Archive for category Video

[VIDEO] Transcranial Electrical Stimulation – Dr. Aaron Newman, Dalhouse Uni. – YouTube

via Lecture 13 pt 2 – Transcranial Electrical Stimulation – YouTube

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[VIDEO] FES (Functional Electrical Stimulation) System by FES Center India – YouTube

Functional Electrical Stimulation (FES): Best and latest treatment for Neurological rehabilitation/ Physiotherapy

FES is a technique that utilizes patterned electrical stimulation of neural tissue with the purpose of restoring or enhancing a lost or diminished function. It produces contractions in paralysed muscles by the application of small pulses of electrical stimulation to nerves that supply the paralysed muscle. The stimulation is controlled in such a way that the movement produced provides useful function.

FES is used as a tool to assist walking and also as a means of practicing various functional movements for therapeutic benefit. FES may be used to replace the natural electrical signals from the brain, helping the weak or paralyzed limbs move again. With continued stimulation over time, the brain may even be able to recapture and relearn this movement without the stimulation.

Use of “FES (Functional Electrical Stimulation) System India” for treatment of Foot Drop due to Hemiplegia. FES is a novel device for treatment/ rehabilitation of Neurological diseases. FES System India has many applications like

  1. Sit to stand training
  2. Pre Gait Training
  3. Correction of Foot Drop,
  4. Correction of Circumductory Gait

  5. for Paraplegia (Incomplete SCI) using FES unit on both sides

  6. Shoulder subluxation and shoulder rehabilitation

  7. Hand Function (Grasp and release)

This novel treatment is useful for all type of UMN disorders like hemiplegia (Cerebro Vascular Accident, Head Injury, Traumatic Brain injury, Brain tumor ), multiple scerosis, cerebral palsy, incomplete paraplegia etc.

contact “FES Center India” to buy FES System.

mail: fescenterindia@gmail.com

For more details visit: http://www.fescenterindia.com

via FES (Functional Electrical Stimulation) System by FES Center India – YouTube

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[VIDEO] Functional Electrical Stimulation for Stroke Rehab – YouTube

Combo video including patients participating in contralaterally controlled FES therapy followed by a patient performing a grasp-release test before CCFES therapy and the same patient performing the same test after 12 weeks of CCFES therapy. All patients were participating in research studies at MetroHealth Medical Center in Cleveland.

via  Functional Electrical Stimulation for Stroke Rehab – YouTube

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[VIDEO] Foot Drop and Functional Electrical Stimulation (FES) – YouTube

PhysioFunction are recognised as international experts in the use of Functional Electrical Stimulation (FES). We ensure our clients receive the most clinically correct rehabilitation technology suited to their needs. Jon Graham, Clinical Director at PhysioFunction talks about Foot Drop and Functional Electrical Stimulation.

via Foot Drop and Functional Electrical Stimulation (FES) – YouTube

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[VIDEO] Understanding Bitemporal Hemianopia – YouTube

In this video I explain all about bitemporal hemianopia. This is a condition that you might find in patients with pituitary tumours and acromegaly when the tumour grows large enough to press on the optic chiasm. This space occupying lesion causes compression and interrupts the signals innervating the inner portion of the retina, which is responsible for sensing the visual signals from the outer portion of the visual fields. This video is intended to help with the education and understanding of students of healthcare professions only and is not medical advice. For medical advice see your doctor or other healthcare professional. Whilst significant effort has been taken to make the information accurate it cannot be guaranteed.

via Understanding Bitemporal Hemianopia – YouTube

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[WEB SITE] New epilepsy warning device detects more seizures than current methods – Video

epilepsy warning

A recent study developed and evaluated the effectiveness of a new device to detect epileptic seizures and act as an epilepsy warning.

Despite receiving medication, approximately 30% of people with epilepsy continue to have seizures. Seizures occurring during sleep can be especially dangerous and are often unwitnessed. These epileptic patients are also at high risk for sudden unexpected death in epilepsy (SUDEP), a major cause of death in epileptic patients. Also, patients with an intellectual disability and severe therapy-resistant epilepsy have an estimated 20% lifetime risk of dying from epilepsy. Therefore, the development of an epilepsy warning device could help not only improve the quality of care for patients but also help prevent SUDEP.

One of the current techniques to monitor epilepsy at night is a sensor that reacts to vibrations from rhythmic jerks. Despite techniques, many seizures are still being missed. However, a new device developed by scientists from the Netherlands may be the solution to help reduce the number of epileptic patient deaths occurring during the night. This new high-tech device is a bracelet known as Nightwatch.

