Weekly News & Insights

Need another reason to drink more water? Check out these amazing health benefits

on May 18, 2017

The average American child is water-deficient from a very young age, while official statistics say that at least one-third of U.S. citizens don't get enough H2O in their systems. The people that do get enough actually rely heavily on other sources. Indeed, 48% of their total intake of liquids comes from soft drinks, food and other kinds of beverages.

For a species that starts off with 78% of their body made of water at birth, we sure end up hating it a lot. In fact, we've messed up liquid circulation so badly that our physiology is likely to send us hunger signals rather than thirst. What? Don't be surprised, but your body doesn't actually need food every time you're hungry. Some of us get so used to drinking minimal amounts of water that our bodies demand food instead, knowing that there are higher chances of getting some hydration that way. Nonetheless, drinking enough plain water has numerous health benefits for our bodies, while being depriving of this vital fluid may lead to serious health concerns.

What happens when you don't hydrate enough

If you're not big on chugging aqua, the first consequence you'll notice is that you go to the bathroom less often. Surprised? You shouldn't be. When human physiology doesn't have enough liquids to run vital processes, it starts squeezing the last drop out of everywhere it can. It begins with the colon. Consequently, when your body isn't getting enough water, you'll become constipated. Instead of eliminating the waste, your body starts hoarding it in the hope that there will be some water around there. Yuck.

Another way for the human body to eliminate toxins is urination. It's not called "number 1" for no reason. Our kidneys process an incredible range of harmful substances from our blood and send them on their way through urination. This task becomes increasingly difficult to complete when there isn't enough water available. It gets worse. If you don't drink enough H2O, you severely increase your risk of developing kidney stones.

Besides regulating our internal temperature (particularly important in certain climates), water helps carry the entirety of the proteins and carbohydrates processed by our bodies through the bloodstream. Ever experience muscle twitching after a day of physical destruction? Lack of water in a fatigued muscle can also cause that.

Not all water is good

It is true that proper hydration can make your skin look years younger. This happens because when you lack water, your body will also start to absorb water molecules from your skin, making wrinkles look deeper and your eyes sink in their sockets. You may think that appearance is important, but your body thinks that your skin can deal with a few creases in order to keep those vital organs up and running.

What's most surprising for a civilization that's no less than a few decades away from veritable artificial intelligence is that not all water sources are clean and good. One concern is that most of us are drinking too much chlorine, fluoride or other toxic chemicals through potable water. A good water filter is an investment that pays off instantly. Don't postpone getting one another second, if you don't own one already. When push comes to shove and you can't afford a filter, excess chlorine can be removed if you add a bit of lemon or vitamin C powder. It'll neutralize it instantly.

Perpetual movement

Even if we've become increasingly sedentary in the past 50 years, life is perpetual movement. Our blood moves around, supplying each and every one of our cells with beneficial substances, while taking out those harmful toxins. Food comes in and, as we speak, it's on its way out. Even our minds move, metaphorically. If we don't drink enough water (almost 3 liters for adult men and a little over 2 for women), things start to slow down. If you give it a shot, you may be surprised of how much good H2O can do for you.

Source: Tuesday, March 08, 2016 by: Harold Shaw http://www.naturalnews.com/053224_hydration_clean_water_health_benefits.htmlread more

acassaraNeed another reason to drink more water? Check out these amazing health benefits

State researchers exploring health risks of sugary beverages

on May 11, 2017

Professional athletes who rely on popular sports drinks like Gatorade and Powerade are really doing themselves a disservice, impairing their performance potential. Once in the body, these dye-filled "Kool-Aid-like" drinks actually acidify the cellular environment, restricting oxygenation of cells while limiting ATP energy production from the mitochondria. Still, drinks like these are promoted by athletes and marketed as replenishing sports beverages that enhance athletic performance.

