post is the first in a series of six on areas that Mario Kart can target for improvement as part of a rehab plan. Many of the areas that will be described in this series are important in conditions including pervasive developmental disorders and sensory integration dysfunction.


Photo by SMercury98 on Flickr

Post 1: Bilateral Coordination

Bilateral coordination is the coordinated use of both sides of the body at the same time, either in similar movements or in alternating movements. An example of a similar movement is using both hands to pick up an object or using both hands to throw a beach ball; an example of alternating movement is walking up the stairs or pedaling with the feet or the hands.

In Mario Kart Wii, players insert the regular Wii remote, which is rectangular in shape, into a wheel-shaped adapter. Because the wheel Wii controller is held and controlled with both hands, bilateral coordination is involved in playing the game.

Also, effective playing of the game can involve alternating movements, such as holding down the "2" button to speed up the kart while using the "b" button on the reverse of the controller to "drift" while in manual mode. (Manual mode is optional, and less advanced patients can play in automatic mode.)