Tag Archives: joint pain

Sitting on the floor, and easy way to improve mobility

Seating on the floor, squatting

As previously spoken in another blog post, sitting on the floor and working at the pc would be a better anatomical position than sitting on a chair. Why does sitting on the floor work better than sitting on a chair? Sitting on a chair is uncomfortable, especially in the long term. As a massage therapist, most of my clients are people who have cervical pain or suffer from headaches. Sitting at a desk for hours does more damage than you may realise. So, let’s start with the lower body portion. Staying seated on a chair does direct pressure on the thigh, and by doing so, muscles like the hamstring and gluteus muscles get compressed. By compressing this group of muscles, they get weak and stop functioning as they should. In addition, direct pressure is also applied to the sciatica nerve, the main nerve of the lower body portion. The piriformis often compresses the Sciatica nerve. This muscle runs beneath the Gluteus Max and connects the medial portion of the sacrum to the greater trochanter of the femur. So, the deactivation of those muscles would then manifest itself when we try to walk or, in any case, extend the leg. As the “firing pattern” blog post shows, the hamstring and gluteus max muscles are crucial in leg extension and help prevent lower back pain. This is what happens to the muscle part of the lower body portion. But this is not the only issue the body faces with so many hours sitting on a chair. There is more. So sitting on a chair does limit the body’s movement. The decline of the body’s movement creates a cascade of side effects, including mobility reduction in joints like the Hip, Ankle, Feet, and Thoracic. As all those joints don’t move, there is also a diminish in the proprioception body/brain. Another issue is the compensation of the stability joint over the mobility joint. Indeed, when a mobility joint gets stiff, the stability joint above and below would try to compensate. What’s a common finding pain-wise with sitting on a chair for long hours? The prevalent finding is a sore neck. The sore neck happens as the thoracic stuff up. Indeed the lower cervical portion of the vertebrae, which are stability joints, try to compensate for the thoracic stiffness and, in the long term, would cause neck pain, shoulder pain and headaches. Sitting on the floor can improve mobility. Sitting on the floor can help improve your mobility by allowing you to move your body in many different ways without the need to stand up. That movements are what your body needs as mobility exercises. That movement is your body’s way of improving its posture. Indeed, movement is a crucial component in pain prevention. And this doesn’t happen on a chair. How to switch habits? As for all the habit changes, this has to be gradual and not radical. So, start sitting on the floor for 1 hour a day. Give yourself the time to adapt to the change. Slowly you can incorporate more hours, but not in a row. Maybe one hour in the morning and one in the afternoon. Also, incorporate some standing time to sitting on the chair and floor. Implement change, too, within your training. You are doing something new, and your body needs to adapt. As shown in this clip, start, start implementing a habit of sitting on the floor by doing step-by-step movements: Step 1: Move one leg forward, and bend down the other knee. Step 2: Bring both knees down Step 3: Swing the lower leg to the side (either Lx or Rx) Step 4: Let your body weight go, and sit down Step 5: Now let your lower leg come forward and sit cross-leg. Step 6: Do from step 5 to step 1 in reverse By clicking here, and here you will find the links to a Thai Yoga exercise that can help a lot with improving hip mobility.          

Arthritis

Arthritis can be described as the swelling and tenderness of one or more joints. Arthritis symptoms and types Symptoms include: joint pain stiffness reduce Range of Motion (ROM) Major Types: Osteoarthritis Rheumatoid-Arthritis Said so, Arthritis can be a consequence of another type of disease, like: Ankylosing spondylitis Gout Juvenile idiopathic Psoriatic A. Reactive A. Septic A. Thumb A. Those types of Arthritis manifest in different body areas and can display simultaneously. Symptoms can worsen with the ageing process. What is Osteoarthritis, and what causes it? We refer to osteoarthritis when the cartilage between the bonds that form a joint does wear out. Cartilage is a hard, slippery tissue that sits between 2 bonds, like the knee cap and femur, or between the bond of your fingers and toes. When this protective layer that keeps the two bonds separate does work out, the joint starts swelling due to an inflammatory process, and pain is consequently reproduced. The cause can be joint overloading due to chronic injuries or imbalance within the musculoskeletal system. For example, wearing high heels, or having a high foot arch, can lead to wear in the cartilage of the big toes. There is no cure for this type of arthritis, and pain management, through manual therapy and or medications is what so far can be done. What is Rheumatoid Arthritis, and what causes it? Rheumatoid A. is a disease type where the immune system attacks the joints. For rheumatoid arthritis, there are fewer known reasons why it can happen, but there are some factors that can play a role, such as: Family history Gender Obesity Joint injury Age Diagnoses To diagnose arthritis, you would have to see your GP and go for further investigations such as an X-ray, blood test or other medical investigations process. Massage and Treatment for Arthritis. For this type of condition, massage can be a useful therapeutic tool to reduce the pain sensation and manage the presentation. No massage technique can cure the presentation itself, but techniques like MLD are probably the most effective in pain management and symptom relief. Thanks to the direct stimulation of the Lymphatic System, MLD can inhibit the pain signal and relieve the person. As arthritis is often present in older people, we must check for any other condition or presentation that is an absolute contraindication to this type of treatment before commencing treatment. If this post is talking to you, and you need a massage, book your next session by clicking here.

