Autism with Hyperbaric Chambers May Vastly Improve the Quality of Life for Your Autistic Child

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Autism with Hyperbaric Chambers

As the number of children diagnosed with autism or autism spectrum disorder grows each year, more parents are searching for possible treatments. One of the most exciting and promising of these new treatments involves the use of hyperbaric chambers. These pressure chambers are used to increase oxygen delivery to the child’s brain by increasing the portion of oxygen in the environment and increasing the atmospheric pressure.

The 28″ Military Hyperbaric Chamber, which is being offered at a huge discount to military or veteran families, possesses some outstanding features like 1.3 ATA, quiet compressor, seven feet length, and an internal mattress. This hyperbaric chamber has been approved as a Class II medical device by the Food and Drug Administration and is manufactured by Summit to Sea LLC, one of the world’s most trusted hyperbaric chamber manufacturers.

A hyperbaric chamber may be the wisest investment you can make in the future of your autistic child. A study conducted by Dr. Daniel Rossignol suggested that among 56 children who received varying degrees of increased atmospheric pressure within a hyperbaric chamber, almost 30 percent displayed improved functionality. Hyperbaric chamber therapy also does not present the risks that other therapies might.

Ideal Atmospheric Pressure

If you are looking for a hyperbaric chamber to help improve oxygen flow to the brain, then there are a number of key factors you should consider. The most important is, of course, the capacity the device has. The above-mentioned device is 28 inches in diameter and seven feet in length. It also can inflate to a pressure of 1.3 atmospheres, which is the maximum allowed for any such device for home use by the FDA. Research has shown that 1.3 atmospheres is ideal to facilitating oxygen transport to the brain.

Easy to Use

Another important factor to consider is how comfortable they are. Unlike the metal cans you may have seen on diving shows, this device is a soft shell product which is portable. Inside is a mattress where the child may lie comfortably for hours at a time, and the soft material ensures that the child can move easily while inside without fear of injury. This product is easily inflated using a quiet compressor, allowing use at all times of the day.

Low Cost

While purchasing a hyperbaric chamber is not a small investment, it can prove worthwhile if you consider the eventual rewards. While not all children may respond to this therapy, with a 30 percent success rate, it can be good investment if you would like to utilize a low risk therapy. While most of these devices can be purchased for several thousands of dollars, many reputable vendors are willing to finance these purchases. You may also wish to consider how much you will save by not traveling to a hyperbaric therapy clinic and paying for treatments.

Successful Treatment

Another important consideration is how well a hyperbaric chamber may be in treating your child’s autism. Many researchers believe that autism is a result of oxygen deprivation to the brain. This hyperbaric chamber can help increase that oxygen flow without subjecting the child to risky or painful medical treatments. Just 40 treatments of an hour in 1.3 atmospheres has been shown to be effective in helping many children.

Autism and Hyperbaric Oxygen Therapy

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Autism Hyperbaric Oxygen Therapy

Some have described autism as an epidemic. The rate of autism has gone from less than 1 in 200 to about 1 in 100 in the last decade. Unfortunately, we don’t know yet what causes autism. While there are many theories, some debunked and some still being studied, right now the cause of autism remains a mystery.

Since we cannot know what causes autism, we cannot prevent it. Treating autism is the main focus for parents of autistic children while research continues on the causes of autism.

Autism is usually noted early in a child’s life. The typical age of regression is as early as 18 months, when an autistic child may start meeting milestones on a timeline different than that of a neurotypical child. Common early signs of autism include little or no speech, a lack of eye contact, little physical affection, and an obsession or fixation with certain objects or topics.

For instance, at 18 months a child should be able to speak  12 or more words clearly, including Mama, Dada, sleep, and other words that they hear on a regular basis. However, an autistic child may not speak at all—s/he may only verbalize, grunt, or speak random syllables. Some autistic children may not verbalize or make any noises.

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Autism Hyperbaric Chamber

A lack of eye contact and physical affection are both very common signs of autism in children. From a very young age—two months or so—most babies begin making and holding eye contact on a regular basis. However, autistic children often do not make eye contact; if they do, they may not hold it for more than a second or two. This is related to the lack of physical affection that many autistic children display. Touching other people is often a sensory issue for autistic children. The textures, warmth, and movement from another person during a hug can be too much for an autistic child to take in and process—so they just avoid it entirely.

