Chalky Hands

Chalky hands are the trademark of a GPP pullup day. 

Hours after a GPP pullup day, you'll see chalky hand prints everywhere.  You see them on the floor (especially if combined with pushups).  You'll see them on cars in the parking lot.  We once even heard of someone making a new friend while in a grocery store after noticing some chalky LuLu's. Yep, it was a peep. 

Chalk can be VERY helpful. We use chalk a lot at GPP. 

But, most of you aren't using enough. 

Chalking your hands has the effect of making the implement, or bar you are using less slippery.  This helps you stay connected to the implement (KB, DB, BB, Pullup bar) you are using.  It also helps prevent fatigue.  But the extra grippiness (word?) usually comes at a cost. 

Hand rips.

We've posted thoughts on preventing rips in your hands before.  Please refer to THIS article and/or THIS video.  But, there is a simpler way. 

Use an ABUNDANCE of chalk. (see pic below)

The mistake most of us make is using just enough chalk to make our hands extra grippy.  By using just a LITTLE bit of chalk your hands will be MORE grippy than you need.  Having hands which are more grippy than you need is (we promise) the LAST thing you want.  If you've ever ripped a callous or torn your hands, you know it's not something you want to soon repeat.  

What you really need is a caking layer of chalk.  Caking your hands with chalk will give your hands the grip you need for hanging onto stuff.  Plus it will allow for the little bit of slippage you need to prevent rips and tears. 

We Don't do Snatches and You Shouldn't Either

"Hey, why don't we do full snatches at GPP?"

We have a hard time figuring out why we should do them. Full snatches are dangerous, man. Like, there really isn't a more dangerous move. There might be moves that are arguably as dangerous. But none more. Our theory with programming lifts for you at GPP is that the benefits of performing a lift ought to be higher than the risks - by a LONG shot. While there are certainly benefits of performing full snatches, we can duplicate these benefits by performing other movements (single arm snatches, cleans and jerks, etc.). Ones which are MUCH safer.  

Look, ANY time you take a weighted bar above your head you put yourself in danger. There is always a remote chance that bar (in an accident) could come down on top of you. So, while it's up there you'd be smart to limit your risk of having that bar fall down onto the top of your head, neck, or back (or foot - see below) in the first place.

Think about it. If a 50lb bar fell on top of your head, neck or back from arms fully extended above your head you'd be lucky to get away with just a couple of bruises, or maybe a few stitches. A 50lb bar falling from just 18 inches above your head has the very REAL capability of exposing you to brain and spinal cord trauma - yes, even death. This is not even to mention the incredible exposure to injury incurred by the connective tissues of the knees, hips, low back and shoulders of the person performing full snatches due to incredible torsional joint forces experienced during the lift! This risk of injury compounds exponentially with heavier weights. So does the likelihood of having an accident in the first place.

Couple of examples of some wrecks we'd like to avoid at GPP (cont'd below): 

 
 

As mentioned before (it bears repeating), our theory with programming lifts for you at GPP is that the benefits of performing a lift ought to be FAR higher than, if not completely outweigh, the risks. Full snatches do not fit this bill. In fact the rewards of snatching with a bar seem to be mostly related to being able to perform more/better/heavier snatches.  And little else. 

There is a REASON the snatch is one of the only TWO Olympic weightlifting events. A Full snatch is a VERY complicated and advanced lifting technique. Becoming proficient with it takes years of extremely dedicated practice and specialized coaching. Those who've taken the time and effort to master it become masters themselves. While we believe this is a noteworthy thing, we also believe it is very limited in it's scope of benefit and range of usefulness.

We don't value being masters of the obscure when it comes to health and fitness. As minimalists, we prefer a little more bang for our buck.

We also prefer to program lifts that don't encourage form slop. In their hurry to see progress physically, many people will skip learning the fundamentals of proper movement. This is always a mistake. It causes poor results and usually injury.  Sometimes catastrophic injury. Since full snatches are extremely complex and require months and years of specialized training it's not uncommon to see people performing crap workouts (video below) seeking benefit outside of fundamentals.  NSFW. The audio (though entertaining as hell) is profane. If you turn the audio down it becomes SFW and less offensive.  (cont'd below)

 
 

Going OH can be accomplished in many different ways (press, push press, jerk). The benefits of going overhead are many.  Especially since many of the functional activities of daily living occur above eye level. If you are going to do stuff above eye level, it is our opinion these things should be done in as safe and stable a manner as possible. Generating massive and explosive upward momentum on a bar while literally throwing yourself underneath it, and catching it in a position few of us can manage UNWEIGHTED, as with a full snatch, can be dangerous (if not properly learned and coached) and has very little value outside of snatching itself that cannot be attained elsewhere.

