Strength in Numbers #125
I don’t go by Dr. Crotin. My father was in the medical field and went by that prefix, but I have a multidisciplinary PhD. I had to write two competency exams, one to become an Exercise Physiologist and another to become a Biomechanist.
I am saying this to you so you…
Strength in Numbers #124
I'm writing this late on Thanksgiving, and everyone in my in-law's house is overloaded with tryptophan from the turkey and fast asleep. Yet, I have made some discoveries that I'm excited to share with you.
While catching up on emails, I stumbled upon a late-night gem through an old email from…
Strength in Numbers #122
The day after a hard fall scrimmage, I found that swim class at the University of Maine was always an excellent way to wake up in the morning and get the blood moving, but on September 11th, 2001, it came with a shock.
On the 8th lap in our Olympic pool,…
Strength in Numbers #121
In the world of throwing sports, our throwing arms are our prized possessions.
What is a tennis player without a serve?
A volleyball player who cannot spike?
A cricket bowler who cannot throw?
The point is that arm injuries plague many other sports, and what is common to all of them…
Strength in Numbers #121
In the world of sport, pursuing peak performance often involves pushing the limits of one's physical abilities. However, this quest has its intricacies and challenges.
One such challenge is the phenomenon of neurological fatigue, a lesser-known but critical factor that can significantly affect strength testing and training outcomes—AND, it busts arms…
Strength in Numbers #120
In the realm of sports science, there's a scarcity of research based on throwing arm fatigue, which is at the intersection of physiology and biomechanics.
Physiology comes first as internal stress and reduced muscle contraction function, or changes in sensory motor responsiveness, lead to the biomechanical expression of a change in…
Strength in Numbers #118
In our Certified Pitching Biomechanics Course, we talk about linked events from the wind-up to the release and how every moment in the delivery matters.
. The obvious points are:
Peak knee height,
Stride foot contact,
Maximal external rotation,
Ball release,
Maximal internal rotation,
and Follow-through.
In biomechanics, these are called…
Strength in Numbers #116
Be a Specialist Generalist
As we were developing our certification courses, we recognized the financial commitment our students were making, but even more so, they were committing to 20 hours of education. That kind of person needed to be labeled, and I mean in a good way. The only thing that…
Strength in Numbers #115
It's painful to read some of the current news on throwing arm injuries. All I see is that velocity and biomechanics are the culprits, like in this article in Sports Illustrated and this one by USA Today. Yet, no one is voicing a solution other than to throw slower and be…
Strength in Numbers #113
You never want something altered in what the Lord Himself gave you. We have perfectly designed elbows but imperfect ways of monitoring and training—at least until a player has their own portable device, monitoring, and individualized training platform (ahem, see: ArmCare.com).
When you keep revising surgery, more material is lost, regrafting…