4 Interesting Facts about Mind-Body Connection

The body and mind are intimately intertwined. We must always look at the bigger picture. Despite Western medicine’s attempt to further break the body up into distinct “parts,” everything is connected. Your stress at work and your shoulder pain are absolutely related. Your toxic relationship and your sinus infection is likely the result of your body’s symbiosis. Emotional stress manifests itself physically, and, conversely, physical pain impacts our emotions.

“Muscles” are just used for classification purposes, but that is not exactly how your brain works. You’re never just using one muscle at a time, and the same thing goes for your organs: nothing works in solitude, but rather, your body is a symphony.

Everything is originated in your brain. The brain is responsible for the function of all bodily functions (heart beat, digestion, respiration, etc.), and it also controls your perception. Thus, it would be foolish to consider pain without first understanding the cognitive processes behind it. 

1. Research suggests that thinking about contracting a specific muscle is beneficial for improving muscular hypertrophy. A study of 18 resistance-trained men found that "individuals can increase triceps brachii or pectarilis major muscle activity during the bench press when focusing on using the specific muscle at intensities up to 60 % of 1RM." Essentially, thinking about activating a muscle can increase its activation at lower intensities.
2. A history of injury to a certain area can perpetuate symptoms, even after your body has healed. Pain and trauma form pathways in your brain. There's an adage that says "neurons that fire together wire together." This means that if a pathway of pain becomes familiar to you, it can be difficult to dissociate the two things. Let's say you tore your UCL in your elbow throwing a baseball. You may still experience pain when throwing, even long after the tissue has healed, because your brain associates throwing with danger.
3. You can improve on a skill using mental imagery. "Vandell et. al. reported that groups of subjects who mentally practiced basketball free throws or dart throwing demonstrated improved skills similar to those who physically practiced the task. The [mental practice] and [physical practice] groups improved 23% and 24%, respectively, as compared with no improvement in a control group that did not practice either task," mentioned Warner and McNeill. That means that the group who practiced a skill using mental imagery alone had nearly the same level of improvements as did the group using physical practice!
4. Mental practice can improve balance. Fansler et. al. tested 36 elderly female subjects. Women were randomly assigned to one of three groups: non-sense+physical practice, relaxation+physical practice, or ideokinetic facilitation+physical practice. The final group "showed fewer subjects with negative change and more subjects with greater than 100% improvement." Effectively, the combination of mind-body awareness along with physical practice elicited significant improvements for the subjects. "This improvement in balance, which is a fundamental component of human movement, suggests that [ideokinetic facilitation] has promising usefulness in health care." Perhaps this study could be expanded into other areas, as well!

Wim Hof, a dutch man known as the "Ice Man" has been able to achieve incredible feats using meditative breathing. He regularly goes for dunks in freezing cold water, hikes frigid mountains in only his shorts, and has even demonstrated control over his autonomic nervous system. If you haven't heard of this guy, I recommend watching this video and reading more about him! He's a pretty incredible and inspiring man.

There's still much research to be done on the concept of mind-body connectivity. I believe that with a strong mind, we can build a strong body. We cannot achieve what the mind doesn't believe. Incorporating mental imagery into your routine might just be the change you need to break through your training plateaus!

Works Cited:

1. Calatayud, Joaquin, Jonas Vinstrup, Markus Due Jakobsen, Emil Sundstrup, Mikkel Brandt, Kenneth Jay, Juan Carlos Colado, and Lars Louis Andersen. "Importance of Mind-muscle Connection during Progressive Resistance Training." European Journal of Applied Physiology 116.3 (2015): 527-33. Web.
2. Haggard, Patrick. "Conscious Intention and Motor Cognition." Trends in Cognitive Sciences 9.6 (2005): 290-95. Web.
3. Ramachandran, V. S., and Sandra Blakeslee. Phantoms in the Brain: Probing the Mysteries of the Human Mind. New York: Harper Perennial, 2009. Print.
4. Sarno, John E. Mind over Back Pain: A Radically New Approach to the Diagnosis and Treatment of Back Pain. New York: Berkley, 1999. Print.
5. Warner, Linda, and M. Evelyn Mcneill. "Mental Imagery and Its Potential for Physical Therapy." Physical Therapy 68.4 (1988): 516-21. Web.

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A Case Against Box Squats

The box squat is ubiquitous in both high level strength and conditioning facilities and Globo gyms. While a lot of coaches and trainers tout the box squat as being beneficial for "explosiveness" and overall strength, I am here to dispute its efficacy, and highlight some of their potential drawbacks.

I am guessing that some of you are already prepared to jump on me for questioning a movement that is so widely utilized, but before you do so, give this article a read. If you still vehemently disagree with my claims, then I'm always happy to hear other opinions.

One of the biggest underlying detriments to using the box squat, in my opinion, is the lack of "biomechanical transferability" to a traditional back squat (specifically high bar); by this, I mean that the movement is quite different in terms of joint angles. One cue you will often hear in the box squat is something to the effect of "push your butt back." Now, this may also be applicable to a powerlifting low bar squatting style, but it is contraindicated on a high bar, Olympic style squat. You'll notice that in this diagram, that the low bar back squatter (on the left) sits his hips back farther, and his shins are closer to vertical, whereas the high bar squatter on the right sits more upright, and the knees track in front of the toes.

The cue "sit back" leads to the athlete maintaining a shin that is almost completely vertical and ends up in a position that would not otherwise be sustainable. Try to do a high bar or low bar squat by pushing your hips back to an extreme degree like some coaches advocate on the box squat–you will likely fall over, because that is not the natural way to descend the hips. Take a look at this guy in the photo. Squatting this way sans box would be very difficult.

Aside from the altered mechanics of the box squat, this movement often decreases the standard range of motion. The only time I would ever prescribe box squats for a client is if he or she were having difficulty achieving or gaging depth on the movement. In this case, a box or a medicine ball can give the client a target or a standardization for depth. Over time, one should progress to a lower box, and eventually eliminate it altogether. If you're comfortable with the movement, then you should always aim to maximize your range of motion with great technique, rather than decrease it.

Similarly, a lot of people tend to get lazy on the box. By this, I mean that the lifter will fully relax and disengage in the middle of the movement. This is not only disadvantageous (as it would never happen in a normal back squat), but it is also dangerous. Now, the lifter has to recreate tension as they stand. There is a tremendous risk of back injury for this reason. If you do choose to use box squats in your training, you should simply tap the box and then quickly rebound, rather than sitting completely.

