"O.K. I didn't believe in a back cracker, but after a very sore back and all the discomfort that comes with it I was referred to Dr. Steve by a coworker. He saw me on a Saturday, and an hour later I was feeling darned good, not 100% but he told me that due to my injury it would take a few sessions and at the price he charges that is more than O.K.
Here is a word to the wise... If your back hurts or you have headaches or anything that may be fixed by a chiropractor then go see one, and if you want the best then here he is Dr. Steve."
~Cole Y.
"I really did not believe in Chiropractors until I met Dr. Steve.
I threw my back out recently and was in pain just trying to walk. I really thought nothing could fix me. But I saw Dr. Steve and not only did he instantly cure my back problems I was able to go back to work and dance all night.
He truly is a miracle worker."
~Debora S.
Monday, March 22, 2010
Friday, March 19, 2010
Does Ibuprofen Help or Hurt During Exercise?
Phys Ed: Does Ibuprofen Help or Hurt During Exercise?
By Gretchen Reynolds
Several years ago, David Nieman set out to study racers at the Western States Endurance Run, a 100-mile test of human stamina held annually in the Sierra Nevada Mountains of California. The race directors had asked Nieman, a well-regarded physiologist and director of the Human Performance Laboratory at the North Carolina Research Campus, to look at the stresses that the race places on the bodies of participants. Nieman and the race authorities had anticipated that the rigorous distance and altitude would affect runners’ immune systems and muscles, and they did. But one of Nieman’s other findings surprised everyone.
After looking at racers’ blood work, he determined that some of the ultramarathoners were supplying their own physiological stress, in tablet form. Those runners who’d popped over-the-counter ibuprofen pills before and during the race displayed significantly more inflammation and other markers of high immune system response afterward than the runners who hadn’t taken anti-inflammatories. The ibuprofen users also showed signs of mild kidney impairment and, both before and after the race, of low-level endotoxemia, a condition in which bacteria leak from the colon into the bloodstream.
These findings were “disturbing,” Nieman says, especially since “this wasn’t a minority of the racers.” Seven out of ten of the runners were using ibuprofen before and, in most cases, at regular intervals throughout the race, he says. “There was widespread use and very little understanding of the consequences.”
Athletes at all levels and in a wide variety of sports swear by their painkillers. A study published earlier this month on the website of the British Journal of Sports Medicine found that, at the 2008 Ironman Triathlon in Brazil, almost 60 percent of the racers reported using non-steroidal anti-inflammatory painkillers (or NSAIDs, which include ibuprofen) at some point in the three months before the event, with almost half downing pills during the race itself. In another study, about 13 percent of participants in a 2002 marathon in New Zealand had popped NSAIDs before the race. A study of professional Italian soccer players found that 86 percent used anti-inflammatories during the 2002-2003 season.
A wider-ranging look at all of the legal substances prescribed to players during the 2002 and 2006 Men’s World Cup tournaments worldwide found that more than half of these elite players were taking NSAIDS at least once during the tournament, with more than 10 percent using them before every match.
“For a lot of athletes, taking painkillers has become a ritual,” says Stuart Warden, an assistant professor and director of physical therapy research at Indiana University, who has extensively studied the physiological impacts of the drugs.
“They put on their uniform” or pull on their running shoes and pop a few Advil. “It’s like candy” or Vitamin I, as some athletes refer to ibuprofen.
Why are so many active people swallowing so many painkillers?
One of the most common reasons cited by the triathletes in Brazil was “pain prevention.” Similarly, when the Western States runners were polled, most told the researchers that “they thought ibuprofen would get them through the pain and discomfort of the race,” Nieman says, “and would prevent soreness afterward.” But the latest research into the physiological effects of ibuprofen and other NSAIDs suggests that the drugs in fact, have the opposite effect. In a number of studies conducted both in the field and in human performance laboratories in recent years, NSAIDs did not lessen people’s perception of pain during activity or decrease muscle soreness later. “We had researchers at water stops” during the Western States event, Nieman says, asking the racers how the hours of exertion felt to them. “There was no difference between the runners using ibuprofen and those who weren’t. So the painkillers were not useful for reducing pain” during the long race, he says, and afterward, the runners using ibuprofen reported having legs that were just as sore as those who hadn’t used the drugs.