According to a new report by UC Berkeley, these sports drinks aren't much different from soda. After exploring their sugar content and related health risks, the researchers described the beverages as "essentially sodas without the carbonation." In the study, 21 popular drinks with health claims were investigated, as researchers compared flowery marketing with the drinks' actual compositions.

"We often see labels on energy and sports drinks that tout health benefits, but the sugar levels in these products rival that of sodas," said lead author Patricia Crawford, director of the Atkins Center for Weight and Health. "They are essentially sodas without the carbonation, but they give the misleading impression that they are healthy," she said.

Synthetic vitamins, fake energy, and loads of dyes and refined sugar

The beverage industry tries to convince the public that drinks like these are healthy, but they are often loaded with sugar; in one drink, there were 18 teaspoons of sugar in the container. Other drinks are fortified with vitamins, but these often go unused by the body, because they are often synthetic derivatives that aren't readily broken down, absorbed and utilized by the body. Vitamin and herb content of some of these energy drinks fools some people into thinking that they are getting a fair share of nutrition for the day, when in reality, they are being inundated with nothing but loads of refined sugar that acidify the cells.

The researchers concluded that common sports drinks on the market are also contributing to diabetes and obesity in youth, because they contain so much added sugar. Energy drinks provide short-term energy with heightened caffeine levels, but that energy is quickly lost, addicting youth to want more of the beverages which give nothing but headaches and heart arrhythmia.

A true energy drink is simply fresh fruit and vegetable juice, which neutralizes excess hydrogen in the cells as it enters the body. The OH- molecules from the juice combine with excess hydrogen in the acidic environment to form water (H2O); thus flushing the cells, reducing edema and allowing mitochondria to produce more longer-lasting ATP energy.

Study debunks marketing claims of sports and energy drinks, highlights their negative effects

A marketing analysis conducted at Yale University's Rudd Center picked apart the beverages' marketing claims and refuted them here in a simple, straightforward chart.

For example, the researchers showed that Gatorade G Series Recover is marketed as "providing hydration and muscle-recovery benefits with its specially designed protein replenishment formula," but the researchers refuted, saying, "Water is the optimal beverage of choice for hydration. The average diet is already high in protein and adequately supports physically active adolescents' muscle rebuilding and growth."

Energy drinks like the popular "RockStar" claim that the beverages are "Double Strength, Double Size. Bigger. Better. Faster. Stronger," but according to the researchers, the level of caffeine and guarana in these beverages "stimulate the cardiovascular and nervous system, and can have detrimental effects (such as tachycardia)." On top of that, the researchers correlated energy drinks with increased stress, nervousness, anxiety, headaches, insomnia and reduced academic performance. They were even found to cause hallucinations, tremors and seizures.

In fact, the researchers found that all the drinks have one thing in common: explicit sugar content. Anything from popular fruit drinks to flavored water and from sports drinks to flavored teas all contained deleterious amounts of sugar and were determined to be fueling the increase of obesity and diabetes in today's culture.

Source: Tuesday, August 19, 2014 by: L.J. Devon, Staff Writer http://www.naturalnews.com/046513_sports_drinks_sodas_sugary_beverages.htmlread more

acassaraState researchers exploring health risks of sugary beverages

Experts Offer New Guidelines for Athletes Competing in the Heat

on May 4, 2017

With new recommendations, a panel of experts aims to help athletes compete in hot environments.

Many major sporting events take place in the summer, including the Summer Olympics, the FIFA World Cup and the Tour de France.

“Our motivation was to offer recommendations on how to best protect the health of the athlete and sustain/enhance performance during events taking place in the heat," Andreas Flouris, who helped write the new guidelines, told Reuters Health in an email.

"These guidelines represent the state-of-the-art for training and competing in the heat and should be followed by athletes, coaches, and event organizers," said Flouris, an assistant professor in physiology at the University of Thessaly in Greece.

Flouris and other experts in sports medicine and physiology met recently in Qatar, where the 2022 FIFA World Cup is to be held, to discuss training and competing in the heat.