While some strength coaches praise the box squat for its ability to develop explosiveness out of the hole, I prefer two other squatting variants: paused squats and jumping barbell squats. Both of these movements are, in my experience, far superior. The paused back squat allows the lifter to achieve full depth and build concentric speed, and the jumping barbell squat teaches that rebounding, plyometric power that is desirable in most sports. I prefer to keep repetitions per set lower (<6-8) for both movements, because the lifter can focus on perfect technique. For the paused squats, it is ideal to use a weight that will be challenging, but will not slow down your ascent. For example, if you're grinding to stand up with the weight, you've gone too heavy. Speed trumps weight here. Weight should be between 20-30% of back squat 1 repetition maximum for the jumping barbell squats. Heavier weights won't allow for a quick rebound.

Overall, while some prefer to program the box squat, I think it is limited in its practical application for most people. Not only does it reinforce improper mechanics, but it also could result in injury. Try different squatting variations to stimulate the same effect.



Works Cited:

1. Swinton, Paul A., Ray Lloyd, Justin W. L. Keogh, Ioannis Agouris, and Arthur D. Stewart. "A Biomechanical Comparison of the Traditional Squat, Powerlifting Squat, and Box Squat." Journal of Strength and Conditioning Research 26.7 (2012): 1805-816. Web.

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Will Creatine Help You?

Creatine is, without a doubt, one of the most popular supplements touted by bros on the market today (at least that one can legally use). Bodybuilders and other athletes use it to improve work capacity and increase size. In fact, Froiland et. al. found that about 37% of NCAA athletes take creatine. Before you start scooping heaps of creatine into your protein shakes, however, it's important to know how it works, and also what it does and doesn't do.

There are seven different types of creatine supplements: creatine monohydrate (the most popular form), tri-creatine malate, micronized creatine, liquid creatine, conjugated creatine, buffered creatine, and ethyl ester. For the purposes of brevity of this article, though, I will only discuss creatine monohydrate supplementation.

Naturally produced in your liver, pancreas, and kidneys, creatine is transported to your muscles through the bloodstream. Creatine is also sourced from meat and fish, or, obviously, supplementation. Along with a compound known as adenosine triphosphate (ATP), phosphocreatine is the primary energy source for all anaerobic activity (shorter activities that don't require much oxygen).

With creatine supplementation, you have more ATP-PC stores, and, thus, you're able to improve your work capacity! Creatine is effectively giving you that extra "boost" in your workout, so if you were only able to perform 4 repetitions on your bench press at a given weight, using creatine supplements, you'll ideally be able to do 6 or more repetitions. In summary, creatine isn't a miracle supplement that you take and wake up looking like Arnold and lifting like Mark Henry, but, rather, it's aiding you in getting more work done than you would've been able to do otherwise. An increased work capacity allows you to increase volume (repetitions) at a designated intensity (weight), which can result in an increase in muscle mass and strength as a byproduct.

What does the research show?

For one, Rawson et. al. noted that weightlifting performance and muscle hypertrophy increased considerably in subjects using creatine:

Although there is considerable variability in the increase in muscle strength and weightlifting performance in subjects ingesting creatine during resistance training, subjects ingesting creatine experience on average an 8% greater increase in muscle strength (20 vs. 12%) and a 14% greater increase in weightlifting performance (26 vs. 12%). Additionally, untrained subjects experienced a larger increase in muscle strength following creatine supplementation plus resistance training than trained subjects (31 vs. 14%).

They both reviewed 22 different studies on the supplement, and those were there collective conclusions. The review also considered possible gender disparities, and didn't find a substantial difference in response between men and women:

One group has reported that men and women experience similar improvements in exercise performance following creatine supplementation (51), but that women show a lesser increase in lean body mass (32) and no reduction in protein breakdown (34) following creatine supplementation compared with men.

In another study, Becque and his colleagues tested 23 male subjects with one or more years of training experience. The experimental group ingested 5 g of creatine, while the control group ingested a placebo drink with sucrose. One of the most interesting findings of the study was that "body mass was significantly greater for [the creatine group] than [the] placebo [group] at pretest and post-test." The experimental group also noted a larger increase in arm flexor (biceps brachii) strength than did the control group.

Similarly, Volek tested 19 resistance-trained men over the course of 12 weeks. Towards the end of the study (weeks 5-8), the experimental (creatine) group performed more volume in the bench press than their control counterparts did. There were no noticeable differences in squat volume. The 1 repetition maximums for all subjects, but more significantly in the creatine supplemented subjects on both the squat and the bench press. The creatine subjects saw a larger increase in lean muscle mass, as well (5.8 kg versus 1.3 kg in the placebo group).



With those things in mind, here are a few final points:

• For optimal digestion of a creatine monohydrate powder, mix it with fruit juice, as it has been shown to increase absorption. 
• The use of loading phases are often disputed. It is unlikely that it is necessary. So long as you're getting around 3-5 grams per day, you should still reap the massive benefits of creatine monohydrate.
• Timing doesn't seem to matter much, either. Studies have found benefits to both pre and post-workout consumption. Unfortunately, no study to date has compared the efficacy of pre and post-workout creatine intake.
• Studies have indicated that creatine may cause gastrointestinal distress in some, so that's an important side effect to consider.
• Despite myths indicating the contrary, creatine has not been linked to liver or kidney problems in the short term or the long term.

If you want to do some more reading into these studies, I've listed them in the works cited below. Overall, the majority of the literature seems to lean in favor of creatine for both hypertrophy and for strength gains. In fact, it's tough to find studies that contradict those findings.

With supplements, it's always a good idea to experiment and see what works best for you. I've tried a number of different products on the market, and I'm constantly making adjustments accordingly. Creatine monohydrate just may be the missing link in your training plateau!