There are a variety of treatments for autism that aim to reduce the signs of autism. These treatments include occupational therapy, exposure therapy, line therapy, diet changes, and hyperbaric oxygen treatment.

Hyperbaric Oxygen Therapy (HBOT) work by delivering high-pressure oxygen to the body and brain. The autistic child lies or sits down in a hyperbaric chamber for the prescribed amount of time. The oxygen, which is more concentrated and therapeutic than anything you can get outside of this treatment, helps the body’s cells to heal and repair damage in the brain.

More pressure and/or more oxygen is not always better; the brain seems to respond best between 1.3 and 1.5 atmospheres . Patients can go to a clinic that specializes in hyperbaric oxygen treatment, rent a hyperbaric chamber, or purchase a hyperbaric chamber. The length and amount of sessions will vary on each child’s autism diagnosis. If a child is on the mild end of the spectrum, they may need fewer or shorter sessions. A child on the lower-functioning end of the spectrum may need longer, more, and ongoing hyperbaric sessions.

After Hyperbaric Oxygen Therapy, many autistic children present fewer or milder autistic symptoms, including a decrease in “stimming”,a repetitive physical movement that stimulates one or more of the senses, an increase in physical affection, and an increase in verbal abilities.

Wound Care and Hyperbaric Oxygen Therapy

Hyperbaric oxygen therapy is an effective treatment for healing wounds quickly and effectively. Learn more about what the research says.

When suffering from a serious wound, hyperbaric oxygen therapy is often something to consider. HBOT (hyperbaric oxygen therapy) promotes wound healing in three different ways.

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Wounds are one of the most dangerous traumas that the body can suffer. They expose the body to every infection, disease, and toxin that it comes into contact with. The skin is the body’s first line of immunological defense against invaders—a wound bypasses this defense and leaves the body open to disease.

The best way to protect the body and keep it from experiencing further trauma is to close the wound as quickly as possible. A wound needs oxygen to heal and close properly. The amount of oxygen in our natural environment will eventually close most wounds. However, hyperbaric oxygen (high-pressure oxygen) may be needed in other cases. Large, deep, or gangrenous wounds will often fail to heal on their own. If they do heal on their own, it may be too slow. This leaves the body open to infection or disease, which can be fatal.

The way a hyperbaric oxygen treatment is done differs from wound to wound and location to location. A clinic may use a hyperbaric oxygen chamber, where you receive high-pressure oxygen to your whole body. This is often the most effective way to do it if you have a large wound[1].  When you enter the chamber, it will be filled with pressurized oxygen. The pressure rises to 2.5 times the normal air pressure  and you remain in the environment for thirty minutes to two hours, depending on what your wound needs.

The amount of sessions you need for a wound depends on the size and severity of the wound.

Another way of receiving hyperbaric oxygen therapy for a wound is topical application. A bag to hold the oxygen may be wrapped around the wound area—your leg for example—and then the oxygen is administered through the bag. However, this type of hyperbaric oxygen therapy for wounds is not as effective as using a chamber and the research on its efficacy is mixed.

When suffering from a serious wound, hyperbaric oxygen therapy is often something to consider. HBOT (hyperbaric oxygen therapy) promotes wound healing in three different ways. The oxygen helps a wound heal faster by fighting off infection that may have taken up residence in the wound, by hastening skin growth that will close the wound more quickly, and promoting the growth of small blood vessels[2].

It is good to keep your schedule clear after receiving hyperbaric oxygen therapy so you have time to rest, recuperate, and let your wound heal. The amount of sessions you need for a wound depends on the size and severity of the wound.

Stroke and Hyperbaric Oxygen Therapy

Hyperbaric oxygen therapy is an up-and-coming player in the field of restoring brain function after a stroke. We discuss the benefits of HBOT and what it does for stroke victims.

One of the most exciting findings to come out of the research studying strokes and hyperbaric oxygen therapy is the finding that hyperbaric oxygen therapy after a stroke improves the brain’s neuroplasticity.