Knee Pain

Knee Anatomy Frontal View

Knee pain is a common presentation for clients of any range of age and gender. Knee pain indeed is a vast topic. So in this post, we are going to go through how to identify the reason why we can experience knee pain. For doing so we are going to look at some special testing, that we use for the knee joints. Next, in a further post, we may analyse individual conditions. What about the Knee Joint? The knee is the strongest joint in the body. It takes a lot of pressure from the upper body and still has to handle the shock coming from the lower leg session, shock as walking, running and jumping. Indeed, whenever we do one of these actions, the knee plays a big role. Knee Anatomy Bond: Above: Femur Below: Medially the Tibia, laterally the Fibula. Patellar is the front “floating bond” Ligaments: Anterior Crucial Ligament Posterior Crucial Ligament Posterior Menisco-Femoral Ligament Fibular Collateral Ligament Tibial Collateral Ligament Transverse Ligament (this one is visible only from the front side of the knee, below the patella). In between the bonds we have: Medial Meniscus Lateral Meniscus If this post is talking to you, book your next massage session by clicking here. So, the knee joint can be divided into two parts: Tibiofemoral joint Connects through the collateral ligaments, cruciate ligaments and menisci; Patellofemoral joint Gives stability to the medial and lateral retinaculum and allows the extension mechanism through the tendons of the quadriceps f.. Now that we have a better idea of what the knee anatomy is, we can look into his functionality. Knee ROM are: Extension: 0° Flexion: 140° Internal Rotation: 30° External Rotation: 40° Abduction/Adduction: 15° Said so, we can see that the major movement that the knee can accomplish is, flexion. Even if the Internal and External rotation since to be a big move for the knee, in the reality, that’s not always the case. The older we get, easily this motion actively gets tighter. Indeed, one of the main reason for meniscus injury is the twisting of the knee, when the feet is holding the ground and the body rotates. But as previously mentioned in this post we would look into the knee special test. What knee functional test have to tell us? As we already mentioned in another post, a generic active, passive or resisted ROM tell us about muscle functionality. On the other hand, a special test for the knee can show us if a ligament or a meniscus is loose, in the case of ligament or injured. Furthermore, special tests, on the knee are essential to prevent further injury and reduce joint degeneration. To start with we have the drawer test: Anterior Draw test and Posterior Draw test. The Anterior one is to test the anterior crucial ligament, and the posterior, obviously, is for the crucial posterior ligament. Both these tests are done with the client lying supine on the table, with a hip and knee flexed, and foot on the table. The therapist will ensure that the foot doesn’t move and will place its hands around the knee, with the fingers (except the thumb) seating at the top of the calf and the thumbs seating on the patella. For the A.D. test, the therapist will lightly pull the knee joint away from the patient body. On the other hand, for the P.D. test, the therapist will push the knee towards the patient’s body. These tests are positive if there is a loose movement within the knee, in the direction of pull or push. If the client has a history of injuries, to the ACL or PCL the therapist wants to make sure not to push or pull with great effort, or injury could occur. Vagus and varus test. Those tests analyse the status of the medial and lateral ligaments. For the valgus test, the therapist places one hand above the knee laterally, and the other hand above the ankle on the medial side. By applying opposite pressure in the 2 directions we put the medial ligament under stress. If pain is reproduced, or there is a loose movement the test is positive. The same action is for the Varus test. In this case, the hands are placed still above the knee and ankle, but the bottom hand is placed laterally and the top one, is placed medially. Apleys Test This test is used to evaluate the state of the meniscus. The client, in this case, would be lying in a prone position, with the knee flexed. The therapist will be standing next to the client, on the side of the knee flexed and will apply pressure to the knee. If no pain is reproduced with pressure only, the therapist can gently apply a rotation movement to the flexed knee. The test is positive if the pain is reproduced. McMurray test. This is luckily the most efficient and most used knee test used by therapists in case of meniscus injury Here is how it works: The patient lies in the supine position with the knee completely flexed (heel to glute). Lateral Meniscus: the examiner then medially rotates the tibia and extends the knee. Medial Meniscus: the examiner then laterally rotates the tibia and extends the knee. McMurray is a positive test if the pain is reproduced. There are still a couple of tests that can be done for the knee, but so far we did cover the most important. About the therapy that I can offer for releasing knee pain, MLD is what I would suggest the most. Especially for acute pain and swelling or oedema reduction. Whereas, Myotherapy or Remedial Massage and Thai Massage can be used too but more to facilitate and or strengthen the muscle surrounding the area.  


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