Issue link: https://www.massageandbodyworkdigital.com/i/1519088
A B M P m e m b e r s ea r n F R E E C E h o u r s by rea d i n g t h i s i s s u e ! 23 hamstring limitations, quadriceps restrictions, glute inhibition, and, of course, knee and hip dysfunction. A little friction here can go a long way. With your client supine on the table and you standing on one side of the table, bring their opposite leg across the leg closest to you. Brace their lower leg between your forearm and your side so you are standing between their lower leg and the table. Use your free hand here to get that heat going. With a palm, soft fist, or whatever tool you prefer, begin to friction at the lateral knee and move up into the breadth of the IT band. Have your client extend their knee a little and then relax it into your grasp as you work. This external work combined with internal movement is the icing on the cake. Of course, you can friction the IT band with both your client's legs on the table. But I like this approach because it changes things in much the same way that friction changes things. Ultimately, we have an endless supply of techniques at our fingertips that continue to help our clients and their soft tissue. But if you don't use friction because you aren't a fan, as I wasn't back in the day, I recommend dusting it off and giving it a second try. The fact of the matter is friction is awesome. Allison Denney is a certifi ed massage therapist and certifi ed YouTuber. You can fi nd her massage tutorials at YouTube.com/RebelMassage. She is also passionate about creating products that are kind, simple, and productive for therapists to use in their practices. Her products, along with access to her blog and CE opportunities, can be found at rebelmassage.com. that helps the connective tissue and fascia elongate. Our bodies are incredible, am I right? THE YIN AND YANG OF SOFT TISSUE The less scientifi c version goes like this: When we move more, we become more fl uid. And when we are more fl uid, we can move with less restraint. And when we are less restrained, there is less pain. The balance between movement and rest is key to good health. But the balance between the tissues that move us and the tissues that connect us is essential. Having one without the other would be like having land without water. They are each important, but their interplay keeps the circle complete, so to speak. They are the yin and yang of soft tissue. As bodyworkers, we enter the arena when there is a lack of balance—when homeostasis has tipped to one side or the other. When a muscle works too hard or not hard enough, or when fascia binds or weakens and results in a tear, we step in. The reason I think friction is so effective, though, is because often the connective tissue's tenacious ability to connect begins a downward spiral. Muscle tissue rests when we rest. Connective tissue and fascia do not. So yes, we can do incredible work with muscle tissue. But there is a lot of connective tissue to contend with. Applying friction, as we have seen when we rub two sticks together, creates heat. This heat, when generated through bodywork, helps those chemical bonds find space apart from each other. That space helps tissues move around each other with a little more ease. That ease helps muscles breathe a little better. That breath helps so many things. THE IT BAND Case in point: the iliotibial tract. Otherwise known as the IT band, this dense plank of connective tissue wreaks a lot of havoc. Running from the anterior superior iliac spine and the iliac crest, through the gluteus maximus and tensor fascia lata, down the lateral upper leg, crossing over the knee and tacking itself on the upper fi bula and upper lateral tibia, the IT band binds a lot of moving parts together. Most notoriously, it irritates the lateral epicondyle of the femur like your little brother might irritate you after consuming too much sugar. But it doesn't stop there. A tight IT band can create WATCH VIDEO "STRETCHING FOR RUNNERS!" Applying friction creates heat. This heat, when generated through bodywork, helps chemical bonds fi nd space apart from each other.