Moreover, Warden and other researchers have found that, in laboratory experiments on animal tissues, NSAIDs actually slowed the healing of injured muscles, tendons, ligament, and bones. “NSAIDs work by inhibiting the production of prostaglandins,” substances that are involved in pain and also in the creation of collagen, Warden says. Collagen is the building block of most tissues. So fewer prostaglandins mean less collagen, “which inhibits the healing of tissue and bone injuries,” Warden says, including the micro-tears and other trauma to muscles and tissues that can occur after any strenuous workout or race.
The painkillers also blunt the body’s response to exercise at a deeper level. Normally, the stresses of exercise activate a particular molecular pathway that increases collagen, and leads, eventually, to creating denser bones and stronger tissues. If “you’re taking ibuprofen before every workout, you lessen this training response,” Warden says. Your bones don’t thicken and your tissues don’t strengthen as they should. They may be less able to withstand the next workout. In essence, the pills athletes take to reduce the chances that they’ll feel sore may increase the odds that they’ll wind up injured — and sore.
All of which has researchers concerned. Warden wrote in an editorial this year on the website of the British Journal of Sports Medicine that “there is no indication or rationale for the current prophylactic use of NSAIDs by athletes, and such ritual use represents misuse.”
When, then, are ibuprofen and other anti-inflammatory painkillers justified? “When you have inflammation and pain from an acute injury,” Warden says. “In that situation, NSAIDs are very effective.” But to take them “before every workout or match is a mistake.”
By Gretchen Reynolds
Several years ago, David Nieman set out to study racers at the Western States Endurance Run, a 100-mile test of human stamina held annually in the Sierra Nevada Mountains of California. The race directors had asked Nieman, a well-regarded physiologist and director of the Human Performance Laboratory at the North Carolina Research Campus, to look at the stresses that the race places on the bodies of participants. Nieman and the race authorities had anticipated that the rigorous distance and altitude would affect runners’ immune systems and muscles, and they did. But one of Nieman’s other findings surprised everyone.
After looking at racers’ blood work, he determined that some of the ultramarathoners were supplying their own physiological stress, in tablet form. Those runners who’d popped over-the-counter ibuprofen pills before and during the race displayed significantly more inflammation and other markers of high immune system response afterward than the runners who hadn’t taken anti-inflammatories. The ibuprofen users also showed signs of mild kidney impairment and, both before and after the race, of low-level endotoxemia, a condition in which bacteria leak from the colon into the bloodstream.
These findings were “disturbing,” Nieman says, especially since “this wasn’t a minority of the racers.” Seven out of ten of the runners were using ibuprofen before and, in most cases, at regular intervals throughout the race, he says. “There was widespread use and very little understanding of the consequences.”
Athletes at all levels and in a wide variety of sports swear by their painkillers. A study published earlier this month on the website of the British Journal of Sports Medicine found that, at the 2008 Ironman Triathlon in Brazil, almost 60 percent of the racers reported using non-steroidal anti-inflammatory painkillers (or NSAIDs, which include ibuprofen) at some point in the three months before the event, with almost half downing pills during the race itself. In another study, about 13 percent of participants in a 2002 marathon in New Zealand had popped NSAIDs before the race. A study of professional Italian soccer players found that 86 percent used anti-inflammatories during the 2002-2003 season.
A wider-ranging look at all of the legal substances prescribed to players during the 2002 and 2006 Men’s World Cup tournaments worldwide found that more than half of these elite players were taking NSAIDS at least once during the tournament, with more than 10 percent using them before every match.
“For a lot of athletes, taking painkillers has become a ritual,” says Stuart Warden, an assistant professor and director of physical therapy research at Indiana University, who has extensively studied the physiological impacts of the drugs.
“They put on their uniform” or pull on their running shoes and pop a few Advil. “It’s like candy” or Vitamin I, as some athletes refer to ibuprofen.
Why are so many active people swallowing so many painkillers?