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Stroke Hyperbaric Oxygen Therapy

When the blood supply to the brain is temporarily cut off, a stroke is the resulting brain trauma. The brain needs constant oxygen to survive, and brain cells begin dying as soon as a stroke starts. Blood supply can cut off in any area of the brain. The location of the blood clot/supply interruption determines what skills and knowledge are affected by the strokeand how severe the damage is.

Until fairly recently, damage sustained from a stroke was thought to be untreatable. The only solution is prevention and early detection of a stroke, which should limit damage. Regardless, strokes still happen and brain damage is still sustained.

One of the most exciting findings to come out of the research studying strokes and hyperbaric oxygen therapy is the finding that hyperbaric oxygen therapy after a stroke improves the brain’s neuroplasticity[1].

Neuroplasticity is the ability of the brain to reroute blood vessels and brain resources to skills and abilities that were lost during brain damage. For instance, if one loses fine motor function during a stroke, a brain with high neuroplasticity would reroute and help another part of the brain take up fine motor abilities. Greater neuroplasticity means greater healing and a possible return to what life was like before the stroke.

The tissue in your brain that is affected by the stroke is already affected by not getting enough blood. However, with HBOT, these tissues can still get enough oxygen.

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Stroke Hyperbaric Oxygen Therapy

Another exciting part of research surrounding HBOT and stroke injuries studies the benefits of hyperbaric oxygen therapy on a brain that has suffered damage due to a stroke. The tissue in your brain that is affected by the stroke is already affected by not getting enough blood. However, with HBOT, these tissues can still get enough oxygen. More oxygen dissolves into your body during HBOT, which allows plasma to deliver oxygen to tissue that is not receiving oxygen from the blood[2].

Furthermore, HBOT can help a stroke-damaged brain restore regular neurological function. Hyperbaric oxygen therapy assists in returning the body to a normal state of tissue growth, metabolism, and blood flow. After a brain injury, HBOT works specifically to help the brain regrow in these three areas[3]. New tissue growth and blood flow are two of the main factors in determining how well a stroke victim recovers from his or her stroke.

The key to getting the most from hyperbaric oxygen therapy after a stroke is to seek out HBOT as soon as possible after the stroke. Every day that passes after a stroke reduces the brain’s ability to bounce back from its injury. The sooner you get a stroke victim into regular HBOT, the more likely that they will be able to lead a normal life again.

This is particularly important for patients who have other disabilities or diagnoses. The loss of the ability to speak, eat, or move can lead to even greater limitations and may leave the patient susceptible to more serious health conditions.

Cerebral Palsy and Hyperbaric Oxygen Therapy

Cerebral palsy, a developmental disability that first affects children before three years of age, can be helped with hyperbaric oxygen therapy.

There is a large body of research on hyperbaric oxygen therapy for cerebral palsy, and the research is promising!

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Cerebral Palsy Hyperbaric Oxygen Therapy

Cerebral palsy is a developmental disability that occurs before the age of three years. It occurs when the brain suffers damage due to a lack of oxygen for any amount of time. It often occurs due to a stroke suffered by a baby while inside the uterus or difficulties during the birth process that leave a child without oxygen. It is often diagnosed with a brain scan or assessment by a pediatric disability specialist.

Due to the fact that the brain can sustain damage from a lack of oxygen for varying amounts of times, cerebral palsy is not a cut-and-dry diagnosis. One can be without oxygen for a short amount of time and only have minor physical or mental difficulties that leave one able to still lead a relatively normal life. However, it is also possible for a child to go without oxygen for a significant amount of time. This leads to gross motor issues, mental delays, and spasms.

While there is no cure for cerebral palsy, there are many treatments and therapies that aim to minimize the delays cause by cerebral palsy and allow people to live more productive lives. One of the therapies that is rapidly gaining popularity and significance is hyperbaric oxygen therapy.

What does this mean for people with cerebral palsy and parents of young children with cerebral palsy? The earlier one seeks hyperbaric oxygen therapy for cerebral palsy, the better the outcomes generally are.

