If your warm up is longer than your workout you have a problem. You stretch, stretch and stretch and most often than not, the stretching doesn’t seem to solve your nagging pain, and sometimes it can even make the problem worst. Understanding the CAUSE of your muscular pain is important so you can treat it effectively.

A muscle imbalance can result either from repeated movements in one direction, sustained posture, or as a result of a neuromuscular imbalance, which predisposes certain muscles to be either tight or weak.

Our sedentary habits and sitting posture every day highly predispose us to developing muscular imbalances.


Muscles prone to tightness are also known as tonic muscles, the most common you will find tightness in are the hamstrings, upper traps, rectus femoris, TFL, iliopsoas, pecs, QL, piriformis and erector-spinae.

Muscles prone to weaknesses are phasic muscles. Some of the common ones are rectus abdominis, serratus anterior, lower and middle traps, neck flexors, rhomboids, glute med and max and vastus medialis


Lets take the hip for example. You commonly complain about tight, stiff  painful hamstrings. You keep stretching in an attempt to release some tension but nothing seems to help. What you don’t know is that lengthened and overstretched muscles can also send “pain” signals. An anterior pelvic tilt is common in those who sit a lot. This pelvic tilt is caused by tight hip flexors, tight quads and tight lower back. This pulls the hamstrings and glutes into a LENGTHENED AND WEAK position, which gives you the feeling of it being taught. Stretching the hip flexors and strengthen your abdominals, glutes and hamstrings in this case will release tension and restore balance.

Who thought stretching your hip flexors could help ease your ‘tight’ hamstrings?




Part 2: The low bar squat is NOT just for powerlifters

Part 2: The low bar squat is NOT just for powerlifters


The low bar squat doesn’t “carry over” to the snatch and the clean and jerk. Or so its stated by many fitness enthusiasts. What does this even mean!?

To be competitive we need to get stronger right? An occasional PR in a strength movement isn’t enough. I’m talking about a plan that allows you to make improvements in the strength movements OFTEN. But why do olympic lifters back squat at all if it’s not a contested lift. They squat to get STRONG. A strong squat equals a strong snatch and clean and jerk.

No. It’s not a perfectly linear relationship. But it almost always means that if your squat and pull are getting stronger, so will your olympic lifts.



But why?

Why does building up your squat help your weightlifting total, if the squat is not “specific” to the snatch. In a squat you take the barbell of a rack and put it in your back. I don’t think you are ever in this position during an oly lift. The important concept here is that strength is a GENERAL ADAPTATION that WILL in fact carry over to a more specific task.

So, to get stronger, doing a non-specific movement in order to acquire GENERAL STRENGTH, it makes more sense to use the non-specific movement that allows YOU to lift the most amount of weight. This is why I used the word “theoretically” in the last post. You should use the technique that allows you to move the most weight.

Oh okay, you think that the low bar squat will “create the bad habit” of leaning over too much, which can potentially ruin a clean. If you are regularly performing the snatch and clean and jerk, and front squatting almost every day, as any good olympic weightlifter must, I can almost guarantee that you won’t just suddenly forget how to do a clean by performing a low bar squat.

Whats my take in all of this? Utilize a program that allows you to hit regular  PRs in the strength movements, and pick a squat technique that allows YOU to lift the most weight, or if you’re feeling adventurous combine both.

By: Stefanie Cohen


Low Bar Squats vs. High Bar Squats

Low Bar Squats vs. High Bar Squats

Before diving into the argument of the high vs. low bar squat to increase performance in weightlifting I want to cover some basic biomechanics for you.

Every joint that is involved in an exercise has a moment arm.  The longer the moment arm is the more load will be applied to the joint axis through leverage.  As an example, think of trying to get a nut and bolt apart.  You probably can’t do it by hand, partially because your fingers moment arm isn’t big enough. In order to move them you use a wrench, which provides you with a much larger moment arm and requires less force applied by you to result in more force applied to the nut.


low bar high bar

HIGH BAR BACK SQUAT-  In this bar position the moment arm around the hip is slightly longer than that around the knee.   This means the hip extensors (gluteal muscles) will be doing a little more work than the knee extensors (quadriceps) in terms of the force they’ll need to generate to overcome the load. This is a slightly more “quad dominant” position.

HIGH BAR- In this squat you can see the moment arm around the hip is at least TWICE as long as the moment arm around the knee.  This low bar position involves glute and hamstrings a lot more than the knee extensors (quadriceps). The hip extensors are able to produce more force than the knee extensors, especially in producing hip extension, or the concentric portion of a squat, which is why this squat variation [in theory] enables heavier loads to be lifted.

I use the word “theory” because this is simply a biomechanical explanation for the use of a low bar squat vs the high bar squat. The bony morphology variance from individual to individual may result in favoring of one technique or the other, completely disregarding the aforementioned theories.

Follow up this article with

 Part II: Low bar squats are NOT just for powerlifters

By: Stefanie Cohen