One of the most common reasons cited by the triathletes in Brazil was “pain prevention.” Similarly, when the Western States runners were polled, most told the researchers that “they thought ibuprofen would get them through the pain and discomfort of the race,” Nieman says, “and would prevent soreness afterward.” But the latest research into the physiological effects of ibuprofen and other NSAIDs suggests that the drugs in fact, have the opposite effect. In a number of studies conducted both in the field and in human performance laboratories in recent years, NSAIDs did not lessen people’s perception of pain during activity or decrease muscle soreness later. “We had researchers at water stops” during the Western States event, Nieman says, asking the racers how the hours of exertion felt to them. “There was no difference between the runners using ibuprofen and those who weren’t. So the painkillers were not useful for reducing pain” during the long race, he says, and afterward, the runners using ibuprofen reported having legs that were just as sore as those who hadn’t used the drugs.
Moreover, Warden and other researchers have found that, in laboratory experiments on animal tissues, NSAIDs actually slowed the healing of injured muscles, tendons, ligament, and bones. “NSAIDs work by inhibiting the production of prostaglandins,” substances that are involved in pain and also in the creation of collagen, Warden says. Collagen is the building block of most tissues. So fewer prostaglandins mean less collagen, “which inhibits the healing of tissue and bone injuries,” Warden says, including the micro-tears and other trauma to muscles and tissues that can occur after any strenuous workout or race.
The painkillers also blunt the body’s response to exercise at a deeper level. Normally, the stresses of exercise activate a particular molecular pathway that increases collagen, and leads, eventually, to creating denser bones and stronger tissues. If “you’re taking ibuprofen before every workout, you lessen this training response,” Warden says. Your bones don’t thicken and your tissues don’t strengthen as they should. They may be less able to withstand the next workout. In essence, the pills athletes take to reduce the chances that they’ll feel sore may increase the odds that they’ll wind up injured — and sore.
All of which has researchers concerned. Warden wrote in an editorial this year on the website of the British Journal of Sports Medicine that “there is no indication or rationale for the current prophylactic use of NSAIDs by athletes, and such ritual use represents misuse.”
When, then, are ibuprofen and other anti-inflammatory painkillers justified? “When you have inflammation and pain from an acute injury,” Warden says. “In that situation, NSAIDs are very effective.” But to take them “before every workout or match is a mistake.”
Tuesday, March 16, 2010
I Have A Congenital What?
I have a Congenital what? You have been told through an X-ray that you have a congenital defect in your spine. This is something that is abnormal or defected. Through my research and experience over the last ten years approximately 12% of the population have a congenital defect in their spine. These defects are usually inherited from the parents and grandparents or sometimes occur through a childhood trauma. There are three types of defects that I commonly see in my office.
The first one is called a Congenital Fusion. What that means is your body chose to fuse or glue several bones together. This is very similar to a rusted hinge on a door. The door may still open to some degree, but forcing the joint to move would be painful.
The second type is called a Spondylisthesis. In this defect not all the parts of the vertebra are connected properly. This type of fracture is highly unstable and requires continual maintenance and strength and stability in the spine.
The third type of defect involves having additional or extra vertebra in the spine. Sometimes in life we are given gifts. This gift is not usually good, because this extra bone or vertebra results in instability and weakness. This is very similar to having five wheels on a car, it would be great, if you were only driving your car on a straight road, but not if you where required to lift, stand or bend excess amounts of weight or long periods of time.
So, Dr. Lachuta, if I have this defect what should I do about it? It is my recommendation that chiropractic adjustments will keep the one above and below the defect area moving and free of nerve pressure. The nervous system controls and coordinates every function of the human body. 90% of the nervous system controls functions and only 10% controls. Interference or pressure on the nervous system will decrease the ability of the nerves, glands, organs and tissues to work properly. The majority of patients with these defects do not have pain either. Regularly monitoring of the vertebra thru exams and technology to insure that the bone maintains it’s health and strength. Proper diet, exercise and stretching will also keep the congenital defect and the spine healthier, flexible and stronger.
For additional information, please call Northgate Chiropractic at
(206) 367-2224.
The first one is called a Congenital Fusion. What that means is your body chose to fuse or glue several bones together. This is very similar to a rusted hinge on a door. The door may still open to some degree, but forcing the joint to move would be painful.
