The whole Swedish experience is also a potential stress reliever, which is a benefit unto itself. Plus, it can improve blood flow, delivering more oxygen to cells. A lesser-known benefit—moisturized, glowing skin—results from the application of massage oils. Many therapists prefer to use sweet almond oil because it absorbs slowly into the skin, yet doesn’t leave clients feeling like they’re covered in grease. Other favorite oils include grapeseed (non-greasy, no smell) and jojoba oil (easily absorbed, mixes well with aromatherapy oils).
Swedish massage helps the body heal itself by physically manipulating and stimulating the body’s circulatory and lymphatic systems. This works to energize and help eliminate toxins in the body. Also, through Swedish massage, a high level of relaxation can often be achieved, and this relaxation can help prepare the body to act as an open, receptive vessel in which healing can more rapidly occur.
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Swedish massage therapy is the modality that comes to mind when most people think about massage. As the best-known type of bodywork performed today, one of the primary goals of the Swedish massage technique is to relax the entire body. This is accomplished by rubbing the muscles with long gliding strokes in the direction of blood returning to the heart. But Swedish massage therapy goes beyond relaxation. Swedish massage is exceptionally beneficial for increasing the level of oxygen in the blood, decreasing muscle toxins, improving circulation and flexibility while easing tension.
Shoulder pain. A 2017 study published in the Journal of Physical Therapy Science reports that shoulder pain is one of the most common musculoskeletal disorders, affecting as many as 66.7 percent of the population. The study goes on to say that massage therapy can often help reduce this type of pain, sometimes in a matter of days, though 36 sessions appeared to offer the greatest level of relief.
Massage has been shown to reduce neuromuscular excitability by measuring changes in the Hoffman's reflex (H-reflex) amplitude. A decrease in peak-to-peak H-reflex amplitude suggests a decrease in motoneuron excitability. Others explain, "H-reflex is considered to be the electrical analogue of the stretch reflex...and the reduction" is due to a decrease in spinal reflex excitability. Field (2007) confirms that the inhibitory effects are due to deep tissue receptors and not superficial cutaneous receptors, as there was no decrease in H-reflex when looking at light fingertip pressure massage. It has been noted that "the receptors activated during massage are specific to the muscle being massaged", as other muscles did not produce a decrease in H-reflex amplitude.