New Device Promises to Make Stroke Rehabilitation Fun

New Device Promises to Make Stroke Rehabilitation Fun

  • Research Stash
  • News
  • 1.4K

A startup incubated at the Indian Institute of Technology Hyderabad has developed a device that promises to offer considerably better rehabilitation for those suffering from impaired upper arm movement due to different conditions ranging from fractures and frozen shoulders to traumatic brain injury, multiple sclerosis, cerebral palsy and brain stroke.

Gamified arm rehabilitation device
The gamified arm rehabilitation device

The device, ArmAble, seeks to make the task of exercising of the upper arm from being a chore to being fun-filled.  It consists of a console on which several games keep playing out one after the other and the patient seated across has to move a bar designed in the form of a bike handle in accordance with them.

“Stroke patients who suffer from paralysis of the arm are particularly advised to perform regular exercises. However, traditional therapies tend to be tiring and boring. Consequently, patients do not perform their exercises fully.

Currently, patients, on an average, do 30-40 repetitions of movements in a day. This is hardly enough. Research suggests that they need 400-600 repetitions of the movements every day,” explained Habib Ali, founder of the startup, BeAble, while speaking to India Science Wire.

The new device promises to overcome this problem.“We have loaded our console with a large number of games developed exclusively for upper arm therapy. They make the exercises more engaging and fun-filled.”

The device has another interesting feature.  It is ‘Tele-rehabilitation enabled. It can connect the therapist to patients remotely through a cloud platform. The therapist can fetch movement data such as patterns, speed and accuracy from the device and thus monitor the progress of the patient’s recovery.

Habib hit upon the idea while undergoing a healthcare entrepreneurship course at IIT Hyderabad. “Mentors at Biomedical department IIT-H helped me in putting together the device and realising my dream”.

The device was initially tested for usability by 12 patients at Sahara disability and rehabilitation centre at Sangareddy in Telangana. A clinical study is being initiated at the School of Allied Health Sciences at Manipal University, Karnataka and is in the process of expanding its clinical studies across the country. “The results so far are satisfying and we are planning to go in for commercial production by the end of July this year”, he added.

Stroke is a leading cause of disability world over. In India alone, more than 1.8 million cases of strokes are reported every year. Worse, more than 80% of patients suffered weakness or paralysis of one side of the body.

Besides Habib, the team that developed ArmAble consisted of Dr. Senthil K,  Sreehari K.G.,  Lokesh Kumar, Munish Raj, Vivek Bhageria and Shikha Soni. (India Science Wire)

By Jyoti Singh

If you liked this article, then please subscribe to our YouTube Channel for the latest Science & Tech news. You can also find us on Twitter & Facebook.

Rate

Currently, patients, on an average, do 30-40 repetitions of movements in a day. This is hardly enough. Research suggests that they need 400-600 repetitions of the movements every day,” explained Habib Ali, founder of the startup, BeAble, while speaking to India Science Wire.

The new device promises to overcome this problem.“We have loaded our console with a large number of games developed exclusively for upper arm therapy. They make the exercises more engaging and fun-filled.”

The device has another interesting feature.  It is ‘Tele-rehabilitation enabled. It can connect the therapist to patients remotely through a cloud platform. The therapist can fetch movement data such as patterns, speed and accuracy from the device and thus monitor the progress of the patient’s recovery.

Habib hit upon the idea while undergoing a healthcare entrepreneurship course at IIT Hyderabad. “Mentors at Biomedical department IIT-H helped me in putting together the device and realising my dream”.

The device was initially tested for usability by 12 patients at Sahara disability and rehabilitation centre at Sangareddy in Telangana. A clinical study is being initiated at the School of Allied Health Sciences at Manipal University, Karnataka and is in the process of expanding its clinical studies across the country. “The results so far are satisfying and we are planning to go in for commercial production by the end of July this year”, he added.

Stroke is a leading cause of disability world over. In India alone, more than 1.8 million cases of strokes are reported every year. Worse, more than 80% of patients suffered weakness or paralysis of one side of the body.

Besides Habib, the team that developed ArmAble consisted of Dr. Senthil K,  Sreehari K.G.,  Lokesh Kumar, Munish Raj, Vivek Bhageria and Shikha Soni. (India Science Wire)

By Jyoti Singh

If you liked this article, then please subscribe to our YouTube Channel for the latest Science & Tech news. You can also find us on Twitter & Facebook.

" }
Probiotic Yeast Strain Identified for Boosting Mineral Bioavailability

Probiotic Yeast Strain Identified for Boosting Mineral Bio-availability

Phosphorus deficiency can lead to several health complications. Many a time we face this deficiency despite consuming phosphorus-rich food.

  • News
  • 2.9K
Read more
Two Top R&D Institutions Come Together To Help in Better Disposal of Sanitary Napkins

Top R&D Institutions Come Together To Help in Better Disposal of Sanitary Napkins

Two leading Indian scientific institutions have come together with a private partner to launch a new high tech device to ensure that the growing popularity of sanitary napkins does not end up becoming an environmental nightmare.

  • News
  • 1.6K
Read more
Scientists Identify Protein That Helps Dengue and JE Viruses to Multiply

Scientists Identify Protein That Helps Dengue and JE Viruses to Multiply

Now a collaborative study led by a team of Indian scientists has identified a key protein which helps dengue as well as Japanese Encephalitis viruses replication inside the human body by inhibiting anti-viral cytokines. This finding could pave way for the development of targeted therapeutic agents against dengue and JE viruses.

  • News
  • 2.6K
Read more

Internet is huge! Help us find great content

Newsletter

Never miss a thing! Sign up for our newsletter to stay updated.

About

Research Stash is a curated collection of tools and News for S.T.E.M researchers

Have any questions or want to partner with us? Reach us at hello@researchstash.com

Navigation

Submit