The second type is called a Spondylisthesis. In this defect not all the parts of the vertebra are connected properly. This type of fracture is highly unstable and requires continual maintenance and strength and stability in the spine.
The third type of defect involves having additional or extra vertebra in the spine. Sometimes in life we are given gifts. This gift is not usually good, because this extra bone or vertebra results in instability and weakness. This is very similar to having five wheels on a car, it would be great, if you were only driving your car on a straight road, but not if you where required to lift, stand or bend excess amounts of weight or long periods of time.
So, Dr. Lachuta, if I have this defect what should I do about it? It is my recommendation that chiropractic adjustments will keep the one above and below the defect area moving and free of nerve pressure. The nervous system controls and coordinates every function of the human body. 90% of the nervous system controls functions and only 10% controls. Interference or pressure on the nervous system will decrease the ability of the nerves, glands, organs and tissues to work properly. The majority of patients with these defects do not have pain either. Regularly monitoring of the vertebra thru exams and technology to insure that the bone maintains it’s health and strength. Proper diet, exercise and stretching will also keep the congenital defect and the spine healthier, flexible and stronger.
For additional information, please call Northgate Chiropractic at
(206) 367-2224.
Tuesday, March 9, 2010
Early Spring = Early Allergy Symptoms
A healthy immune system means high resistance to disease and infection, an enhanced ability to deal with environmental stresses, and greater health and well-being. The immune system is one of the most complicated, sensitive, and mysterious systems in the body. It is influenced by our neurological and hormonal systems, by our diet, and even by emotional and mental stress. Science's understanding of it is in its infancy, yet many believe it holds the ultimate key to life and health.
Thus we can see that if the immune system were to malfunction we could be in very serious trouble. The most common disorder of the immune system is one that is a lot less frightening: the allergy.
Substances that cause an allergic reaction are called allergens. An allergic reaction (sensitivity) occurs when the immune system overreacts to an allergen and produces too many neutralizing chemicals (especially histamines) to counteract it. Some examples of allergens are dust; pollen; medicines; dog or cat dander; dairy; soaps; detergents and other kitchen chemicals; and even foods like strawberries or chocolate (heaven forbid!).
A common example of an allergy is hayfever. Although most people who breathe ragweed pollen aren't bothered by the microscopic bits of plants that constitute pollen, some have an immune system that overreacts to it. The runny eyes, irritated mucus membranes, redness, pounding in the head, fullness in the sinuses - are produced by the neutralizing chemicals.
The cause of allergies and immune system disease has not been conclusively determined. However, there are those who attribute the proliferation of allergies and other immune system diseases to the mass vaccination campaigns of the past few decades.
Medicine has no cure for allergies, only treatment. According to Robert Mendelsohn, M.D “You can depend on most doctors to largely ignore the cause and instead rush madly to treatment.” Unfortunately, the treatment is often worse than the disease, especially since the relatively safe folk-measures of yesteryear have been replaced by the sophisticated, dangerous drugs of modern medicine.
Overreaction to allergens causes the body to release the chemical histamine (as well as other chemicals) that cause inflammation
and other symptoms. Antihistamines are often prescribed to counter these effects. In most cases the antihistamines dry up the nasal passages and decrease the discomfort from itching, but do not correct the immune system overreaction.
Antihistamines, steroid hormones, and long-term desensitization all carry significant negative side effects.
Regarding allergy shots (desensitization), Dr. Mendelsohn states, "Although millions of patients have received the shots over the past 60 years, there are no, good, long-term studies to determine possible neurologic or other consequences of this treatment." Also mentioned was "a striking incidence of positive 'rheumatoid factors' in allergic children receiving shots.” Clinical studies have shown that breast fed babies have fewer allergy problems than formula-fed babies. Although chiropractic is not a treatment for diseases, allergies included, it does, by permitting the nervous system to function with less stress, permit the immune system to function more effectively - and this is something all allergy sufferers need.
Many studies have revealed the effect of a healthy nervous system on immune system health. Ronald Pero, Ph.D., chief of cancer prevention research at New York's Preventive Medicine Institute and professor of medicine at New York University, measured the immune systems of people under chiropractic care as compared to those in the general population and those with cancer and other serious diseases.
