Running Man 101
Well-known member
I was listening to BBC Discovery on the radio this weekend driving my kid to his grandparents and they had an interview with Roger Bannister (if you don't know who he is don't read anymore of this post). He later became a doctor, specializing in neurology. It was a lengthy interview, but the part I found compelling was the following:
Importance of running when you are growing. It was his opinion that the single most important factor in becoming a good runner as a young adult or adult was significant amounts of running during the fastest growth rate periods in human growth phase. By this he meant that when kids are growing the neural pathways are evolving, higher stress brought on by running influences these neural pathways in ways not completely understood, but show up in much higher running efficiencies (mechanical geometry of leg movement and foot strike during running) and mental ability to push yourself, so that your perceived exertion level in one physiological state is lower than someone else with the same physiological state, but acquired later in life. The brain gets hardwired for this during the development phase. They key is the maximum POTENTIAL is set during this time, and no amount of work later can increase it proportionally. He said a mixture of running, sprinting and playing on hills is the best.
His points are in complete alignment with the Kenyan model. The papers that I’ve read suggest that the Kenyan’s advantage is in the biomechanics of the foot strike phase, they are on average about 2-3% more efficient in the elastic storage processes that just about anyone else.
Importance of running when you are growing. It was his opinion that the single most important factor in becoming a good runner as a young adult or adult was significant amounts of running during the fastest growth rate periods in human growth phase. By this he meant that when kids are growing the neural pathways are evolving, higher stress brought on by running influences these neural pathways in ways not completely understood, but show up in much higher running efficiencies (mechanical geometry of leg movement and foot strike during running) and mental ability to push yourself, so that your perceived exertion level in one physiological state is lower than someone else with the same physiological state, but acquired later in life. The brain gets hardwired for this during the development phase. They key is the maximum POTENTIAL is set during this time, and no amount of work later can increase it proportionally. He said a mixture of running, sprinting and playing on hills is the best.
His points are in complete alignment with the Kenyan model. The papers that I’ve read suggest that the Kenyan’s advantage is in the biomechanics of the foot strike phase, they are on average about 2-3% more efficient in the elastic storage processes that just about anyone else.