Works Cited:

1. Becque, M. Daniel, John D. Lochmann, and Donald R. Melrose. "Effects of Oral Creatine Supplementation on Muscular Strength and Body Composition." Physical Fitness and Performance (2000): 654-58. Web.
2. Froiland, Kathryn, Wanda Koszewski, Joshua Hingst, and Lisa Kopecky. "Nutritional Supplement Use among College Athletes and Their Sources of Information." International Journal of Sport Nutrition and Exercise Metabolism 14.1 (2004): 104-20. Web.
3. Ostojic, Sergej, and Zlatko Ahmetovic. "Gastrointestinal Distress After Creatine Supplementation in Athletes: Are Side Effects Dose Dependent?" GSPM Res. in Sports Med. Research in Sports Medicine 16.1 (2008): 15-22. Web.
4. Poortmans, Jaques R., and Marc Francaux. "Adverse Effects of Creatine Supplementation." Sports Medicine 30.3 (2000): 155-70. Web.
5. Rawson, Eric S., and Jeff S. Volek. "Effects of Creatine Supplementation and Resistance Training on Muscle Strength and Weightlifting Performance." Journal of Strength and Conditioning Research (2003): 822-31. Web.
6. Volek, Jeff S., et al. "Performance and Muscle Fiber Adaptations to Creatine Supplementation and Heavy Resistance Training." Medicine and science in sports and exercise 31 (1999): 1147-1156.

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Practical Uses of Variety in Training

A lot of my readers have been asking me about programming. This week, I was luck enough to have my friend Steve write a guest post for me. Steve Bare is a professional strength coach (CSCS, USAW) and competitive weightlifter. His experience includes work in the private industry and an internship at the Olympic Training Center in Chula Vista, California. He now coaches at a high school, where he is thankful to work with a huge number of adolescent athletes, and give them all a great start in strength training. You can occasionally catch him writing on his coaching blog, BareStrength.



“Ya gotta switch it up, bro!” 

Variety in training is a very popular, yet polarizing, concept. From P90X marketing as “muscle confusion” to CrossFit purporting to be “constantly varied,” many brands are built by attempting to break the monotony of training. In this article, I’d like to discuss the practical application of variety in training, as well as the extents to which variation can be either be useful or counterproductive.

What qualifies as variety?

Loosely, any meaningful difference in training. This can come from changes in exercise modality (e.g., lifting versus swimming), exercise selection (e.g., lunges versus squats), implement (dumbbells versus barbells), rep range, rep tempo, training frequency, and more additional possibilities than I care to list at this time.

Why should you use variety in training? 

For one, introducing variety can diminish the risk of overuse injury. Athletes who engage in repetitive motions in practice and training tend to wind up with sport-specific injuries: baseball pitchers’ shoulders, rowers’ backs, tennis players’ elbows, runners’ shin splints, et. cetera. The primary recommendation to alleviate such symptoms is to decrease usage and strengthen relevant muscles and movement patterns, typically in an off-season period.

This is also relevant to recreational gym-goers. Your body doesn’t care whether you consider yourself a competitive powerlifter or not; if you’re maxing your bench press every chance you get, you’re likely to rack up some small injuries eventually. These injuries aren’t likely to go away without taking some time off from the movement.

Additionally, if you’ve been doing the same exact weekly schedule for months on end (and aren’t a beginner), chances are you’ve found yourself stagnating eventually. This can be referred to as “adaptive resistance,” when the same repeated exercises no longer disrupt homeostasis enough to drive adaptation. Changing a couple of key variables such as those mentioned above can be a powerful factor to continue to drive adaptation and get stronger.

So how much variation is enough? How much is too much? 

To answer these questions, you have to consider your goals.

If your only goal is to lose weight, for example, then your objectives in training are primarily caloric expenditure. Introducing a great amount of variety is fine, because just about any choice in exercise is sure to expend energy, provided it is performed with sufficient effort and for a sufficient duration. You could jog one day, lift another day, swim next week, fight crime another time, and continue to see results on the scale, provided you net a negative calorie balance. Of course, from a psychosocial perspective, most people enjoy seeing their performance improve, so it’s not a bad idea to stick with something for a while and enjoy the benefits of consistency: your running speeds up, your distances lengthen, your weights and reps increase.

However, if you have athletic performance goals in mind, you’ll need to ensure your training directs adaptation towards these goals. Whether your goal is to beat your old 5k time, or to win gold at the Olympics, your success hinges on specific performance improvements. It isn’t enough just to make sure you “get up and move”. You can run as far as you want, but it won’t ever be enough make you a great weightlifter; you still need sufficient specificity. If you change your exercise regimen each time you work out, you risk never providing sufficient overload. As such, we find some constraints on the limits of variation.

Beginning athletes can usually progress with just about anything, which leads to some polarizing conclusions.

On the one hand, there are proponents of systems capitalizing on very low variety for beginners. The benefit here is that the athlete quickly adapts to the cognitive demands of training, learning the lifts without getting confused by a great amount of variety, and is then able to reap the many benefits of strength training before eventually reaching a point of adaptive resistance.

On the other hand, recognizing that beginners will progress with just about any strength training program, you can also use this time to introduce athletes to a wider range of exercises. You could employ a teaching progression by having the athletes spend a couple weeks perfecting a goblet squat before moving on to a front squat, then a back squat, then a low-bar squat. You could instruct the athlete through different exercises every day of the week. However, you should still use the same exercise from one week to the next for a few weeks, so that the athlete has a chance to repeatedly practice one movement, and also see some progress in weight or total reps performed (overload). See below for a few example blocks:

The benefits here are many. The athlete is excited to train, with a greater variety of exercises. You can emphasize proper movement in a low-risk exercise, and then accumulate a lot of high-quality reps before moving on to a slightly more advanced variation with a greater load. Additionally, with each exercise the athlete knows, it becomes easier to teach additional movements in the future; for example, once an athlete knows how to front squat, lunge, press, and deadlift, it is a lot easier to teach them to clean & jerk.

*One thing to note: unlike many strength coaches, I often teach front squats before back squats. I do this because it gives me the opportunity to teach my athletes to stay upright in the squat, and I find that even beginning athletes are better at squatting deep with a front rack than they are with bars on their backs. I teach close-grip bench before a competition-width bench for similar reasons. On occasion, I have also taught sumo deadlifts before conventional because many non-contact athletes have disproportionately strong legs to a weak back, and they tend to prefer sumo initially for this reason; of course, this is also a great reason to eventually include conventional deadlifts, to ensure their backs grow accordingly!

This is not the kind of variety you need...