Bracelet recognizes two warning signs of severe seizures

The researchers developed the bracelet to recognize two important warnings signs of severe epileptic seizures: an abnormally fast heartbeat and rhythmic jolting movements. When these seizure warnings are detected the bracelet will send an alert to the patient’s caretaker or nurse.

The researchers recently conducted a prospective trial to test the bracelet in 28 intellectually handicapped epilepsy patients. They observed the patients wearing the bracelet for an average of 65 nights. In the event of a severe seizure, the bracelet sounded an alarm. Patients were also filmed to see whether any false alarms occurred or if the bracelet missed any attacks. The results of the trial were recently published in Neurology.

The new technology performed better than current methods 

The bracelet was compared to bed sensors, which are the current standard detection method. The findings showed that the bed sensor only detected 21% of serious attacks and on average remained silent once every four nights per patient. In comparison, the Nightwatch bracelet only missed a serious attack every 25 nights (on average) per patient.

The comparison showed the bracelet detected 85% of all serious night-time epilepsy seizures and 96% of the most severe ones. These results show combining patterns that can trigger seizures, such as heart rate and movement, is a reliable method of detection for night-time seizures.  The care staff of patients during the study reported being positive about the use of the bracelet and patients did not experience discomfort from wearing the bracelet at night.

The researchers expect through the use of the bracelet, the number of SUDEP cases may be reduced by two-thirds and applied globally, this epilepsy warning device could save thousands of lives. However, saving the life of the patient also depends on how quickly caretakers or nurses respond to the alarm. The Nightwatch is now available and can be used by adults at home and in institutions.

Written by Lacey Hizartzidis, PhD

References:

  1. Johan Arends, Roland D. Thijs, Thea Gutter, Constantin Ungureanu, Pierre Cluitmans, Johannes Van Dijk, Judith van Andel, Francis Tan, Al de Weerd, Ben Vledder, Wytske Hofstra, Richard Lazeron, Ghislaine van Thiel, Kit C.B. Roes, Frans Leijten, and the Dutch Tele-Epilepsy Consortium. Multimodal nocturnal seizure detection in a residential care setting. Neurology Nov 2018, 91 (21) e2010-e2019; DOI:10.1212/WNL.0000000000006545.
  2. New epilepsy warning device could save thousands of lives. EurekAlert website https://www.eurekalert.org/pub_releases/2018-11/euot-new110518.php. Accessed January 12, 2019.
  3. Photo credit: LivAssured https://www.eurekalert.org/multimedia/pub/185082.php?from=411220

Disclaimer: Not a sponsored post.

via New epilepsy warning device detects more seizures than current methods – Medical News Bulletin | Health News and Medical Research

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[VIDEO] Using Functional Electrical Stimulation For Patients With Neurological Deficits – YouTube

Functional electrical stimulation is a biophysical technology that have seen increased use in the management of neurological disorders. This talk will discuss principles of use with specific therapeutic cases and would be of primary interest to occupational and physical therapists. The participant will develop skills necessary to choose appropriately and apply electrotherapy in the rehabilitation setting. Various new technologies using electrotherapy will also be demonstrated.

via Using Functional Electrical Stimulation For Patients With Neurological Deficits – YouTube

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[VIDEO] Functional Electrostimulation – YouTube

Functional Electrostimulation Using a sliding mode controller, contralateral movements

via Functional Electrostimulation – YouTube

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[VIDEO] Testing Functional Electrical Stimulation (FES) – YouTube

via (2) Testing Functional Electrical Stimulation (FES) – YouTube

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[VIDEO] Robot Arm Platform for VR, Rehabilitation, and More – YouTube

Δημοσιεύτηκε στις 6 Δεκ 2018

LinkDyn’s robot arm, and the actuator technology it’s built on, has the potential to fundamentally change the way we interact with robots. This technology which features seamless, safe, and smooth interaction with humans and changing physical environments, will drive the next big push in robotics toward humans and robots interacting closely and safely. The robotic arm provides just one example of how this ability to interact easily and safely with robots can empower the human workforce by exploiting the radical benefits of VR training while losing no drawbacks compared to conventional training. This same technology, with slight adjustments to the VR contents and software, can also serve to help patients suffering from physical or neurological injuries to rehabilitate more effectively than ever. The device was built on LinkDyn’s patent-pending actuator platform, which takes cues from human muscle design and cutting edge human-robot research to deliver the highest performing force control in a compact form factor. This fundamental technology is designed from the ground up for seamless human-machine interaction, and enables a massive leap forward in wearable exoskeletons, interactive robots, haptic feedback, and more compared to conventional robotic technology. https://linkdyn.com

 

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