His study found that chiropractic patients have a 200% greater immune competence than people who had not received chiropractic care. Allergies can make people's lives miserable. The standard medical approach may give short-term relief but is controversial and dangerous, and its long-term effects are untested. Common sense tells us to explore the safest, most natural means of dealing with problems before resorting to more extreme measures. A two-fold approach to allergies is often recommended: first, the avoidance of those substances that cause severe reactions and, second, correction of the basic cause - a malfunctioning immune system.
As one authority states, “A healthy body is capable of neutralizing these toxic substances and a body which has malfunctioning defense mechanisms cannot. The emphasis on allergies must be on building a healthy body, not on trying to use evasive tactics by eliminating all the allergens."
For additional information, please call Northgate Chiropractic at
(206) 367-2224.
Thus we can see that if the immune system were to malfunction we could be in very serious trouble. The most common disorder of the immune system is one that is a lot less frightening: the allergy.
Substances that cause an allergic reaction are called allergens. An allergic reaction (sensitivity) occurs when the immune system overreacts to an allergen and produces too many neutralizing chemicals (especially histamines) to counteract it. Some examples of allergens are dust; pollen; medicines; dog or cat dander; dairy; soaps; detergents and other kitchen chemicals; and even foods like strawberries or chocolate (heaven forbid!).
A common example of an allergy is hayfever. Although most people who breathe ragweed pollen aren't bothered by the microscopic bits of plants that constitute pollen, some have an immune system that overreacts to it. The runny eyes, irritated mucus membranes, redness, pounding in the head, fullness in the sinuses - are produced by the neutralizing chemicals.
The cause of allergies and immune system disease has not been conclusively determined. However, there are those who attribute the proliferation of allergies and other immune system diseases to the mass vaccination campaigns of the past few decades.
Medicine has no cure for allergies, only treatment. According to Robert Mendelsohn, M.D “You can depend on most doctors to largely ignore the cause and instead rush madly to treatment.” Unfortunately, the treatment is often worse than the disease, especially since the relatively safe folk-measures of yesteryear have been replaced by the sophisticated, dangerous drugs of modern medicine.
Overreaction to allergens causes the body to release the chemical histamine (as well as other chemicals) that cause inflammation
and other symptoms. Antihistamines are often prescribed to counter these effects. In most cases the antihistamines dry up the nasal passages and decrease the discomfort from itching, but do not correct the immune system overreaction.
Antihistamines, steroid hormones, and long-term desensitization all carry significant negative side effects.
Regarding allergy shots (desensitization), Dr. Mendelsohn states, "Although millions of patients have received the shots over the past 60 years, there are no, good, long-term studies to determine possible neurologic or other consequences of this treatment." Also mentioned was "a striking incidence of positive 'rheumatoid factors' in allergic children receiving shots.” Clinical studies have shown that breast fed babies have fewer allergy problems than formula-fed babies. Although chiropractic is not a treatment for diseases, allergies included, it does, by permitting the nervous system to function with less stress, permit the immune system to function more effectively - and this is something all allergy sufferers need.
Many studies have revealed the effect of a healthy nervous system on immune system health. Ronald Pero, Ph.D., chief of cancer prevention research at New York's Preventive Medicine Institute and professor of medicine at New York University, measured the immune systems of people under chiropractic care as compared to those in the general population and those with cancer and other serious diseases.
His study found that chiropractic patients have a 200% greater immune competence than people who had not received chiropractic care. Allergies can make people's lives miserable. The standard medical approach may give short-term relief but is controversial and dangerous, and its long-term effects are untested. Common sense tells us to explore the safest, most natural means of dealing with problems before resorting to more extreme measures. A two-fold approach to allergies is often recommended: first, the avoidance of those substances that cause severe reactions and, second, correction of the basic cause - a malfunctioning immune system.
As one authority states, “A healthy body is capable of neutralizing these toxic substances and a body which has malfunctioning defense mechanisms cannot. The emphasis on allergies must be on building a healthy body, not on trying to use evasive tactics by eliminating all the allergens."
For additional information, please call Northgate Chiropractic at
(206) 367-2224.
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