For intermediate and advanced athletes, most decent strength & conditioning programs will follow a system of phases emphasizing the adaptation of different physical qualities, such as aerobic conditioning, hypertrophy, strength, power, and peaking for competition (usually in that order). As a whole, this system would be referred to as a macrocycle; each 3-6 week chunk is referred to as a mesocycle; and each week can be referred to as a microcycle. By its very nature, such a system introduces variety in rep ranges, as well as often including variety in modalities, exercise selection, and tempos. Within a macrocycle, each mesocycle should gradually become more specific than the previous mesocycle, culminating in a major meet or a competitive season.

The earliest mesocycles will be the least specific to the goal, often outside the modality of the sport, to increase general fitness and work capacity. A great example of this is Olympic weightlifting champion Ilya Ilyin investing his time and energy swimming in his early mesocycles. This enables him to build up his general work capacity while letting his body heal from the repetitive trauma of his sport-specific movements.

Earlier mesocycles will include a greater number of unique exercises per session, per week, and between mesocycles. One hypertrophy block might have an athlete front squat and Romanian deadlift in one session, and then leg press and sumo deadlift in another session for 3-6 weeks. In the next mesocycle, the athlete might back squat and goodmorning in one session, and then conventional deadlift and step-up in another session for another 3-6 weeks. The goal here is to rack up great volumes without increasing the risk of overuse injury from any one particular movement.

In contrast, later mesocycles will increase specificity, decreasing variety. The final strength block for a weightlifter will include high intensity work on snatches, cleans, jerks, along with front squats and/or back squats, and possibly some additional work to target the athlete’s unique weaknesses, all performed several times per week for several weeks on end. Non-barbell athletes will typically maximize increases in strength, power, and/or speed (depending on sport and position), as well as increasing sport practice in preparation for the competitive season.

Introducing training variety can be a great way to avoid overuse injuries, drive greater physical adaptations, and generally enjoy your training more. However, it can also be tempting to overuse variety and under-apply the principles of specificity and overload. Be sure to use sufficient variety in your training that you avoid stagnation and overuse injuries, but not so much that you don’t make definite progress towards your goals!

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Contrast Training: How it Works, and How to Use It for Impressive Gains

I'm gonna let you in on a little training secret: it's called contrast training. It's used by elite athletes to improve power output, and the results are pretty impressive. Contrast training, also known as PAP (post activation potentiation), is the pairing of heavy strength exercises and explosive or plyometric exercises. If you want to get the most out of your training, PAP is the way to go.

Try contrast training, and you'll learn to levitate like this dude.

PAP is especially useful for athletes looking to enhance power output. Jumpers, weightlifters, sprinters, and shot putters are a few such athletes who can reap big benefits from this type of training. The benefits are not just limited to elite athletes, however, and can be used safely for intermediate lifters (with 2+ years of training experience).

In essence, contrast training is exciting the nervous system, and improving motor unit recruitment acutely. The more fibers activated on any given movement, the greater the benefit. To quote Roxanne Horwath and Len Kravitz (and no, not the "Fly Away" Lenny Kravitz), "The greater the muscle activation, the greater the duration of calcium ions in the muscle cell environment (referred to as sarcoplasm) and the greater the phosphorylation of the myosin light chain protein (Rixon, Lamont, Bemden, 2007). As a result, faster contraction rates and faster rates of tension develop."

One study done by Chatzopoulos Et. Al. found that heavy resistance training helped acutely improve 10 and 30 meter sprinting times. The sprints were performed after a 5 minute window of resistance training. The participants (young male athletes between the ages of 18-23) performed 10 single repetitions at 90% of their 1 repetition maximum back squat. After only 3 minutes of rest, however, the sprinting times did not increase. It is important to mention that adequate rest seems to be a very important factor here.

Here's a great list of the benefits of PAP, in the words of Bret Contreras:

1. Short-term enhancement – May increased neuromuscular performance in an actual competitive event through PAP
2. Chronic adaptation – May increase training effect using PAP in training which would result in increased Rate of Force Development (RFD)
3. Increased workout density – Combined training allows for more activity with less actual resting time which is critical if total workout time is limited
4. Increased dynamic transfer – By combining biomechanically similar activities athletes may groove more efficient neural patterns by learning to perform the lift in a manner more specific to the athletic activity
5. Increased work capacity – By increasing workout density athletes will increase their work capacity which is characterized by high levels of average power output over an interval (which I call power endurance)

Now that you get the gist for how it works, you may be wondering how you can use it and reap the benefits. Like I said, we want to pair heavy lifting with fast, explosive movements. You want to wait about 30 seconds after the strength movement to execute the explosive, plyometric movement. Rest for about 3 minutes or longer in between sets. The following list provides some pairing options for strength and power movements.

• Bench presses: Standing chest passes, supine chest passes, clapping push-ups, and push-ups to plates
• Strict/weighted pull-ups: Ball slams, clapping pull-ups (advanced), and overhead medicine ball passes
• Deadlifts: Broad jumps, 10-50 m sprints, explosive cable pull-throughs, banded kettlebell swings, and power kettlebell swings
• Squats: Jumping squats, depth jumps, hurdle jumps, jumping lunges

One thing to remember is that you want to keep total volume (reps per session) low. We're not trying to accumulate 100 reps, or anything crazy. This is about intensity, not volume. I'd suggest doing no more than 5 reps of each movement, and 5-6 sets should be enough!

If you're looking for a new way to spice up your strength training routine, contrast training may be just what you need!



Works Cited:

1. Chatzopoulos, Dimitris E., Charalambos J. Michailidis, Athanasios K. Giannakos, Kostas C. Alexiou, Dimitrios A. Patikas, Christos B. Antonopoulos, and Christos M. Kotzamanidis. "Postactivation Potentiation Effects After Heavy Resistance Exercise on Running Speed." J Strength Cond Res The Journal of Strength and Conditioning Research 21.4 (2007): 1278. Web.
2. Contreras, Bret. "Post-Activation Potentiation: Theory and Application." Bret Contreras. N.p., 05 Apr. 2010. Web. 06 Apr. 2016.
3. Kilduff, Liam P., Huw R. Bevan, Mike I.c. Kingsley, Nick J. Owen, Mark A. Bennett, Paul J. Bunce, Andrew M. Hore, Jonathan R. Maw, and Dan J. Cunningham. "Postactivation Potentiation in Professional Rugby Players: Optimal Recovery." J Strength Cond Res The Journal of Strength and Conditioning Research 21.4 (2007): 1134. Web.
4. Kravitz, Len, and Roxanne Horwath. "Postactivation Potentiation: A Brief Review." University of New Mexico. N.p., n.d. Web. 05 Apr. 2016.

