Keep in mind that our muscles are slaves to our nervous system and muscles work together in what are called "force couples". An expression that I use often is that "muscles that are wired together fire together." Thomas Myers work with his Anatomy Trains system brilliantly illustrates how we can be broken down into several subsystems.
In the video below, we discuss connecting the Anterior Oblique Subsystem, which consists of the Adductor/Groin muscles and External Obliques/Side core muscles on the opposite side. When creating or controlling rotation, if the workload is not shared across these
muscle groups in unison, one will become overloaded and lead to breakdown, which becomes one of the all too common groin pulls or oblique strains. Unfortunately this issue is exacerbated when in rehab the focus is on isolated strength in the affected area, where the genesis of the issue may reside in the accompanying muscle group on the opposite side of the body. Check out the video to see some of my favorite entry level drills to create this communication and coupling:
One thing to note is that these drills require a certain level of mobility competency in the hips to achieve a straight leg position with the legs at 90 degrees. If you can't achieve this position, take the time to back up and work on hip mobility and correct the Leg Raise pattern first before coming back to revisit if necessary.
Author
Eric Dagati has been serving as a coach and teacher in the fitness and performance industry for over 20 years. His experience includes working with high-level athletes and teams in multiple sports, including professional soccer, the National Hockey League, National Professional Fastpitch Softball, Major League Baseball, and the National Football League. Eric has also been a lead instructor for Functional Movement Systems since 2006, teaching workshops around the world for top organizations including the Navy Seals, Mayo Clinic, New York University Medical and appeared in the NY Times bestseller “The 4-Hour Body” by Tim Ferriss.