Hyperbaric oxygen therapy involves the child/adult with cerebral palsy sitting in a hyperbaric oxygen chamber for the duration of a session—usually 60-120 minutes. Since many people with cerebral palsy must use wheelchairs for mobility, they may use hyperbaric chambers that are suited for sitting patients, rather than those that require you to lie down.
The goals of hyperbaric therapy for cerebral palsy are to improve motor function and allow the brain to heal parts that have been damaged by hypoxia. There is a large body of research on hyperbaric oxygen therapy for cerebral palsy, and the research is promising!

A recent study, performed in India, has affected how hyperbaric oxygen therapy is viewed in the United States and abroad[1].  There were four different groups, varying between placebo and different types of hyperbaric therapy. There were considerable improvements in the three groups that received hyperbaric oxygen therapy compared to those who received a placebo treatment.

hat does this mean for people with cerebral palsy and parents of young children with cerebral palsy? The earlier one seeks hyperbaric oxygen therapy for cerebral palsy, the better the outcomes generally are[2].  However, patients at all stages of life and with varying severities of cerebral palsy noticed improvements in many areas, including global motor coordination, memory, visual perception, and a decrease in spasticity[3].

Getting hyperbaric oxygen therapy for cerebral palsy is an affordable, effective treatment that works by helping the body help itself. The research says that you can experience great improvements in the areas that cerebral palsy impairs—imagine what you or a loved one could do with greater mental skills, motor planning, and physical movement.

Closed Head Injury and Hyperbaric Oxygen Therapy

A closed head injury used to mean that a patient would have to forever live with their new limitations and disabilities. New developments in hyperbaric oxygen therapy can be used to help those with closed head injuries.

Regular hyperbaric oxygen therapy sessions can help someone with a mild to severe closed head injury recover the skills and brain function that they need to resume living a healthy, normal life.

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Hyperbaric Chamber Closed Head Injury

A closed head injury is a very scary injury to deal with, both for the victim and his family. Closed head injury is a type of traumatic brain injury where the skull and brain remain intact[1].  Since the skull remains intact, the initial effects of the injury may not be seen or noticed. This delays treatment and can lead to greater injury.

Together with other types of mild traumatic brain injuries, closed head injuries are 75% of the brain injuries that occur in the United States. They are the leading cause of death in children under four years old, in addition to being the biggest cause of physical and cognitive disability in children.

The primary ways in which a closed head injury occurs include car accidents, sports injuries, falls, and violence. However, with the war in Iraq, blasts and detonations of bombs can also cause closed head injuries. This is because of the changes in pressure and movement of the brain.

As veterans return from war and the amount of closed head injuries increase, it’s important to seek out effective, cost-efficient therapies that can help people with closed head injuries. Physical therapy, occupational therapy, and counseling can help patients re-learn much of what they knew prior to their injury. However, they are often temporary fixes that may not lead to permanent changes in a patient’s abilities.

Hyperbaric oxygen therapy, a type of therapy in which a patient is exposed to 100% oxygen while in a chamber, has been demonstrated to be successful in treating closed head injuries[2].  The treatment assists the brain in recovering neurons that can be healed and used to restore normal function of the brain.

Since sport injuries are a leading cause of closed head injuries, it’s important to see what those who work closely with athletes have to say. LSU coach Les Miles started doing his own research on hyperbaric oxygen therapy and found that it is very beneficial for those with closed head injuries. In fact, he got to speak closely with two of the leading people in the field of hyperbaric oxygen therapy—Keith Van Meter and Paul Harch[3].

As veterans return from war and the amount of closed head injuries increase, it’s important to seek out effective, cost-efficient therapies that can help people with closed head injuries.

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Hyperbaric Chamber Closed Head Injury

In recent decades, Van Meter and Paul Harch have been working hard to tweak hyperbaric oxygen therapy for different types of injuries and diagnoses. By adjusting dosages and concentrations, they have found the proper dosage for people with closed head injuries.

As with any other type of therapy, the earlier someone with a closed head injury can receive hyperbaric oxygen therapy, the better their chances of recovery and the more skills and abilities they are able to recover. Regular hyperbaric oxygen therapy sessions can help someone with a mild to severe closed head injury recover the skills and brain function that they need to resume living a healthy, normal life.