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Changing up Your Rep Scheme

If you seek out nearly any fitness-related website for information regarding rep schemes, you'll see something like this:

• For size, do 3-4 sets of 8-12 repetitions
• For strength, do multiple sets of 5 of fewer repetitions at a heavy weight
• For muscular endurance, do sets of 20 or more repetitions

While this is, generally satisfactory advice, I want to delve a little bit more into this topic.

First of all, genetics play a big factor in hypertrophy (muscle growth). Everyone responds differently to certain types of training. Every person has a different distribution of type I (slow twitch) and type IIa/b (fast twitch) fibers. Renowned strength coach Charles Poliquin notes, for example:

"It should be noted that the triceps are more universally fast-twitch dominant, while there is more variation in fiber-type composition in the biceps. This example demonstrates why training programs should take each individual’s personal characteristics into consideration. This is true in terms of both exercise selection and especially the volume and intensity of the workload, since individuals and specific muscles that are either fast-twitch or slow-twitch dominant will respond differently to a given level of volume and intensity. Understanding what you are dealing with will make your training programs significantly more effective."

Put simply, if someone has more fast twitch fibers in a given muscle, then he may need to train a bit differently than an individual with a higher percentage of slow twitch fibers in that muscle. Muscles with a greater percentage of fast twitch fibers benefit from fewer repetitions per set, whereas muscles that are predominantly slow twitch will grow easier with the use of high volume. This also means that there's a great deal of variance in the ideal amount of repetition volume depending on what body part you're training.

While 8-12 repetitions will help build mass, it's certainly not the only method. In fact, it's ideal to change up your split if you've hit a plateau.

If you're gonna bench press to failure, just please, don't follow his example.

One method I like to use on certain movements is to go to failure. There is no prescribed number of repetitions, necessarily, but you want to keep repeating the exercise until your muscles give out and can no longer move the weight. This is a great way to induce strength gains. Nóbrega and Libardi note that "when it comes to trained individuals, evidence shows greater increases in muscle strength after [high intensity resistance training] performed to muscle failure compared to no failure." Some people avoid missing lifts, but the evidence shows that these repetitions recruit more muscle activation, and, thus, lead to greater adaptation. To apply this, you can put something like 85% of your best back squat on the bar and do one AMRAP set (as many reps as possible) to failure. Make sure you have a spotter nearby or you know how to properly miss a squat. It should also be noted that you do not need to do this frequently (perhaps only once or twice per mesocycle), as this type of training is quite stressful for the central nervous system.

You can also utilize this concept for muscular hypertrophy. "Recent studies have pointed muscular failure to be an important factor in order to maximize adaptations when RT is done at low intensities (LI-RT), " continued Nóbrega and Libardi. Try to use really light weights on your next set of biceps curls and go until you can no lift the dumbbells.

Additionally, while many "fitness gurus" have deemed high repetition sets as inefficient for muscle growth, research has shown that extremely high repetition training is, indeed effective for muscle growth. The conventional understanding is that sets of 20 repetitions or more are to be used for endurance of the muscle. Schoenfeld et. al. showed us, in his 2015 study, that 25-35 rep sets can work just as well as the traditional 8-12 rep sets we all know and love.

Schoenfeld drafted 24 experienced male trainees for his research. "Training was performed 3 times per week on nonconsecutive days, for a total of 8 weeks. Both [high load] and [low load] conditions produced significant increases in thickness of the elbow flexors (biceps), elbow extensors (triceps), and quadriceps femoris (9.3 vs. 9.5%, respectively), with no significant differences noted between groups." While this study defies the industry standard, it demonstrates that you can utilize many different intensities and volumes to elicit the same training effect.

Finally, I want to talk about sets. Most programs seem to cling to the magical 3-4 range. Every once in a while, you can try 5 or more sets. Why stop there? Sometimes I'll even do 10 sets of 10 (100 total reps) of a given movement. This is a great way to increase total workout volume and stimulate hypertrophy. You don't necessarily need to do 10 sets of every single accessory exercise, because you'd spend a full day in the gym, but it's a great way to finish off an intense session.

Works Cited:

1. Nóbrega, Sanmy R., and Cleiton A. Libardi. "Is Resistance Training to Muscular Failure Necessary?" Frontiers in Physiology Front. Physiol. 7 (2016): n. pag. Web.
2. Poliquin, Charles. "The Best Training Methods for Big, Strong Arms." Strength Sensei. N.p., 19 Feb. 2015. Web. 
3. Schoenfeld, Brad J., Mark D. Peterson, Dan Ogborn, Bret Contreras, and Gul T. Sonmez. "Effects of Low- vs. High-Load Resistance Training on Muscle Strength and Hypertrophy in Well-Trained Men." Journal of Strength and Conditioning Research 29.10 (2015): 2954-963. Web.

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Nate's FREE Beta Squat Program!

When you have more plates on the bar than you have fingers, you know you're strong.

My friend Nate is back for another guest post. You may remember his last post for me about proper breathing for the squat. Now that you know how to breathe on the lift, this program will help you get stupid strong squats. Nate is a competitive 198/220 Powerlifter and trainer under the NSCA who is currently pursuing his CSCS. Nate has been lifting for a little over 2 years and boasts an impressive 535 pounds recently in the gym. He is currently chasing 600+ pounds, weighing 198 himself.


FOREWORD: One of the things I want to accomplish as a trainer/coach is to give back and to help people improve themselves–that’s really it. I’ve tried to commit myself to the processes involved in learning and applying the things that I’ve learned to allow others to push their limits and achieve their goals: that’s the reasoning behind this program.

Over the past year-and-a-half I’ve done a lot of my own programming as well as writing things up for friends to get practice with writing programming for different people. I sat down with some of the things that did and did not work and tried to design a 9 to 11 week Squat Program for beginners or intermediate lifters. I call it a “Beta” program because, let's face it, it’s a first attempt at writing something more serious and distributing it out to a lot of people to see how it works. With a large enough sample size, it gives me an idea of what things will generally work and what things generally won’t.

The added benefit is, I’m hoping, to help lifters hit PRs.

