Better Tests With More Movement
I attended an overcrowded grade school. From 1st through 8th grade, we had 40 or more children in a classroom. One Felician sister kept order by keeping everyone seated and stationary. During my grade school education, I was stuck in a chair and every day it felt like time had stood still. When a school day came to an end, the children were so movement deprived they would literally sprint out the doors. I believe this illustrates the psychological impact of depriving children of movement during the day.
I know we have to be concerned with standardized test scores, and that taking time for physical activity takes away from reading, math, and science. A long litany of research is revealing that children score better on tests when they are able to move around more. More movement creates a healthier brain and better test scores. More of the brain is devoted to movement than language, and if we wish to fully develop intellectual capacity, we need to include movement. This appears to be even more important for boys.
Everyone involved in improving education needs to read Spark, by Dr John Ratey. In this book, he discusses how brain function is enhanced by the habit of exercise. Over the last nine years, more research has documented the positive effects of exercise on brain health. A teacher friend sent me this *article from the New York Times. If you have grandchildren or children you need to read this.
Micheal S. O’Hara, PT, OCS, CSCS
* Why Kids Shouldn’t Sit Still in Class, Donna De La Cruz, New York Times, March 21, 2017. Read the article here: https://www.nytimes.com/2017/03/21/well/family/why-kids-shouldnt-sit-still-in-class.html?_r=0
Hip Lifts and Roll Outs
When designing programs for rehabilitation patients and fitness clients, I often pair up exercises. This practice is commonly called super-setting and it has multiple benefits:
Train efficiently—You get much more work done during your training time.
Abolish performance deficits—Most physical therapy and fitness clients need to work on glaring right vs. left movement asymmetries, postural restrictions, and stability limitations.
Lose weight—Fat loss is a primary goal of most fitness clients. Pairing exercises ramps up exercise intensity and creates the hormonal response that improves body composition.
Move better—Training neurologically related movement patterns improves motor control.
Hip Lifts and Roll Outs
An intricate system of muscles holds the spine upright over the top of the pelvis. This pair of exercises coordinates and strengthens this support system. If you sit all day long, have postural problems, or a history of lower back pain this pair of exercises is worthy of your training time.
This drill coordinates hip extension and lumbar spine stability. It is very beneficial when progressed to the single leg version. Lay with your shoulders across a bench with the head supported. Place your arms out to the sides. Plant the feet on the ground with the knees bent 90 degrees and the shins perpendicular to the floor. Drop the hips to the floor and then push back up with the gluteals and hamstring muscles. Hold at the top for two counts and repeat.
The roll out can be scaled to serve any fitness level. Beginners can start with a large 65 centimeter physioball, and as they become more proficient, progress to a smaller 55 centimeter ball. The closer the hands get to the floor the more challenging the exercise becomes. If you get strong enough, you can perform the forward roll out with a Power Wheel or Sorinex roller.
Kneel on a mat to keep the pressure off your knees. Your femur (thigh bone) is positioned perpendicular to the floor and the hips are hinged at 45 degrees. Place the hands on the front of the ball and the elbows directly under the chin. Brace the abdominal muscles and roll out onto the ball until you feel a challenge through your midsection. Hold in the challenging position for three counts and then return to the starting position.
Perform twelve repetitions of the hip lifts, rest 30 seconds, and then perform ten roll outs. Rest and repeat the cycle. Work up to three sets through this exercise combination.
View video of Mike performing these exercises here: https://youtu.be/Xf08rFU7A4w.
-Michael S. O’Hara, P.T., OCS, CSCS