Shoulder pain can be caused due to frozen shoulders, rotator cuff strains and tear etc. Shoulder pain is often related to one’s occupation. Some shoulder injuries can be treated with rest and cold therapy or bandage to get instant relief.
The shoulder is the most mobile joint in the entire body. It allows us to throw things, reach across our body, and lift our arms above our heads. Unfortunately, with this flexibility comes greater vulnerability. The shoulder has many moving parts that can be injured. The shoulder includes several bones, such as the clavicle (collar bone), humerus (arm bone), and scapula (shoulder blade). These are held together by muscles, ligaments, and tendons, which move the shoulder and cushion the joints. For example, the rotator cuff is a group of muscles and four tendons in the shoulder, which enable rotation and movement.
In addition to these tissues, the shoulder houses nerves running to your arms and hands, and fluid-filled sacs called bursa, which provide cushioning. Any of these structures can be injured or affected by health conditions, leading to shoulder pain. In most cases however, shoulder pain is caused by a problem with the joint and the surrounding muscles and tendons. Conventional pain relief spray does not provide desired pain relief, because of incomplete penetration through the layers of the skin.
Dynapar QPS is the world’s first topical Diclofenac solution, providing rapid, powerful, and long-lasting pain relief by allowing Diclofenac to penetrate the shoulder skin barrier (Stratum corneum) more quickly after topical application. Diclofenac has a five times greater (5X) penetration than Diclofenac gel. These advantages of Dynapar QPS over Diclofenac gel have been established in multiple clinical trials published in reputable journals. Dynapar QPS’s potent action allows users to reduce or eliminate the use of commonly used oral pain relievers.
Advantages of using Dynapar QPS over Diclofenac gel include precise dosing, sophisticated application techniques, and total absorption, leaving no residue.