It should be noted that this is a very abridged cycle. I have not included accessories or recommended frequency for the bench press and deadlift. This is 100% squat focused.

THE PROGRAM

PREFACE: As you’ll see, I have days listed as Day 1/2/3 and later as Day 1 and 2. This is because not everyone can run a Mon/Weds/Fri split even though, in my opinion, that’s ideal. I know some people are in school, have work, have lives.

You’ll want at least one day of recovery in between squat sessions, especially for those who add accessories or who have other lifts or training to do other than purely squatting. For Phase 3, the ideal would be Monday and Thursday or Tuesday and Friday as long as 3 days of rest are taken between the days.

PHASE 1: Conditioning Phase 
The reasoning for the conditioning phase is simple: Conditioning. At percentages under 80%, the goal is to condition, practice, and build confidence as stepping stones for later cycles. If your goal is maximum weight, then spending some time to bring up your work capacity is not a bad idea. This will also be beneficial for people who have run extremely long, demanding programs or just need a good starting point instead of jumping into weight over 80%. As with the other phases, I’ve given you ranges on some days (example: 63-65%) because some lifters recover faster than others. You’ll see it in later cycles too. Always err on the side of training hard. However, the goal is to avoid missed reps and to aim for weight that you’ll be able to squat with the best technique.

This is the only phase with variations.

Week 4 in this phase is for lifters who feel they need a sort of break, usually the ones who are not used to conditioning and volume work or those who are just deconditioned to begin with. It is recommended to not take the taper for more experienced lifters.

**FOR LOW BAR SQUATTERS, DAY 2 IS A PAUSED HIGH BAR DAY. FOR HIGH BAR SQUATTERS DAY 2 IS A PAUSED FRONT SQUAT DAY.

PHASE 2: Accumulation/Volume
The point of this phase is to accumulate volume between about 70-85% of a persons 1RM. This will be the meat and potatoes. The goal of this phase is to build, build, build. Build strength, fearlessness under increasing load, and for the lifter to practice their competition (or stronger) squat. Day 2 in this cycle is built in to work on technique, power, and to have a day that is less demanding as the cycle increases without going into ridiculously low intensities that won’t benefit the lifter.

PHASE 3: Intensity
Plain and simple this phase is about putting some weight on your back with the confidence to push your comfort zone and create the confidence to break old PRs! For most lifters, they’ll likely be hitting weight/rep PRs weekly before the big max out. I recommend that the lifter have at least 3 days of rest on their squat between either day, and minimize deadlifting, to maximize recovery. Week 4 can be the taper from Week 4 of the Conditioning phase or for more experienced lifters, can max on the next week.

I hope those of you running this enjoy the program and see some gain from it! Thanks for reading and putting confidence in both myself and Arianna. I’d like to thank her too for allowing me to share on her page and for putting out all the information she does.

Now go crush some heavy squats!

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Channeling the Mindset of a Champion

You can tell he's a beast, because his shirt says so.

This week, a friend of mine Russell is doing a guest post. Russell has been a strength & conditioning coach and personal trainer for the past 6 years, specializing in Olympic weightlifting for 3 of those years. Starting at a movement based gym in 2009, Russell learned the fundamentals of human movement, which carried him on to work with professional athletes, elite powerlifters, professional strongmen, and world class Olympic weightlifters. You can find Russell at his blog From the Low Hang or on Instagram @RedWhiteAndJacked.

Mentality is everything in fitness. Your attitude towards whatever you are doing will bleed through into the result.

A saying I hear often is that the hardest thing to do when trying to achieve a goal is to start, but I disagree. I believe the hardest thing to do when trying to get from A to B is to keep fighting towards where you want to be when you wind up at C, or D, or Q. No fitness journey will be without its hiccups, and how you respond to those moments is what will define your results.

Road bumps on your path can come in many shapes or sizes: anywhere from a slip up on your diet to an injury that sidelines you for an extended period of time. A lot of people have this idea that the most successful athletes or fitness professionals don’t ever hit hard times. I have worked people who range from elite athletes, to everyday people stepping into the gym for the first day and I can tell you with 100% certainty that they hit about the same amount of low points as anyone else does. The difference between those who are successful and those who aren’t is how they handle those low points.

“Concentration and mental toughness are the margins of victory.” -Bill Russell 

Just like with anything else, being mentally tough takes practice. Not everyone can start with the discipline and the mentality of an elite athlete. Here are some of the tips I’ve picked up along my journey that have helped me keep my head right:

1. Prepare. Before you go to the gym, or even start your day, take a few minutes to get your head space right. Why are you doing what you’re doing? What goal are you trying to reach? Make sure you’re completely focused on your task or tasks. 
2. Push. Push yourself and test your limits. Getting out of your comfort zone can be a challenging thing to do, but once you’re there you’ll see how amazing it feels to break down your own mental barriers.
3. Get comfortable with being uncomfortable. Nothing worth having comes easily in fitness. That is why it’s such a great thing–because for everything you achieve, you that know you had to work to actualize it. Get comfortable with the idea that you’re going to hurt, you’re going to be tired, and you’re going to want to quit. As long as you can get past those feelings, you will succeed. 
4. You can always do something. This is probably the biggest one for me personally. Too tired to get to the gym? Stretch. Injured your leg and can’t do your leg workout? An extra upper body day never hurt anyone. Super hungry and out of calories for the day? Make an enormous salad and take those calories out of tomorrow, chances are you won't even notice. No matter how dim it seems, there is always something you can do to get your closer to your goal, even if it is only by an inch. Don't make excuses.

Your mentality defines who you are, and a strong mind is the catalyst of a strong body. Practice these four skills to break plateaus and demolish your goals.

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How Often Should You PR?

Adding more weight to your lifts is always exciting. Getting a personal record is tangible evidence that all of your hours of hard work have been effective. One thing that I've noticed, though, is that getting PRs can be addictive. By this, I mean that many lifters (especially beginners) get so caught up with testing their 1 repetition maximum, that they make it a regular ritual, constantly seeking to add extra plates on the barbell. While it can be tempting to constantly push your lifts to your physical limitations, it's not realistic to get a PR all of the time.

If you've ever followed a general or customized program, you've noticed that the majority of your training sessions included percentage work: some days were a bit easier, and other days were exceptionally grueling and torturous. Generally, the recommendation to increase your strength is to work at around 80% or higher several sets of 5 repetitions or fewer. Lighter days will allow you to practice movement repetition, while the heavy days are going to help you gradually build strength. Following a program allows you to lay down the foundation of strength, which will eventually increase your 1 repetition maximum.