 

Reflex Sympathetic Dystrophy and Hyperbaric Oxygen Therapy

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Reflex Sympathetic Dystrophy

Imagine living every single day with intense pain, swollen skin, and symptoms that are constantly spreading to new areas of your body. If you have Reflex Sympathetic Dystrophy/RSD, also known as Complex Regional Pain Syndrome, this is your reality. Both the terms Reflex Sympathetic Dystrophy/RSD and Complex Regional Pain Syndrome/CRPS will be used in this article to reach those who know the disease by only one name.

In most cases of RSD, a patient experience pain in one extremity. In 92% of cases, pain spreads to other extremities and parts of the body, with 35% of patients eventually reporting pain that covers their entire body[1].

Research in the field of CRPS has led experts to believe that this disorder is caused by many different factors. Some of these factors include brain inflammation, allodynia, and maladaptive neuroplasticity. Neuroplasticity is the ability of the brain to recoup lost skills and abilities by using other parts of the brain to pick up skills that were lost through trauma to another part of the brain.

Patients often lose mental functions, physical abilities, and gain permanent disabilities. Clearly, there is something going wrong with the brain in this diagnosis. However, due to the fact that RSD is relatively unknown both amongst laypeople and medical professionals, there are few treatments and options for pain relief for RSD patients.

Hyperbaric oxygen therapy has recently come into the spotlight as an effective treatment for CRPS. Other treatments include expensive medications that can leave a person bankrupt—not to mention the myriad side effects that one can experience from these medications.

HBOT is a pain reduction therapy for CRPS sufferers that have benefits no other treatment can offer. Patients do not need to take potentially dangerous medications, inject themselves with narcotic painkillers, or risk becoming addicted to painkillers.

What do RSD patients who have tried HBOT have to say? Many RSD patients who use HBOT continue to use it on a regular basis for the amazing pain relief it offers[2].  Patients can experience their symptoms decreasing in severity after just a few HBOT sessions.

CRPS patients who are considered hyperbaric oxygen therapy often wonder how it works for CRPS symptoms. HBOT does not cure RSD, as there is no cure for this debilitating disease. However, it offers significant pain relief. The amount of oxygen going to the brain and through the bloodstream decreases the amount of swelling in a patient’s extremities and encourages healing in parts of the brain that have been damaged by RSD.

Some patients note massive improvements in their condition after seeking hyperbaric oxygen therapy. One female patient, who used a wheelchair to get around, began to experience pain relief after six sessions of treatment. After two months of treatment she stopped using her wheelchair most of the time and was able to resume walking[3].

To put it concisely, regular sessions of hyperbaric oxygen therapy can assist in easing the pain and symptoms of Reflex Sympathetic Dystrophy. In as little as six sessions, you can experience pain relief without the use of harmful drugs.

Lyme Disease and Hyperbaric Oxygen Therapy

Lyme disease, an illness that can infect multiple organs in your body, can be treated and eliminated with hyperbaric oxygen therapy.

Hyperbaric oxygen therapy has been used all over the country for Lyme disease patients with great success.

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Lyme Disease Hyperbaric Oxygen Chamber

Lyme disease, an illness that can start mild and quickly progress to something far more debilitating, is a very scary and life changing disease to get. Many people do not understand Lyme disease and therefore do not know what symptoms to look for after possibly being infected with the disease.

One of the earliest symptoms of Lyme diseaseis a rash that is restricted to the area that a tick has burrowed in. If you do not know that you were even near ticks, you might overlook this rash as a reaction to lotion or something that will pass, some never even show symptoms of the bulls-eye rash. However, once the first phase of Lyme disease sets in, you may start wondering if something else is going on. Patients suffer from headaches, a stiff neck, flu symptoms, and muscle aches[1],   Mimicking chronic fatigues syndrome.

The intracellular phase of Lyme disease brings all sorts of painful and dangerous symptoms to its sufferers. One may notice cognitive dysfunction, such as loss of memory or difficulty speaking. Sleep abnormalities and intense muscle pains also accompany this stage of the disease. Most Lyme disease patients do not find out what their mysterious illness is until it has reached this stage of severity. Unfortunately, at this stage, the disease has already infected one or more organs in your body[2].

