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This article is short, but provides definition for Assistive Technology and the different devices that could be used. Just thought this would be helpful to refer to because there are different levels from low levels to high levels.

I like this….makes a good cheat sheet…will be saving for future reference.

This may be old news to some individuals but these are some pretty cool feature for individuals with certain, as Jennifer Isham would say, diffabilities. As OTA it is our job to keep our client connected and active in the activities they love. What better way to accomplish this than by teaching them these neat feature on their telephone which make the phones accessible. Communication through the telephone is necessary and with the majority of phones being smart phones they also needs to be implemented as an assistive device to help individuals throughout the day. Not only are the accessibility features very useful but other features on the smart phone can serve as a useful tool for some cognitive deficits such as short term memory loss. For example, the phone can remind them of appointments or to take medications. The Android system, whether you own an LG G3, Galaxy S4 or Nexus 5, has a number of accessibility options built in for those hard of hearing, suffering from a vision impairment or any other number of other conditions that might make the standard operation of your Android difficult.

Photo credit: John A. Rogers/University Of Illinois Researchers from Northwestern University and the University of Illinois have developed a discreet, wearable device that provides around-the-clock monitoring of both heart and skin health. The skin-like patch measures a mere five centimeters square and is designed to be worn directly on the skin, for example on a user's wrist much like a band aid.

I thought this was a neat idea, based on the lessons recently on cardiopulmonary health.

I know I keep posting little kids with prosthetics but they are so inspirational. In class yesterday, Teri was talking about "fit to sit" meaning that the best time to introduce a child to a prosthetic device is when they are around 6 months old (when they begin sitting unsupported and are involving their hands to reach). This short video is a great example of a family who did this with their daughter. She is very active and doesn't let her missing arm affect her life.

NASA and a few engineers are giving new meaning to "accessories'. There are other attachments besides hook terminal attachments.

This article gives a history of the evolution of prosthetics---brief and interesting. Who knew that these started with the Egytians?

Since we are learning about EADL this week I wanted to share this article. As I was reading this it surprised me that one of the smartest men on earth had trouble using the software device. The article pointed out that this 72 year old (Stephen Hawking) did not grow up using an iphone etc. That is something to think about when treating clients of all ages. I love that Hawking had a group of people working on this project for him and with him. He is able to communicate with the use of one muscle in his face. Read on to see how they are working on picking up on his brain waves to help him communicate. FASCINATING!

This short video shows how a prosthetic hand is made from a 3D printer. At the TNOTA Conference last year, a presenter described the impact of 3D printing on manufacturing in general and on OT interventions specifically. Prosthetics can now be much more customized to the needs of the patient, more aesthetically appealing, quicker to make, and much less expensive. The possibilities of use of 3D printing with disabled individuals are nearly limitless.

One of my husband's co-workers has a 3-D printer. Those things are changing our world! I love this!

This is realy neat Beth! I like that is is much less expensive and I actually think these look less like prothetics and more on the advanced robotic side. With practice a person could make alot of heads turn in a curious way when out in public with one of these 3D devices!

I meant to share this a while ago. This site lists 7 ipad aps that you can purchase for AAC. The prices range from $7.99 to $189 plus the cost of the actually ipad. I still think it's relatively cheaper compared to some of the other AAC devices we've looked at.

Video from the American Orthotics and Prosthetics Conference showing some new products. One that caught my eye was a socket interface for shoulder dis-articulation by Martin Bionics.

This is an article about i-limbs which is a type of prosthestic design. It shows the different types of amputees, how they put the device together and how OT is involved. It even tells some patients goals and how the OT helps them reach their goals.

This peer-reviewed AJOT authored by Bracciano, McPhee, Rose details the appropriate use of physical agent modalities (PAMs) within the OT field. They discuss the facts regarding different categories of PAMs to include superficial thermal agents, deep thermal agents, electrotherapeutic agents, and mechanical devices. The authors explain the relevance of The Occupational Therapy Code of Ethics and Ethics Standards as it pertains to the use of PAMs.

I like this website because they post the latest news about the drugs that could treat some form of cancer. All information about cancer (types, treatment, prevention). From this website I found out that every 3th person in United States gets cancer. Also we can read how to live with cancer (coping skills, advice, medical research and information about palliative care). There are also recommendations on how an occupational therapist may help with assistive devices or adapted techniques to help you perform these activities easier. I thought this website was really educational and helpful.

This a great example of a Syme amputation. This kid is a real go getter and does not let his amputation get in the way of his dreams.

I thought this was very encouraging. This is why I am proud to be on my way to becoming an OTA. These students came up with some amazing ideas. I'm sure some of our assistive devices this semester will be benefcial for many patients.It is our job to make sure that patients can get as close to their previous life as possible, and these students have done some great things.

This article explains what targeted muscle reinnervation (TMR) is for UE prostheses, the functional capacity increase over conventional myoelectric controlled UE prostheses, and OT's role in rehab with this type of device and patient.

I am sure all of us have already designed our adaptive devices, but this journal has a few cool ideas that we could share with future patients. These are things found around the house that can be easily adaptable.

Some cheap and easy adaptive ideas for clients in the home environment. I may even use some myself!

This website has a few videos showing assistive technology that we may not have seen in class. these devices will be great to know about so that we can recommend them to the people it would benefit the most.

This site describes a device that was created to help people with arthritis pick up hot cookware with their forearms instead of using only one hand with a towel or oven mitt; and its heat resistant.

we have discussed how standing at a desk may be healthier for a worker that is on the computer for the work day. here is a video of a device that adds more benefits to having a standing work space.