CT Fletcher Overtraining "WHAT YOU DONE MUTHAF*$A?"
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Powerlifting Technique: Deadlift Science
Powerlifting Technique VI: Deadlift Setup Science Of the three powerlifts, the conventional version of the deadlift is by far the simplest both in terms of set-up and execution. Despite this fact, among all three lifts, the deadlift is the lift most commonly misperformed by powerlifters all across the globe. As such, our deadlift analysis, unlike the other lifts, is going to take three phases. First, we need to re-establish the scientific principles that govern proper powerlifting technique specifically as they relate to the deadlift. Second, we’ll analyze deadlift form and derive a model that optimizes the movement for powerlifting. Lastly, we’ll discuss how to actually perform the deadlift correctly. The following article will attempt to establish three very interrelated things: a deadlift should begin with high hips, the front of the shoulders slightly in front of the bar (scapulas directly over the bar), and the bar must be pulled directly over the middle of the foot in a straight ...
How to Get Stronger, Without Getting Bigger
The initial strength gains when you start strength training come mostly from neuromuscular adaptations rather than hypertrophy. If you notice your muscles “pump up” during or shortly after the session, don’t panic or be too happy (depending of what your goal is). This is a short term increase in size caused by fluid retention. It should fade away within 60-90 mins after the training. Lets look at the main mechanisms of neural adaptation: 1. Increased Motor Unit Recruitment This means neural adaptation to training that rapidly increases the strength of a novice who hasn't yet experienced hypertrophy. What is a motor unit? A motor unit is made up of a single motor neuron, as well as all of the muscle fibers that neuron activates. This refers to our skeletal muscles, which are made of hundreds of thousands of fibers. These muscle fibers are activated by motor neurons when they receive signals from the brain to contract the muscle. A single motor neuron can...
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