Function: It is the newest addition the ACE Integrated Fitness TrainingTM (ACE IFTTM) Model continuum and is an important component of a healthy lifestyle. Without function, we are unable to perform activities of daily living, leaving us dependent on others for assistance and unable to work toward other goals in health, fitness and performance. To…
To have longevity in movement (being able to play and do what you love for a very long time), mobility has to be addressed in your fitness routine. Let’s first take a look at what mobility is so we can apply this principle to how we are training. Mitch Hauschildt, the Prevention, Rehab and Physical…
The thoracic spine consists of 12 vertebrate located between the seven cervical and five lumbar vertebrate. This region of the spine consists of a posterior curve in the spine and requires mobility for flexion, extension, lateral flexion and rotational movements of the torso. Therefore, the thoracic spine is meant to be mobile, while the lumbar…
Flow is a concept commonly associated with yoga, but have you ever tried sequencing non-yoga-based strength, balance and flexibility moves all together, without any breaks or pauses? The following flow routine featuring the TRX Suspension Trainer is a great way to harness the benefits of flow, with its balance challenges and constant movement, while also…
To perform well as an athlete, or even train safely in the gym, both mobility and flexibility are essential staples of fitness. Mobility vs. Flexibility The terms “mobility” and “flexibility” are thrown around a lot in the fitness world, but do we really know what they mean? Mobility: The amount of functional movement one has…
As trainers, you can use the ACE Integrated Fitness Training® (ACE IFT®) Model to help your clients improve their upper-body stability and mobility. The ACE IFT Model contains three main components: rapport, cardiorespiratory, and functional movement and resistance training. The functional movement and resistance-training component includes four stages (stability and mobility, functional movement, load training and…
 This second installment on how to improve stability and mobility throughout the body focuses on exercises for the lower body, including the hips, knees, ankles and feet. Remember from the first installment that it is important to develop stability and mobility prior to adding bigger movements, loading movements with external weight or increasing intensity…
The ankle is a complex hinge joint that is primarily defined by the shin bone (tibia) and its meeting with the talus bone on top of the foot. There are several other bones that surround this meeting, as well as all the muscles, ligaments and tendons that make these bones moveable in several directions, but…
For many people, working at a computer or typing on a tablet or phone is how we spend a majority of our day. This can lead to several biomechanical issues or ailments including wrist inflammation and, potentially, carpal tunnel syndrome. In addition to setting up an ergonomically effective working environment, and putting down the iPad…
Getting clients to train their glutes is pretty easy—after all, everyone wants their butt to look good. But as trainers and instructors, we have an underlying agenda. We know that teaching clients to “recruit the glute” will not only help them produce more power, but will also improve how they move. In fact, strong glutes…