In Qatar, daytime summer temperatures regularly surpass 40 degrees Celsius (104 F).

What's more, exercise generates large amounts of heat in the body and if this heat is not released into the environment, the athlete's body temperature will rise, which can reduce performance and cause serious health risks.

And in hot environments, it is more difficult for heat to be released from the body, Flouris noted.

One important factor for athletes is heat acclimatization, or the process of adapting the body to the environment in the time before competition.

Body functions such as heart rate and internal temperature will adapt after one week of training in the heat, but the experts recommend two weeks as an ideal adjustment period.

Athletes can adapt to the heat by arriving at the competition's location early to train. Or, they can train in artificially heated environments for an hour per day.

"Acclimatization can decrease the risk of heat illness, which includes symptoms like nausea, fatigue, fainting etc.," said Sven Voss, an exercise physiologist at Anti Doping Lab Qatar. He was not involved with the new recommendations.

In their June 11 online report in the British Journal of Sports Medicine, the experts also stress the importance of hydration and recommend that athletes drink fluid every two to three hours leading up to exercise.

Voss noted in an email that as a general rule, thirst is a good sign for an athlete to drink, but that under extreme conditions like ultra-marathons, it may be advisable to drink before signs of thirst occur.

The panel recommends taking plenty of fluids with meals and Flouris advised that recovery regimens should include sodium, carbohydrates and protein.

"Athletes training in the heat have higher daily sodium (i.e., salt) requirements than the general population," Flouris added. So they may need to take sodium supplements during exercise.

Lastly, the guidelines note that cooling down before, after or in-between events is an important consideration for athletes.

External cooling methods can include applying ice to the body, being immersed in water or fanning. Athletes can also use internal cooling methods such as drinking cold or icy fluids.

In addition to competitors' individual efforts, Flouris advised that event organizers and sporting federations can support athletes by "allowing additional (or longer) recovery periods for enhanced hydration and cooling opportunities."

"Try to find out beforehand how temperature, humidity, etc. will be at the place of competition and try to acclimatize," Voss recommended. "Make sure that you have a strategy when and how to drink according to your individual needs."

"Failing to prepare means preparing to fail, as heat can have deleterious effects on our health," Flouris said.

Source: Madeline Kennedy, June 26, 2015 http://www.medscape.com/viewarticle/846989read more

acassaraExperts Offer New Guidelines for Athletes Competing in the Heat

Allergic Rhinitis a Significant Burden

on April 27, 2017

Allergic rhinitis continues to exact a high toll on the quality of life of Americans, according to a survey presented here at the American Academy of Allergy, Asthma and Immunology (AAAAI) 2011 Annual Meeting.

"The data are timely, as they were collected from patients who have allergies in surveys less than 1 year ago," study presenter Gary Gross, MD, from the Dallas Allergy and Asthma Center, Texas, told Medscape Medical News. "The results are more of a stimulus to try to improve the care for these patients whose lives are so dramatically influenced by allergies."

Reached for comment, Neeta Ogden, MD, an adult and pediatric allergist at Englewood Hospital and Medical Center in New Jersey, and member of the AAAAI, noted that "the quality-of-life impact can be overlooked in clinical practice."

"People may think allergies are not as 'life-threatening' as other medical problems like diabetes or high blood pressure, etc. However, untreated allergies, especially during the peak pollen months, can lead to daily impairment that affects work/school and quality of life," Dr. Ogden said.

Comparative Look at NASL 2010 and AIA 2006

At the AAAAI's annual gathering, Dr. Gross presented results of the 2010 Nasal Allergy Survey Assessing Limitations (NASL) Survey, looking at the effect allergic rhinitis currently has on the quality of life of Americans.

As part of the survey, 400 people aged 18 years and older who had been diagnosed with allergic rhinitis and who had experienced nasal allergy symptoms or taken medication for their condition in the past 12 months were interviewed. The findings were compared with 2500 respondents from the 2006 Allergies in America Survey (AIA) to determine the degree to which allergic rhinitis still affects patient quality of life.

