the suboccipital muscles are a group of small muscles located at the base of the skull. These muscles are responsible for small movements of the head and the first two vertebrae. They also play a roll in postural stability of the skull. Trigger points are common in people with poor neck posture. these points will refer pain deep into the skull and behind the eye. They are a common source of headache pain.
fascial connective tissue runs throughout all the bodies layers. It gives the body shape and function. Fascial litterally connects every part of your together. During movement when one part of the body moves, the body as a whole responds. Functionally the only tissue that can facilitate such responsiveness is the connective tissue. When one area of the body gets restricted or damaged, the body as a whole can become dysfunctional by setting up compensation patterns.
the platysma muscle is a thin sheet like muscle in the front of the neck. It functions to pull the edges of the mouth down. Trigger points in this muscle will produce a prickly, pins and needles sensation in the face that is often mistaken for neurological problems.
the pectoralis major is the main muscle of the chest. It is a powerful adductor of the arm. This muscle often is tight and shortened from poor shoulder posture. Trigger points in this muscle will cause pain to refer into the chest, shoulder, and down the arm. Trigger points in the left pec can mimic heart attack and angina symptoms.
The serratus anterior muscle is responsible for scapular and rib movement and stability. This muscle can become overloaded from poor posture of the shoulders, as well as heavy breathing from exertion. Trigger points in this muscle will cause pain to be felt under the armpit into the shoulder blade area, and down the arm into the fingers.
the sternocleidomastoid muscles are located in the front of the neck. these muscles are often overworked from prolonged sitting posture. Trigger points in these muscles are a common cause of headache pain.
Myofascial trigger points form in a muscle due to overload stress. A portion of muscle fibers lock up into a knot. Once formed these points will irritate sensory nerves that are in proximity to the knot. When this happens,
trigger points have the capacity to refer pain along specific distributions or patterns that are well mapped out. sometimes pain may be felt at a great distance away from the actual point itself.
the glute medius is a major pelvic stablizer. It is often overworked in runners and hockey players. trigger points in this muscle will cause pain to be felt in the hip and down the back of the leg.
Trigger points are knots of contracted muscle or connective tissue that form as a result of overload stress. Once formed these points will produce pain, refered pain, weakness, and stiffness. Trigger points can also mimic other conditions such as Carple tunnel syndrome and sciatica. Trigger points will on go away on their own, they must be manually released.
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