Antibiotics are the most common treatment used for Lyme disease. However, antibiotics come with a range of side effects and they may not be enough for neurological Lyme disease. This occurs when Lyme disease has infected the brain and may have begun to cause cognitive damage.

People with cognitive damage from Lyme disease often experience restored cognitive function; since cognitive disorders are one of the gravest side effects of Lyme disease, this may be the number one benefit of hyperbaric oxygen therapy for Lyme disease patients.

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Lyme Disease Hyperbaric Oxygen Chamber

Fortunately, there’s a treatment option for Lyme disease patients that has few to no side effects, a high rate of efficacy, but it can be quite expensive. It is one of the more expensive treatments you can have, ranging from 100-500.00 a session if you go to a clinic. As many as 40-1000 treatment may be needed. The patient may need to do it for the rest of their life.  This is why it makes sense to look into purchasing an affordable home hyperbaric chamber. Once you figure out if Hyperbaric oxygen therapy is right for you. Hyperbaric oxygen therapy has been used all over the country for Lyme disease patients with great success.

There are many benefits to using hyperbaric oxygen therapy as a primary therapy for Lyme disease. Many patients report a return in their energy level, which often dips after Lyme disease sets in. Pain relief is another great benefit. People with cognitive damage from Lyme disease often experience restored cognitive function; since cognitive disorders are one of the gravest side effects of Lyme disease, this may be the number one benefit of hyperbaric oxygen therapy for Lyme disease patients[3].

One woman with lymes that I spoke with informed me that she almost gave up on hbot after doing it with her home hyperbaric chamber for 5 months.  Then, the magic happened.  After lymes ruining her life for almost 10 years, taking every supplement and doing every she read about , she regained her energy, vitality, clarity of mind and was able to live life normally again.   When, I talked to her last she had been doing her chamber for a year straight not missing one day.

There is one side effect that Lyme disease patients should anticipate when pursuing hyperbaric oxygen therapy. If you do not know about it, it may seem like a negative side effect. However, it is a positive side effect that indicates that the therapy is working. Symptoms may flare up or seem even worse after the initial HBOT session. This is because the bacteria that cause Lyme disease are dying, and they release endotoxins as they die. However, as all of the bacteria die off, patients will feel an immediate improvement in their health and well-being.

 

Multiple Sclerosis and Hyperbaric Oxygen Therapy

Multiple sclerosis is a devastating disease that can ravage the body and mind. With hyperbaric oxygen therapy, its sufferers can finally find relief.

Hyperbaric oxygen therapy is an essential part of a multiple sclerosis treatment plan and it should be an option that’s available to anyone with multiple sclerosis.

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Multiple Sclerosis and Hyperbaric Oxygen Therapy

Anyone who has ever had a family member with multiple sclerosis knows how devastating it can be. It is a demyelinating disease that attacks the central nervous system[1].  Depending on the severity of the disease, patients can live regular, productive lives for many years or decades after diagnosis, or they may experience rapid, crippling deterioration.

People with multiple sclerosis often experience balance problems, which may eventually relegate them to using a walker or wheelchair for mobility. Loss of vision and increased pain are also common symptoms, caused by slower nerve impulses. If the multiple sclerosis attacks the part of the brain that controls continence, bladder and bowel incontinence may occur. Limited movement, spasticity, and cognitive disorders also commonly follow a multiple sclerosis disorder.

Unfortunately, until recently, there was very little in the way of treatment for multiple sclerosis. Experimental medications were often all that patients could use, at possible detriment to their health and physical condition. Other options included possibly addictive pain medications that did not have any effect on multiple sclerosis symptoms but masked the pain that patients had to deal with every day. For many multiple sclerosis patients, getting their diagnosis was the worst day of their lives. All they could do was wait and see how destructive the disease was in their particular case, hope for slow deterioration, and wait to see if the disease attacked their neurological function.

multiple sclerosis patients can experience relief and a better life with hyperbaric oxygen therapy.