A look at the 2 data sets suggests no apparent easing of the emotional toll of allergic rhinitis, the researchers say.

Table. Comparison Between NASL 2010 and AIA 2006

table

"The survey reminds us all that these patients suffer far beyond the congestion, runny nose, and sneezing that are characteristic symptoms of allergic rhinitis, and that they need more effective treatment to be productive and to improve their quality of life," Dr. Gross told Medscape Medical News.

He advised clinicians to "question patients who have allergic rhinitis more thoroughly regarding how allergic rhinitis impacts the quality of the patients' lives, and then try to determine the best approach to treatment."

The NASL 2010 survey also confirms that allergic rhinitis limits peoples' ability to participate in social activities (29%), to have or play with pets (34%), and to participate in outdoor (52%) and indoor (13%) activities.

Mirroring the AIA 2006 survey, 33% of respondents in NASL 2010 reported their symptoms affected them "a lot" or a "moderate" amount during the month when nasal symptoms were at their worst. In NASL 2010, work productivity was roughly 71% when nasal symptoms were at their worst; the figure was nearly the same (72%) among AIA 2006 respondents.

Nasal symptoms of allergic rhinitis also contribute to "substantial" sleep disturbances, including trouble falling to sleep and staying asleep, according to other data from the NASL 2010 Survey reported separately at the meeting.

New Data "Not Surprising"

In Dr. Ogden's view, the NASL 2010 findings are "not surprising, especially since allergy symptoms seem to be more intense than ever and people are experiencing new-onset allergies and worsening of existing allergies in the last few years."

"In terms of seasonal allergies," she said, "this has been attributed to global warming leading to more intense, longer seasons. People seem to have worse symptoms and often express breakthrough allergy symptoms even on doses of medications that used to help them before."

Following up with patients is key, Dr. Ogden said, "because there are a number of therapies out there that can be added if the first medication doesn't work. In addition, getting patients on your and their own radar in terms of allergy so they can start medications 2 to 3 weeks before the peak season is also important."

Dr. Gross and Dr. Ogden have disclosed no relevant financial relationships.

American Academy of Allergy, Asthma and Immunology 2011 Annual Meeting: Abstract 838. Presented March 20, 2011.

Source: http://www.medscape.com/viewarticle/739928 Megan Brooksread more

acassaraAllergic Rhinitis a Significant Burden

Shifting Temps May Prime Patients for Spring Allergies

on April 20, 2017

Spring allergy season is again off to an early start in many parts of the country, and doctors say there are some signs it may be even more miserable than usual this year.

Last year was the fourth warmest winter on record, with consistently mild temperatures. That led to record-breaking pollen counts that struck about a month earlier than normal in some places.

But this year, many areas got a false spring. Temperatures rose briefly and then dipped again. The swings caused pollen levels to rise, then fall, then rise again.

That pattern of pollen release sets people with allergies up for something called "the priming effect," says Stanley M. Fineman, MD, an Atlanta-based allergist and past president of the American College of Allergy, Asthma and Immunology.

“When patients are exposed, then the pollen goes away for a while, there’s a weather change or whatever, then they are re-exposed to that pollen, they can have an even more significant effect because their system is primed to respond,” Fineman says.

“It results in patients having a lot more difficulty with significantly worse symptoms” that may be tougher to get under control, he says.

Some parts of the South and East Coast began logging high tree pollen counts in January. Then pollen levels dropped in early February before climbing again by the end of the month. Plenty of allergy-prone people were caught unprepared.

At the Allergy and Asthma Center of Georgetown, in Texas, doctors say they began seeing people with seasonal allergies about a month earlier than usual.

“The typical symptoms are congestion, runny nose, itchy eyes, sneezing, watery eyes, sore throat, itchy throat, headaches, itchy ears,” not to mention all the patients who have asthma that’s triggered by allergies, says Sheila Amar, MD. “It’s pretty miserable."

