Dr. Gartzke recently acquired a Class IV Thermal Laser for use at River Falls Spine Chiropractic & Wellness Center. This will allow for even greater treatment options!
As reported in an article about Class IV Lasers published HERE, the benefits of laser treatment can include the following:
Can Reduce Inflammation, Aches and Pains
Intended uses of Class IV laser devices include:
Promoting relaxation of muscles and providing relief from muscle spasms
Reducing minor joint aches, pain and stiffness
Temporarily decreasing arthritis symptoms
Helping to increase blood circulation
May Help with Recovery from Acute and Chronic Injuries
Using Class IV laser therapy for overcoming both acute and chronic injuries, such as tendonitis or damage to the knees, are among the most common applications. Not only do treatments address damaged tissues in specific areas of the body (knees, shoulders, back, etc.), but they also affect related issues. Overcompensation in some muscles, back pain or poor posture tied to overuse and inflammation may be improved.
Treatments have been shown to provide relief and boost recovery by reducing pain and inflammation as well as stimulating nerve regeneration, muscle relaxation and immune system response.
Read the rest of the article here https://draxe.com/health/class-iv-laser-therapy/ This linked article is intended to provide general information about laser treatments, Class IV in particular, however you should speak directly to Dr. Gartzke with any questions about his particular laser and treatment options.
Recent research reported in the Annals of Vertebral Subluxation Research reveals that chiropractic may play an important role in improving heart rate variability (HRV) in athletes. The research includes a review of the literature supporting the role of chiropractic in addressing neurological risks related to cardiovascular health, athletes and the role of the nervous system in stress, physiologic adaptation, training load and recovery. HRV is a critical measure of neurological and cardiovascular health.
“Research is revealing that there is a relationship between abnormalities in the spine, the nervous system, stress, training, recovery and cardiovascular health” stated Dr. Matthew McCoy, a chiropractor, public health researcher and editor of the journal that published the study. “Basic science research shows that the proper development and function of the nervous system relies on proper structure and movement of the spine from an early age.” Research has shown not only that normal structural alignment and joint movement is crucial, but that complex neurochemical communication and pathways involved in helping humans to develop normally are tied into spinal biomechanics and their related neurological pathways.
“We are now seeing more and more basic science and clinical research showing the relationship between spinal function and its relationship to performance and recovery” McCoy added. When it comes to athletes, adaptation, recovery, training and cardiovascular health, the nervous system is often overlooked and that is where HRV comes into play.
“In a healthy organism, higher heart rate variability represents greater adaptability to stress from its internal and external environment. When the nervous system is free of obstructions, it can better regulate anatomic, physiologic, and biochemical alterations and adapt to stress and training as needed.”
– Dr. Matthew McCoy
The study reviews the literature on heart rate variability and its role in athletes exploring specific adaptations to imposed demand and how that principle is applied during periodized training, the role of the autonomic nervous system in the general adaptation response, contemporary views of stress and adaptation in exercise physiology and the role of heart rate variability as an objective outcome measure for chiropractic care in athletes. Despite the relatively recent interest in the central and autonomic nervous system in sports performance circles, exercise science has been investigating the relationship for several decades.
Heart rate variability (HRV) is the most accessible minimally invasive means available for evaluating an athlete’s response to training. HRV is a strong indicator of physiological changes in response to training programs, prescribing exercise intensity on an individualized basis, and has been utilized to assess overtraining which is often times predominated by sympathetic activity.
In regards to the role of chiropractic in HRV and athletes, significant structural shifts can occur in the spine. These structural shifts, more commonly known as vertebral subluxations by doctors of chiropractic, result in nerve obstructions and doctors of chiropractic correct these obstructions. Vertebral subluxations may result in altered autonomic nervous system activity. Heart rate variability is a reliable and valid tool that may be used to assess the changes in autonomic activity associated with the reduction and correction of vertebral subluxations. Controlled studies suggest that chiropractic may improve heart rate variability and that favorable changes in heart rate variability may follow reduction or correction of vertebral subluxations. The author of the paper calls for more research on the role of chiropractic care and HRV in athletes.
