Information about TENS
What
is TENS?
T.E.N.S
stands for Transcutaneous Electrical Nerve Stimulation. TENS is a drug-free
alternative for managing pain. For the past twenty years, doctors have been
prescribing TENS as an effective way to relieve pain. TENS offers many people
safe comforting relief. It reduces and often even eliminates pain. It is FDA
approved, and it is reimbursable by most insurance providers.
How Does TENS Work?
TENS
was designed to relieve pain by sending gentle electrical impulses through the
skin to the nerve fibers. This suppresses pain by blocking the pain signals before
they reach the brain. TENS sends these gentle impulses through lead wires that
are connected to electrodes. These electrodes are strategically placed at
appropriate pain sights on the body.
TENS is believed to work by two
different mechanisms. First, electrical stimulation of the nerve fibers can
block a pain signal from being carried to the brain. If the signal is blocked,
pain is not perceived. Secondly, the body has its own mechanism for suppressing
pain. It does this by releasing natural chemicals called endorphins in the brain
which act as analgesics. TENS may activate this mechanism.
Because there are many different
kinds of
pain, and each individual is unique, pain relief varies from person to person.
Some users experience pain relief only while the TENS unit is turned on. For
others, relief continues for a length of time even after the unit is turned off.
TENS is an excellent, non-drug alternative for chronic pain such as lower-back
ache and arthritis. It is also useful in relieving acute pain associated with
surgery, traumatic injury, and other conditions.
The TENS Unit
We offer
advanced, pocket-sized, fully portable TENS systems designed to
relieve both acute and persistent pain. The TENS provides several different
modes of operation; this provides the user with a variety of treatment options.
Because the TENS uses two channels, it can be used to relieve pain at two body
locations. The TENS is about the size of a deck of playing cards, so you can
wear it anywhere, at home, to work, or in your car. A convenient belt clip
allows you to wear it on your belt or even inside your clothing.
What is the most effective way to use TENS?
To
achieve the best results of TENS therapy, it is important to remember that TENS
merely activates the body's own pain-fighting mechanism. Placing electrodes
directly over or around the painful area delivers pain-blocking current to the
nerves leading to that area. Some healthcare professionals have found that
placing the electrodes along acupuncture points is also effective. Also, it is
good to vary the placement of the electrodes each treatment to avoid skin
irritation.
How long does it take for TENS treatment to produce
results?
In
most cases, studies show that it takes roughly 30 minutes for TENS treatment to
begin to relieve pain. However, for conventional, high frequency TENS treatment,
there is no set treatment limit. Some patients find hours of pain relief from
short 30-to-60 minute sessions. Others use their TENS units for several hours a
day or all day, depending on the pain generated by daily activities. Always use
your TENS unit according to your physician's directions.
When can TENS treatment be administered?
TENS
can be administered any time of day or night. It is recommended that TENS not be
used while sleeping. This is simply because movement during sleep may cause
electrodes to come off or be pressed into the flesh, causing skin irritation.
However, always use your TENS unit according to your physician's directions.
Does TENS treatment have any risks or side effects?
Unlike
surgery or prescription drugs, TENS is virtually risk free from injury, side
effects or addiction. The low-volt electrical current delivered by the
electrodes only penetrates the skin to the level of the nerve fibers, usually
only one to two inches. This poses no danger to most individuals. However, those
with cardiac conditions and/or pacemakers, and pregnant women should consult
their doctors before using TENS. Also, neck and head pain that requires locating
electrodes on these areas of the body should be conducted only with the consent
of a physician. Use caution when you drive or operate heavy machinery.
Systemic Pain:
Bursitis
Cancer
Causalgia
Multiple Sclerosis
Neuralgia
Osteoarthritis Phantom Limb Syndrome
Raynaud's Syndrome
Rheumatoid Arthritis
Synovitis
Diabetic Peripheral Neuropathy
Abdominal Pain:
Diverticulosis
Dysmenorrhea Labor
Postoperative Pain |
Upper Extremity Pain:
Epicondylitis
Frozen Shoulder
Hand Pain
Peripheral Nerve Injury Sprains/Strains
Subdeltoid Bursitis
Wrist Pain
Lower Extremity Pain:
Ankle Pain
Foot Pain
Fractures
Ischialgia
Knee Pain Passive Stretch Pain
Sciatica
Sprains/Strains
Tendonitis
Thrombophlebitis |
Back Pain:
Facet Syndrome
Intercoastal Neuralgia
IVD Syndrome
Lumbago
Lumbosacral Pain Radiculitis
Sprains/Strains
Thoracodynia
Whole Back Pain
Head and Neck Pain:
Cluster Headaches
Dental Disorders
Migraine Headaches
Spondylosis
Sprains/Strains Suboccipital Headaches
TMJ Syndrome
Torticollis
Trigeminal Neuralgia
Whiplash |
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