Blame Climate Change

The bad news is that these amped-up spring allergy seasons probably aren’t flukes. Scientists say that as climate change accelerates, so will allergies.

“Springs are coming earlier,” says Jake Weltzin, PhD, executive director of the USA National Phenology Network, a government project to track the effects of climate change on the habits of plants and animals.

As the weather gets warmer earlier in the year, more plants and trees start to bloom at the same time, creating “a pollen bomb,” Weltzin says.

What’s more, experiments show that plants exposed to higher levels of the greenhouse gas carbon dioxide make more pollen. The pollen they make also has higher levels of proteins that trigger allergies, which makes it more potent.

Beat Allergy Symptoms

Doctors say the best time to treat allergies is before they flare up.

“Once your immune system is revved up and reacting to the allergens, it’s always harder to get it under control,” Amar says. “In general, being proactive is a much better approach.”

That can be tough to do when winter weather is unpredictable. If allergies already have you in their grips, some common-sense steps can cut the misery:

  • On higher-pollen-count days, avoid going outside, especially in the morning when pollen levels are highest. If you have to go out, take your allergy medications with you.
  • Keep windows and doors closed. Run the air conditioner instead.
  • Wear a mask if you have to work outdoors.
  • Take a shower at the end of the day to wash sticky pollen grains from your hair. That can help you get a better night’s sleep.

Source: http://www.medscape.com/viewarticle/780516 Brenda Goodman read more

acassaraShifting Temps May Prime Patients for Spring Allergies

EpiPen Supply in Schools Not Enough Without Training

on April 13, 2017

More than one in five cases of anaphylaxis that occur in schools happen in people with no known allergies, and school staff are not always properly trained to handle them, a new study suggests.

"Bottom line, I think our findings underscore the need for continued education in the school setting," Martha White, MD, director of research at the Institute for Asthma and Allergy in Wheaton, Maryland, told Medscape Medical News.

Dr White presented the findings here at the American Academy of Pediatrics (AAP) 2015 National Conference.

The study highlights two different scenarios: people who experience their first anaphylaxis event and would benefit from epinephrine autoinjectors stocked by the school, and people with a diagnosis of anaphylaxis who may or may not have their injectors handy.

"We want to have this lifesaving medication at school," said session organizer and moderator Mandy Allison, MD, from the University of Colorado in Aurora.

Several states now have passed or are passing legislation that allows the school to stock lifesaving medication not designated to a specific person, she reported.

The data come from a web-based survey of schools participating in the EpiPen4Schools program, developed by Mylan Specialty, which distributes epinephrine autoinjectors to more than 30,000 elementary and high schools, free of charge, in the United States.

Of the 32,387 schools invited to participate in the survey from May to July 2014, 6019 responded. Most were completed by the school nurse.

There were 919 anaphylactic events reported by 607 (11%) of 5683 schools.

Information on the anaphylactic event was included in 852 of the completed surveys. People with no known allergies experienced 187 (22%) of the events, and students experienced 757 (89%) of the events. Of the 757 events experienced by students, 32% were in grade school, 19% were in middle school, and 49% were in high school.

Food, Insect Bites, Other Triggers

Triggers were included in 847 of the surveys: 62% of the triggers were food, 20% were unknown, 10% were insect bites, 7% were environmental or related medication or health factors, and 1% were latex.

Treatments were included in 851 of the surveys: 75% were epinephrine autoinjectors, 24% were antihistamines, and 1% were unknown.

"Epinephrine is the only approved treatment, yet even in the schools that received free EpiPens, only 75% used them," Dr White pointed out. "That is an opportunity for education, because antihistamines won't stop anaphylaxis."

There were no deaths reported, suggesting that those who received antihistamines most likely had mild symptoms that would have cleared anyway, she pointed out.

Of the 636 epinephrine-treated events, 49% used autoinjectors from the school supply and 45% used the person's personal autoinjector.