Get in touch with Dr. Gartzke at River Falls Spine Chiropractic and Wellness Center today to discuss how chiropractic treatments can improve your health and well being!
In fact, they rank right up there with other common athletic injuries such as muscle sprains and strains, fractures, and dislocations.
Though knee pain is problematic for anyone that must endure it, when it strikes someone who spends a lot of time being physically active, it can make life extra miserable. And if they play within the pro sports arena, it could even take away their livelihood.
So, what can you do help your athletic patients prevent or heal their knee pain so they can stay in the game without having to suffer? There are a few different options to consider, the first of which is chiropractic.
Chiropractic for knee pain relief
Several studies have revealed that chiropractic care is an effective tool for helping with sports-related injury prevention and treatment. One of the most notable studies was published in 2010 in BMC Musculoskeletal Disorders and it involved 59 Australian Rules footballers. Twenty-eight of the participants were subjected to sports chiropractic intervention and the rest served as a control.
After almost eight months of individualized treatment sessions, it was noted that, when compared to the control, there was a “significant” difference in lower-limb muscle strains for those who received chiropractic care. Researchers also found that there was a sizeable difference in the number of weeks the control subjects missed due to non-contact knee injuries as they spent more time on the bench than the individuals who engaged in chiropractic.
Another study, this one published by The Journal of the Canadian Chiropractic Association, involved 43 subjects with chronic, non-progressive osteoarthritic knee pain. After undergoing three manual treatments per week for two consecutive weeks, “the intervention group reported a significant decrease in the present pain severity.” They also reported improved knee mobility when compared to a control.
At-home relief remedies
In addition to chiropractic, there are also many things athletes can do at home to potentially speed up the recovery process. Here are a few action items to consider.
The NIAMSD indicates that following the RICE method—rest, ice, compression, and elevation—can help reduce the pain, swelling, and tenderness associated with knee injuries. This involves reducing the amount of activity sustained, icing the knee area for 20 minutes at a time up to eight times per day, compressing the knee, and elevating it so it is above the heart.
Self-massage. Another at-home treatment method that can help with knee pain, especially if the pain is associated with osteoarthritis, is self-massage according to the American Massage Therapy Association (AMTA). To perform this self-treatment, the AMTA indicates that deep gliding strokes with the heel of the hand provide the greatest benefit. Just press four of fingertips into the tissue surrounding the entire knee area, moving the tissue up and down using short strokes.
Knee-strengthening exercises. Strengthening your knees is beneficial from both a prevention and treatment standpoint while also improving flexibility says and the American Academy of Orthopaedic Surgeons (AAOS). This can be accomplished by regularly performing knee exercises such as straight-leg lifts, single-leg dips, wall squats, and step ups.
Lower body stretching exercises. The AAOS also stresses that lower body stretching exercises conducted after strength training sessions can help ease knee-related pain by increasing flexibility and reducing muscle tightness. Thus, stretching directed toward the quadriceps and hamstrings is part of a comprehensive healthy knee exercise regimen.
An anti-inflammatory diet. When most people hear the word “anti-inflammatory,” they think of medications. However, Medical News Today reports that an anti-inflammatory diet can also help with knee pain. This consists of adding fish that is high in omega-3 fatty acids (such as salmon, sardines, trout, and tuna), berries, avocados, watermelon, grapes, green leafy vegetables, broccoli, cabbage, olives, and olive oil to a dietary plan.
Taping the knee. When engaged in activities that use the knee, whether in sports or everyday activities such stair climbing and squatting down, the athlete may also find relief in using tape to better support the knee area. One study published in the International Journal of Sports Physical Therapy found that both McConnell Taping Technique and Kinesio Taping Method were effective for lowering participants’ knee pain levels.
Combining chiropractic with these at-home treatment methods can help the athlete heal his or her injury and return to the sports arena quickly and more effectively.
Give Dr. Steve a call if you have any questions or concerns about your knee pain or injury.