The Perfect Warm-up

by Neil Anderson

At conferences, many exercise experts can found arguing about what the perfect warm-up for a workout would consist of. Most go to great lengths to argue the functionality of this movement, or that. Often, the warm-up for a workout is complex and deeply rooted in science, tradition and lore.

We don't care about any of that.

The warm-up, while steeped in historical convention, is questionable in terms of function and/or efficiency.

Most believe warming up will magically help them to prevent injuries. Most of these same people believe a proper warm up helps them achieve higher levels of fitness.

But we have questions about these assertions.

First question is: 

How is then that folks who are warmed up still become injured? 

Indeed scientific studies on the subject show that incidence of injury is NO less prevalent among the well warmed-up participant. Neither are the injuries they experience (if they do) less severe. Some studies show warming up INCREASES injury to a small degree.

Curious.

Of course WE have observed folks who were well warmed up suffer injuries. Small and large. We have also seen folks who weren't warmed up at all suffer NO injuries after gargantuan physical efforts. 

Weird.

Another question we have is:

Why would we evolve to need a warm-up

For those of us who believe in God: Why would He have designed us to need a warm-up? Wouldn't a warm-up be entirely impractical in an emergency situation? Wouldn't God know this? I mean, is it reasonable to think that the edge in an emergency situation (earthquake, predation, etc.), would go to the properly warmed-up? That the only people who should expect to survive uninjured would be those of us walking around in a perpetual state of warmed-up? So what, office workers should be running 1/2 speed wind sprints and doing situps and stretches every couple of minutes perpetually - just in case REALLY bad stuff goes down and we need to GTFO? 

Don't mean to sound sacrilegious, but "needing a warm-up" seems like a design flaw.

Wouldn't you think an all knowing/loving God would favor a design that could quickly (almost immediately) increase HR & BP while triggering improved brain, nervous system and muscular function through chemical means?

Not comfortable with the God speak? Let me ask it this way: Wouldn't you think that evolution would favor the survival of those who could quickly (almost immediately) increase HR & BP while triggering improved brain, nervous system and muscular function through chemical means?

Wait it (He) did, didn't it?

I mean, we have those functions built in already. If I were attacked by an axe wielding murderer while sitting here typing this, I am certain my body would instantaneously snap to vigorous activity with a most decidedly violent and substantial physical retort. 

Fight or flight, anyone?

Or do you think our bodies react differently to physical situations contingent upon the size of the axe? If you do, you should know, science disagrees. It is well documented that those who are about to participate in physical exercise experience the same physiologic changes as those who are attacked by axe wielding maniacs.

Another question we have:

If warming up is so very important - which one should we do?

You'd think that if warming-up were proven to help in any specific way, exercise scientists would all agree upon THE proper warm-up to complete for improved health and injury prevention.

The thing is, every scientific study I've read on the subject has vastly different views on what a warm-up should look like. Many are contradictory. Some even indicate that warming-up as the scientist before said to do - is inefficient, even DANGEROUS.  

Of course, this is how it should be. After all, your warm-up would be specific to the activity you are about to participate in. It wouldn't make any sense for a sprinter to warm-up by throwing pitches, right?

Despite our questions on the feasibility of the warm up, we still like the idea of it. Well, we like a minimalist's idea of it. We believe that slowly ramping up to speed prior to, or during a workout will likely yield positive workout results.

However, the elaborate warm-ups of other methodologies make entirely NO sense to us.

Is a 20 minute warm up, really a warm-up? Sounds like a workout to us. I mean, if it walks like a duck ...

Our minimalist answer to the warm-up question is:

Simply ramp up to speed by performing several lighter sets/rounds/reps of whatever activity you have ahead of you for the day.

You may do this prior to, or during your workout. For example, if you have moderately heavy sets of biceps curls on the DW you'd be well-served by doing a few sets of the same number of reps suggested at a much lighter weight. You might also try pulling off a few lighter sets DURING the workout while you are coming up to full speed. If you are worried about losing those reps and NOT receiving the entire benefit of the workout, simply ADD back the full speed/weight reps you missed while warming-up. Pretty simple stuff.  

There may very well be some physiologic benefits to warming-up. No, we don't think these benefits are dramatic for purposes of GPP, nor do we believe that warming-up entirely prevents injury. If nothing else, warming-up may only serve to help you become focused on the task at hand. Focusing on becoming healthier, in most cases, is no small feat. It is not something to be trivialized. Therefore we do it, or at least, our minimalist version of it.