Use of the school supply does not necessarily mean the individual did not have their own autoinjector with them. It might just have been easier for the school nurse to grab the stock pen than to go searching for the personal pen in an emergency, Dr White explained.

And, of course, the stock pen would have been used in all of the cases of first-time anaphylaxis treated with epinephrine, she added.

Trained to Treat

Of the 5613 schools that responded to questions about staff training, 36% reported that the only people trained to recognize the signs of anaphylaxis were the school nurse and a small number of others, 29% reported that most staff members were trained, and 31% reported that all staff members were trained. However, 54% of the schools permitted only the school nurse and select staff members to administer epinephrine.

"Teach the kids how to use the devices themselves, as long as they're mature enough to do it. For the adolescents, try to reinforce non-risk-taking and the avoidance of triggers. They need to be told this can kill you," Dr White advised.

"There's not always a nurse in every school, so other folks need to be trained to use these medications," Dr Allison told Medscape Medical News. "We still have a long way to go in terms of when to use epinephrine autoinjectors and what the indications are. They're probably being underutilized," she said.

"Our training should focus on school nurses, but also on the folks who are more likely to be present at the moment the reaction occurs. That's not always the nurse," she pointed out.

This can be a real problem if, for example, a child has an anaphylaxis event on the playground, said Dr White. In such a scenario, "the teacher has to transport the kid to the health room to get treated. That's an opportunity for education as well," she said.

She noted that many of her teenage patients know how to administer the epinephrine themselves, and that many teenage babysitters are trained to use the devices for their charges. "If I can train teenagers to do it, I'm sure the schools could train the teachers."

Dr Allison said that these data are fairly consistent with those from other publications, although there is not a huge database to compare them with. And, she said, these results are not ideal because of the extent of the missing data, both in the overall response rate and in the answering of individual questions.

"It's not the perfect study, but it is some of the better data that we have on a national level. It's starting to give us an idea of what's going on in schools," she added.

Dr White is a consultant for Mylan and has worked with most of the other companies that make allergy- and asthma-related products. Dr Allison has disclosed no relevant financial relationships.

American Academy of Pediatrics (AAP) 2015 National Conference. Presented October 24, 2015.

Source: http://www.medscape.com/viewarticle/853486 Miriam E. Tuckerread more

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Severe Allergies and Travel: The Journey Begins With a Single Step

on April 6, 2017

Many travelers now come equipped with tissues and antihistamines. But for those with severe allergies, travel can be a much more harrowing, and potentially deadly, experience.

Consider, for example, a few incidents that highlight how challenging severe allergies while traveling can be for individuals. A recent story that grabbed international headlines drew attention to a 7-year-old boy and his family who were forced by the airline to deplane after he had a severe allergy attack prompted by the presence of service dogs on the domestic flight.

Although in this instance the boy's allergies were not life-threatening, other high-profile stories in the past couple of years have featured young children who have gone into anaphylaxis after consuming, or simply being exposed to, tree nuts during flights—allergic reactions extreme enough to force the planes to land for the children to receive medical treatment.

Sensational media coverage aside, there is a recurrent thread to stories like these: Severe allergic reactions during travel are unpredictable, can come on swiftly, and are increasingly common. Knowing one's risk and planning ahead may make all the difference, which makes communication between physicians and patients about the management of severe allergies that much more important.

Source: http://www.medscape.com/viewarticle/860408   Rebecca E. Cooney, PhD  March 21, 2016

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Structural Issues, an Integrated Approach

on March 30, 2017

When treating structural conditions, my first goal is the elimination of the patient’s pain; however, just getting the patient out of pain is not the end goal. The end goal is for the patient to be fully functional, long term. To achieve this, an integrated approach is absolutely necessary. I recommend the following steps when developing a personalized treatment plan for structural and non-structural issues:

  • A Non-Invasive Comprehensive History & Examination
  • Progressive Objective Testing
  • An Individualized Structural Health Care Program

Treatment may include any or all the following strategies in various combinations:

  • Chiropractic Care
  • Functional Neurology
  • Health Coaching
  • Physical Therapy
  • Massage Therapy
  • Functional Exercise Therapy
  • Physiologic Modalities

The goal of implementing these strategies is the reversal or elimination of problematic structural and functional conditions.