Easy there, big guy.

Now, let's get into the basis of programming. A program is divided up into microcycles (usually 1-2 weeks), mesocycles (around 1-6 months), and macrocycles (which can be a year or longer). Ideally, the microcycles are planned with the bigger picture (mesocycle) in mind. For a competitive athlete, the amount of repetitions and intensity (weight used) per week and month is closely monitored to prepare for competition and hit target numbers.

There is no such thing as a "perfect" program. Rather, there are a million and one different modes of progression that will be equally effective for increasing strength levels. Two basic principles of programming are the linear and the daily undulating periodization methods:

• Linear Periodization basically uses the same repetition scheme. For example you might do 4 sets of 5 repetitions for several weeks, then 6 sets of 4 repetitions for a few weeks.
• Daily Undulating Periodization utilizes a different amount of sets and repetitions in each workout. An example would be to do 4 sets of 5 repetitions one workout, then the next workout you could do 2 sets of 8 repetitions at the same weight. The idea here is that you're constantly changing the rep scheme and the amount of weight used.

Both types of periodization provide results (although many studies have found that DUP is more effective).

Now, if you're following a specific program, you would most likely max out at the end of a mesocycle, once you've accumulated a decent amount of heavy training sessions. Allowing for several weeks in between 1 rep max attempts will ensure that you see the most amount of improvement.

In the meantime, you can get "rep PRs." This means that you will use a specific weight and you'll be able to perform more reps with it than you previously have. Let's say, for instance, that your best deadlift is 210 pounds. During a training cycle, you may be asked to use that weight for 3 repetitions. Now, the weight that you could only lift for 1 repetition is an easy triple. These "PRs" will still give you the same satisfaction, but can help you continue to make progress.

Ultimately, whether you're competing in a sport or not, planning your workouts is essential. If you want to continue to evade a potential plateau in strength, then you can't just walk into the gym and "wing it." Just going for PRs all of the time isn't going to get you stronger, and you mind end up disappointed.

There are a ton of free strength programs available on the internet, if you can't afford to pay a coach. For optimal progress, find a steady program to follow, rather than just making up your workouts on a whim. Be patient with adding weight onto the bar, and the numbers will come, in time.

Works Cited:

1. Baechle, Thomas R., and Roger W. Earle. Essentials of Strength Training and Conditioning. Champaign, IL: Human Kinetics, 2008. Print.
2. Prestes, Jonato, Anelena B. Frollini, Cristiane De Lima, Felipe F. Donatto, Denis Foschini, Rita De Cássia Marqueti, Aylton Figueira, and Steven J. Fleck. "Comparison Between Linear and Daily Undulating Periodized Resistance Training to Increase Strength." Journal of Strength and Conditioning Research 23.9 (2009): 2437-442. Web.
3. Rhea, Matthew R., Stephen D. Ball, Wayne T. Phillips, and Lee N. Burkett. "A Comparison of Linear and Daily Undulating Periodized Programs with Equated Volume and Intensity for Strength." J Strength Cond Res The Journal of Strength and Conditioning Research 16.2 (2002): 250. Web.

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3 Reasons Why Your Poor Mobility is Holding You Back

So many lifters are willing to complain ad nauseam about their lack of mobility, but very few of those people are willing to get up and fix it. Most individuals would prefer to deadlift heavy and get their heart rates up than spend about 10-15 minutes addressing their muscular imbalances and chronically tight areas.

What those people might not realize, is that their lack of mobility is actually sabotaging their progress. Instead, they'd rather just cut to the chase and dive face first into their workouts. They see the value in heavy lifting and pushing hard, but they neglect the accessory mobility work. It's easy to ignore, because the immediate pay-off might be minimal. They release a tight muscle once or twice, and don't make any lasting changes. Like strength training, though, consistency is the key. Doing a handful of stretches, some self-massage, and corrective exercises every few days will go a long way. Not only will you feel more loosey-goosey, but you may even PR your lifts just from adding some more range of motion to your joints!

If your overhead squat looks like that of the guy on the right, this article is about you.

Hopefully, this post will help knock some common sense into you and remind you to pay more attention to the corrective exercises. Here are three major reasons why your limited range of motion is holding you back from getting stronger:

1. You can't get into the right positions. Movements like the front squat require a considerable range of motion. If your latissimus dorsi and pectoralis minors are tight, you won't be able to achieve an ideal position in the lift. No matter how many times a coach may say "elbows up," you just can't get them any higher. Your mobility is going to hinder your progress, because if you cannot keep your torso upright, then you won't be able to support a significant amount of weight in that position. I have met plenty of people who have ample strength, but stagnate on the clean, because their chest drops every time they catch the barbell. Their legs can support the weight without a problem, but their shoulders aren't having it. If these people did some work on the areas in question (pecs and lats), they would, undoubtedly, get an immediate PR on their cleans.
2. Your potential for force production is limited. A muscle has to lengthen before a contraction. A length-tension of a relationship of a muscle explains that a muscle can produce an optimal amount of force at a certain length. For example, if you were to pick up a heavy book, you wouldn't do so with a fully extended elbow. Instead, you would probably bend your elbows a bit. Now, this continuum of ideal length is a balance. If someone is too flexible, force production will be limited, and the opposite is also true. If you are inflexible, the muscles are constantly partially contracted. Take a look at the diagram below of a muscle cross-section. The top model (a) cannot produce enough force because there is too much of an overlap, whereas option (c) can't produce optimal force because there's no overlap at all. Option (b) is just right: a little bit of overlap so that the muscles are at their ideal length for force production. So, if your hamstrings are "tight" you won't be able to produce true power on a sprint or a vertical jump, for example.
   
3. Muscles are not firing in the proper sequence. If you're tight, you're more than likely compensating in ways you don't even realize. For example, if your ankle mobility needs some help, chances are, you're using the muscles on the medial portion of your leg (hip adductors) way too much, while the lateral muscles (abductors, gluteus medius, tensor fascia latae) aren't working enough. Every time you squat, lunge, or sprint, your mechanics are altered. Because your muscles are not in symbioses, this could mean a slower 400 meter time or a weaker back squat. Once the kinetic chain works as it is supposed to, your mechanics are more efficient and you might find that previously challenging movements are a bit easier!

