Your knee moves freely backwards and forwards; however the thought of it moving from side to side probably makes you cringe. This is because the knee joint has sturdy ligaments either side of it that prevent sideways movement and we instinctively know that a lot of force would be required to shift it in this direction.
By now it should come as no surprise that prolonged periods of inactivity are bad for your health. It seems that the science is in, and the bad news is that long periods of sitting or inactivity is a risk factor for many diseases, independent of other factors such as obesity.
inline physio have expanded their hours to include 4 yoga classes on a Wednesday afternoon!
The AC (Acromio-clavicular) joint is a thick fibrous joint that connects the top of the shoulder blade to the outer end of the collarbone. The joint is required to be strong and supportive and is the primary way in which weight bearing forces are transferred from the upper limb to the rest of the skeleton. The joint is connected by three strong ligaments, the Acromioclavicular, Corococlavicular and Corocoacromial ligaments.
While pain and stiffness often go together, joint stiffness can occur on it’s own. Joint stiffness can limit your ability to perform usual tasks, for example turning your neck to check behind you while driving. Stiffness can also be a warning sign that part of the body is vulnerable to future injury. There are many different causes of stiffness and we will explore a few of the reasons why you might not be feeling as flexible as normal.
We have expanded our hours to include a 7:15am Pilates class on Tuesday and Friday mornings!
The knee is one of the largest joints in the body and has only one plane of movement. This means it bends and straightens but does not twist (much) or move from side to side. To keep the knee from moving in other directions, the knee is supported by many strong ligaments, with two of these being found on either side of the knee. The inside ligament is the ‘Medial Collateral Ligament’ (MCL) and the outside one is the ‘Lateral Collateral Ligament’ (LCL). The primary role of the LCL is to prevent the lower leg from moving too far towards the midline in relation to the upper leg. Both the LCL and MCL are extremely strong ligaments and provide lots of support to the knee during movement however, they are still vulnerable to injury.
The reason why your therapist is asking is that diabetes can actually have quite a large effect on healing times of body tissues. At times, injuries can take up to twice as long to heal properly in patients with diabetes and your physiotherapist will need to update their training and rehabilitation programs to factor this in.
If you are experiencing pain in the front of your hip along with clicking, locking or catching of your hip joint you may have underlying labral damage. The acetabular labrum is a fibrous rim of cartilage that covers and seals your hip socket. This lining of cartilage provides stability for the thigh bone (femur) inside of the hip socket (acetabulum).
Let’s get clued up on hamstring strains; why you may have one, what you can do to help and how to prevent a future injury. The hamstrings are a group of three muscles; the biceps femoris, semimembranosus and semitendinosus. You can feel these muscles if you place your hands on your sitting bones where the muscles originate and slide your hands down the back of your legs. The main action of these muscles is to bend your knee, take your leg out behind you and to assist rotation of your knee, especially when performing accelerating and decelerating actions.