Thought
Technology's Medical History
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Teen
goes from wheelchair to walking in three weeks
It's the leading cause of debilitating illness in this country
but imagine being told as a teenager you'll spend the rest
of your life in a wheelchair.
Eighteen-year-old Ariadne Popma, of Michigan, was determined
not to let that happen. A stroke paralyzed her left side two
years ago, most likely caused by a blood disorder she has
called beta thalassemia.
Electro-stimulation therapy to shock her muscles into working
again didn't work. She couldn't feel her leg, let alone think
about standing on it, until she came to Cleveland and met
Dr. Jeffrey Bolek in the Cleveland Clinic's Motor Control
Program.
In three weeks, his therapy not only helped her stand, it
helped her walk again. Unlike traditional therapies that electrically
stimulate individual muscles, Dr. Bolek's program forces Ariadne's
brain to tell her body what to do.
Read
More... |
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McGill's
Schulich School of Music
Purchases 64 ProComp Infiniti Systems
When
McGill University required a wireless audience response measurement
system to find indirect ways of measuring affective responses
to live music in musicians and their audiences, they chose
ProComp Infiniti with SC, BVP, EMG, and EEG sensors over all
other competitive systems.
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more... |
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What
helps give Canada's Dave Williams a steady hand in space?
MONTREAL,
Aug. 20 /CNW Telbec/ - As Canadian astronaut Dave Williams
wraps up his STS-118 shuttle mission repairing & constructing
the International Space Station, years of training and technology
developed in Montreal have helped him soar to great heights.
For
decades, NASA has been studying astronaut's physiological
responses to zero gravity, to living in outer space and to
staying in a space vehicles and space stations for extended
periods of time. NASA recently conducted under water research
since the environment provides some useful similarities to
working in space. Using off the shelf technology, developed
by THOUGHT TECHNOLOGY LTD of Montreal.
Read More
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Telehealth
and Biofeedback
TELEHEALTH
AND BIOFEEDBACK Dr. Ray Folen - Tripler Army Medical
Center is the largest USA military medical treatment facility.
What is telehealth, and what are the benefits as a clinician
and a patient? The US Military have soldiers and sailors deployed
to many remote settings where highly specialized care is not
available. Biofeedback, for example, is not available on our
bases in Japan, Korea or Guam, where we have a large number
of personnel. In order for them to receive biofeedback services,…….
Over a dozen ProComp Infiniti™
systems are in use at Tripler, to treat staff via telemedicine
overseas.
Telehealth
and Biofeedback
by Dr. Ray Folen
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Repetitive
Strain Injury, Computer User Injury With Biofeedback: Assessment
and Training Protocol
by Erik Peper, Ph.D.San Francisco State University,San
Francisco, CA

Improper
work habits, poor workstation ergonomics, and environment
can lead to physiological dysregulation such as muscle soreness,
fatigue, and injury (Grandjean, 1987). Some workers develop
chronic neck and upper limb pain also known as repetitive
strain injury. (RSI), cumulative trauma disorder (CTD) or
overuse syndrome, from long hours of repetitive tasks at personal
computer workstations. Workers with RSI suffer loss of productivity
and income with increasing medical costs. RSI accounted for
forty percent of workers compensation cases in 1990. Discomfort
and injury can shape the way PC users feel about their job
and computers.
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The
Use of Electromyographic Biofeedback for Training Pelvic Floor
Musculature
Incontinence
is a major healthcare problem costing a conservative estimate
of $15 billion, annually, in the USA. This reality is mirrored
in countries worldwide. Patients with this problem often lead
lives of quiet desperation and social isolation. Incontinence
is among the leading causes of nursing home admission, with
approximately 50% of all residents being incontinent.
The
Use of Electromyographic Biofeedback for Training Pelvic Floor
Musculature |
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Towards
an Integrated Approach of sEMG Utilization: Quantative Protocols
of Assessment and Biofeedback
Gabriel E. Sella, M.D., M.P.H., M.Sc.
Surface electromyography is a computerized electrophysiological
technology that can be utilized in an array of approaches.
It is an objective tool for assessment and diagnosis of muscular
electrical activity in health and disease. It is an objective
electronic monitor during the course of physical and occupational
therapy for most neuromuscular conditions.
Towards
an Integrated Approach of sEMG Utilization |
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Aquatic
Biofeedback in the Treatment of Orthopaedic and Neurologic
Conditions
The
use of surface EMG on land has been well documented over the
years in the treatment of orthopaedic and neurologic conditions.
From patellofemoral pain syndrome to spinal cord injuries;
all have utilized sEMG in their treatment regimes with documented
success.
Read
more
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Humanistic
Intelligence and the ThoughtCam Project
By Professor Steve Mann, Daniel Chen & Rubaiyat Islam

The ThoughtCam project uses biofeedback technology provided
by Thought Technology Inc. to create a greater synergy between
the user and the EyeTap wearable computer system. The fact
that the WearComp / EyeTap apparatus is worn underneath clothing
facilitates direct contact with the body, and thus encourages
futher new forms of intelligent signal processing. Thus it
may be worn continuously during all facets of ordinary day-to-day
living, so that, through long-term adaptation, it begins to
function as a true extension of the mind and body.
Humanistic
Intelligence and the ThoughtCam Project
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Applied
Psychophysiology - For Therapeutic Use: Healing A Shoulder
Injury
This
case report describes an indirect approach incorporating diaphragmatic
breathing, imagery, role rehearsal and surface electromyographic
(SEMG) feedback to successfully reduce pain and increase left
shoulder mobility in a 23 year old woman with a left pectoralis
muscle injury from a skiing accident. It demonstrates how
direct biofeedback or therapeutic interventions may be counterproductive
and indirect approaches guided by SEMG activity may facilitate
clinical success. It is offered as a model to increase therapeutic
efficacy when an initial biofeedback intervention appears
not to work.
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Biofeedback
Advisor
Recent Advances In The Assessment Of Low Back Pain
The
focus of this paper is a) low back pain, b) the muscles of
the low back and c) how recent advances in understanding their
activity has changed the way the treatment is conducted. Excluding
sudden trauma, for purposes of this paper four systems are
viewed as causing low back pain. These are a) facet joints,
b) nerves (impinged), c) disks (bulging or herniated) and
d) muscles.
Read More |
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Biofeedback
Advisor
Clinical Utilization Of Surface Electromyography
Two
years after his first ergonomic assessment Mark was still
suffering from muscular pain. His employer had followed the
recommendations of the ergonomist, purchasing a new chair
and keyboard, lowering the monitor, and installing an adjustable
workstation with a slant table. Yet, with all these changes,
Mark continued to complain of severe and chronic neck pain,
tingling down his arms, and aching in his forearm. In fact,
his discomfort had increased.
Read More |
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Getting
to Know Us
Ted
Selker hopes that our computers may one day act a bit like
Big Brother, but with a positive spin. Selker works at MIT's
Media Lab devising ways in which machines can keep track of
what we're doing and anticipate our needs - from calling up
the morning newspaper at the blink of an eye, to answering
a knock at the door and taking a message.
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