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Multiple Sclerosis and Hyperbaric Oxygen Therapy

However, America is beginning to accept a therapy that countries all over the world have accepted for decades. Hyperbaric oxygen therapy is an essential part of a multiple sclerosis treatment plan and it should be an option that’s available to anyone with multiple sclerosis.

Research shows a promising future for the use of hyperbaric oxygen therapy for patients with multiple sclerosis. Statistically, patients who undergo hyperbaric oxygen therapy experience less pain, less spasticity, and an improvement in motor function than those who did not undergo therapy[2].  Many patients also report an increase in energy, a relief for patients whose multiple sclerosis has left them with chronic fatigue, and an improvement in cognitive function.

Talking with patients who have undergone HBOT for multiple sclerosisalso yields exciting results. One patient who suffered from multiple sclerosis for 15 years signed up for 40 sessions. Initially, her muscle stiffness and spasticity left her unable to move in the chamber. After three sessions, she experienced great improvements in muscle looseness and flexibility. Her ability to walk around the house, use her exercise bike, and retain urinary control returned throughout her HBOT sessions[3].

With promising results like those described above, multiple sclerosis patients can experience relief and a better life with hyperbaric oxygen therapy. HBOT can reverse and halt the damaging effects of multiple sclerosis on the body and return hope to its sufferers.

 

Traumatic Brain Injury and Hyperbaric Oxygen Therapy

Those who suffer from traumatic brain injuries can improve their physical and mental symptoms with the use of hyperbaric oxygen therapy.

Clearly, HBOT is onto something that can help those who suffer from traumatic brain injuries. Like other therapies, the key is early diagnosis and early treatment.

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Traumatic Brain Injury and Hyperbaric Oxygen Therapy

Traumatic brain injuries take on a variety of forms and severities, depending on the cause of the injury and how much damage the brain sustained. Common causes of traumatic brain injuries include car accidents, hypoxia due to fire and smoke, sports injuries, and bomb blasts in war.

No thanks to how varied TBIcases are, it has been difficult to find remedies that will treat traumatic brain injuries and help patients recover or retain as much motor ability and cognitive ability as possible.

This is quickly becoming a public health issue as traumatic brain injuries become more and more common. As people drive longer and more often, their chances of sustaining a TBI due to a car crash rises. A huge amount of veterans are returning home from the war in Iraq with traumatic brain injuries that they sustained while serving their country.

Treatments that have been used for traumatic brain injuries in the past (and continue to be used today) treat the symptoms of traumatic brain injury, not the injury itself. Physical therapy, occupational therapy, and cognitive training are all used on a regular basis and they are often used in conjunction with each other. However, if these treatments and therapies are not kept up, patients often regress in their development. They may forget things quickly, lose the physical strength and motor capabilities developed during physical therapy, and return to needing help for basic, everyday tasks.

The use of HBOT shortly after a traumatic brain injury can improve the brain’s neuroplasticity.

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TBI and Hyperbaric Oxygen Therapy

Those who served their country, and in fact all TBI patients, deserve to recover as much of their brain function as possible. That’s where hyperbaric oxygen therapy comes in. By delivering pure oxygen directly to the brain and the muscles of the body, the brain is more easily able to repair its damaged parts. The use of HBOT shortly after a traumatic brain injury can improve the brain’s neuroplasticity[1].  Neuroplasticity is the brain’s ability to heal and recover from injuries by redirecting other neurological resources to tasks that were the responsibility of damaged brain areas.

There is lots of exciting research that confirms hyperbaric oxygen therapy’s ability to help the brain recover cognitive ability after a brain injury. When the effectiveness of HBOT was studied in regards to symptoms, physical exam[2], quality of life, and psychometric testing, researchers were thrilled at the results. 80% of patients improved in a majority of their symptoms, and physical examination showed that all of the subjects improved on the abnormalities initially found in their physical exam.

These findings increased even more after patients underwent 40 full HBOT sessions. The same study also found that patients who underwent HBOT had improved cognitive abilities, including memory, impulsivity, inattention, and reaction time.

Clearly, HBOT is onto something that can help those who suffer from traumatic brain injuries. Like other therapies, the key is early diagnosis and early treatment.