A Structural Case Study
A 44-year-old gentleman, who had knee surgery about three months earlier was still suffering from chronic knee issues. He went to physical therapy, had his normal strengthening and stretching routines, but appropriate proprioceptive rehab was never established for him. During this time the gentleman was wearing orthotic devices.

Orthotics are customized foot devices that slip into the shoe allowing the foot to function and transfer energy throughout the system. There is something called the kinetic chain, which starts at the base of the heel, or the back of the heel during heel strike and ends at the opposite base of the skull. That is why we “cross-crawl” or when we walk. It’s the way energy transfers through our bodies as we walk or run.

When an orthotic is necessary, it allows the individual to transfer that energy correctly, so there’s no abnormal stress on the joints as they walk, run or stand. This patient’s orthotics were never reassessed after the knee surgery. The first step was to bring him in, reassess him, rebuild orthotics and give him an appropriate rehabilitation protocol.

After evaluation and treatment he was pain free in just two weeks, with no additional  complications from surgery. The moral of this story is to make certain you reset the neurological control around an injured area after surgery, and make sure it’s solidified through appropriate training and treatment.

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acassaraStructural Issues, an Integrated Approach

The Benefits of E.M.S. Therapy

on March 16, 2017

Electrical muscle stimulation, or EMS therapy, is used to treat a variety of painful issues, much like therapeutic massage, from muscle strain and injury to fibromyalgia symptoms. This commonly sought after treatment uses an electrotherapy device that delivers a small, pulsating current to the muscles and nerve endings. This current encourages blood circulation, muscle stimulation and healing.

One of the greater benefits of Electrical Muscle Stimulation (EMS) is that it can be used to treat weak or atrophied muscles resulting from an injury or from long periods of immobility. This works by stimulating muscles, which causes them to contract and relax, much like normal physical activity. Electrical Muscular.

Stimulation helps develop strength in the affected area and can be used to treat completely incapacitated patients by creating involuntary muscle contraction responses, thereby improving and also maintaining muscle tone without any actual physical activity.

Many sports-related injuries reduce the range of motion in joints, especially in the shoulders, elbows and knees. EMS can be used on an impeded joint to increase range of motion and promote healing in the injured area by increasing blood flood and thereby reducing inflammation.

Many of my patients suggest that EMS helps relieve their chronic pain in joints and muscles, as well as their suffering from stress and tension. This therapy is great for relieving pain in patients with fibromyalgia and also can be used to treat chronic headaches, muscle weakness and fatigue, as well as overall body aches and pain.

Because of the restricted range of motion in tender and swollen joints, EMS therapy works well for arthritis sufferers by increasing range of motion in their joints and reducing pain and inflammation. EMS does this by channeling a low-frequency electrical current through muscle nerves and the connective tissue. Pain relief is accomplished when the body begins secreting additional amounts of endorphins and other natural pain relievers to the affected area.

How EMS Works

Electrical Muscular Stimulation works by placing electrodes at the site of the injury and gradually increasing the electrical current output. What the patient feels in the beginning is a tingling sensation. As the electrical current increases, the tingling feels stronger but not uncomfortable in any way. Over a short period of time, the patient’s body adapts to the electrical current, which necessitates an increase in the electrical current level every few minutes. A typical treatment lasts from 10 to 20 minutes, depending on the condition being treated.

Some of the more common injuries that are treated with EMS include strained ligaments, muscle sprains, strains and spasms.

by Dr. Thomas M. Mitchell, D.C., CCSP | Owner, Clinic Director Chicago Institute for Health and Wellness Copyright ©read more

acassaraThe Benefits of E.M.S. Therapy