Bodyworker Thomas Myers notes, "organismic movement and stretching – yoga‬, pilates, training‬, manual therapy – can help cells to their proper tension environment by relieving pressure or strain, and this results in better functioning all over." It's great to work hard and get stronger, but it's also important to give your muscles some love and alleviate tension in the body.

Ultimately, if you find that your performance has plateaued, perhaps it is time to finally work on improving your tin man status of mobility and join the supple side.

Works Cited:

1. Baechle, Thomas R., and Roger W. Earle. Essentials of Strength Training and Conditioning. Champaign, IL: Human Kinetics, 2008. Print.
2. Clark, Ross A., Brendan Humphries, Erik Hohmann, and Adam L. Bryant. "The Influence of Variable Range of Motion Training on Neuromuscular Performance and Control of External Loads." Journal of Strength and Conditioning Research 25.3 (2011): 704-11. Web.
3. Myers, Thomas. "Biomechanical Auto-Regulation." Anatomy Trains. N.p., 17 Nov. 2015. Web. 01 Dec. 2015.

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Stress Less to Lift More

You wake-up abruptly to the sound of your alarm clock. You press snooze, and then jolt up about 5 minutes later. Then, you scramble to find clothes to wear, brush your hair, brush your teeth and race out of the house to the car. While you're driving to work, you are constantly checking the time, getting exasperated by every stop light, ever car that's going too slow on the highway, and all of the detours that send you off route. When you finally make it to your job, just on time, you gasp a sigh of relief. Now you can begin to attack your "to-do list," which seems to be never-ending. Overwhelmed, you sit at your desk and take a big sip of coffee and get to work.

Does your day closely mirror the scenario I've described above?

No, I'm not a psychic, and I haven't been watching you on a hidden camera. So many of us, regrettably, spend our days on auto-pilot. Our heart rates rise along with our blood pressure, and we constantly complain that there aren't enough hours in the day.

Impending deadlines, hectic work schedules, familial responsibilities, and other stressors, can make it hard to allow yourself to relax and just let go of all of the craziness for a bit. With a little bit of meditation, however, you'll find that your workouts will improve, you will recover faster, and your daily life might just be a bit more manageable.

To understand recovery and stress, you need a little bit of background about the central nervous system. The chart above illuminates the hierarchy of the nervous system, but for the scope of this article, I'm going to talk about the divisions of the autonomic nervous system: the sympathetic and parasympathetic nervous systems.

The parasympathetic nervous system allows us to "rest and digest." When you are relaxing or meditating, your heart rate decreases. The PNS promotes recovery from stress and healing. At the other end of the spectrum, you have the sympathetic nervous system. The SNS is known for the "fight or flight" state. If you trip on the stairs, you're going to enter the sympathetic nervous system. Your heart rate elevates, your blood pressure increases, and your breath may become shallow and infrequent.

Many of us are quite familiar with the sympathetic nervous system, as we spend our days in frequent bouts of stress and anxiety.

Now what does all of this have to do with exercise? Well, as you know, exercise will do quite a number on your body. Your connective tissues take a beating, and they need time to repair so that you can attack your subsequent workouts. If we stay in the SNS, then, you're just not going recover optimally, if at all. In fact, you may even enter a state of catabolism (breakdown of muscle proteins). There's no sense in busting your butt in the gym if you're ultimately gonna stress away all your hard work, is there?

The diagram on the left talks a bit about Hans Selye's General Adaptation Syndrome. There are three stages: alarm, resistance, and exhaustion. Without adequate rest after repeated bouts of stress, one may reach the exhaustion stage, in which their performance regresses and they experience frequent injury. The body needs adequate rest in order to continue to train hard.

Here's an interesting study on high school swimmers: Jiang and colleagues had the athletes use meditation for recovery from intense training sessions. "Mood states, anxiety, and heart rate measures served as the dependent variables." They found that "meditation training as a mental warm down combined with a physical warm down are more effective to facilitate acute and long-term heart rate recovery, lower mood disturbance scores, decrease cognitive anxiety compared to just taking a rest after vigorous training and during the recovery period." Furthermore, "the experimental group demonstrated significantly lower scores than the control group in fatigue, depression, and anger." The meditating students had a more regulated mood, and they were recovering better from practices!

Another study, with Stults-Kolehmainen et. al. found that "in all analyses, higher stress was associated with worse recovery. Stress, whether assessed as life event stress or perceived stress, moderated the recovery trajectories of muscular function and somatic sensations in a 96-hour period after strenuous resistance exercise."

When considering the stresses felt by our body in exercise, we must also remember all of the other factors at play. If you're regularly working 70+ hour work weeks, or leading a lifestyle of stress, that will undoubtedly affect your workout recovery time. Every stressor accumulates a greater demand for recovery on the central nervous system, and dictates more time to return back to your baseline.

In my experience, meditation is a wonderful practice that can help you wind down after a tough day. Even 10-15 minutes a day will help you maintain your equilibrium and channel your inner Dalai Lama. Different types of meditation work for different people, but I prefer to just lay on my back, taking big, diaphragmatic breaths, and thinking positive thoughts. I let all of the negativity escape my mind, and remind myself not to let trivial things consume me.

Find a way to allow your brain to unwind after a tough day or tough week, and you may find yourself to be more at peace, less injured, and performing at an all time high. Allow your body to recover from all of the demands you have placed on it, so that you can get back to working out in half the amount of time!

As my father always says "don't write checks that your body can't cash!"


Works Cited:

1. Jiang, Zhenying. "The Effects of Meditation Training on Post workout Anxiety, Mood State, and Heart Rate Recovery of Us High School Swimmers." SPORTS SCIENCE 20.6 (2000): 66-74.
2. Solberg, E. E., K. A. Berglund, O. Engen, O. Ekeberg, and M. Loeb. "The Effect of Meditation on Shooting Performance." British Journal of Sports Medicine 30.4 (1996): 342-46. Web.
3. Stults-Kolehmainen, Matthew A., John B. Bartholomew, and Rajita Sinha. "Chronic Psychological Stress Impairs Recovery of Muscular Function and Somatic Sensations Over a 96-Hour Period." Journal of Strength and Conditioning Research 28.7 (2014): 2007-017. Web.

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