Category Archives: Exercise

Unconventional Bodybuilding (Pt.3)

Posted on by
1

Here are the final two pieces of conventional bodybuilding wisdom that will prevent you from realizing your best physique.

Unless you decide to take the unconventional road.

#4 – You Need to Use a lot of Supplements

I guess that depends on what you define as “a lot”.  Personally, I use protein powders, take a Shaklee Vitalizer pack (multi-vitamin, Omegas, probiotic, and B vitamins), and creatine and BCAA’s during my competition prep.  For a pre-workout shot of energy I typically drink a bold black coffee or I’ll use a pre-workout drink if my friend Rich Fitter has sent me any samples of the latest and greatest.

Whey protein powder, supplements, bodybuilding

The truth is, many top natural bodybuilders (not that I’m one of them) don’t take many supplements.  Most use what would be considered “the essentials” which is essentially what I outlined above.  But of course there are those that do consume virtually anything found on a supplement stores shelf if they think it will add an inkling of more muscle or burn more fat.

protein powder. Supplements for bodybuilders

More often than not, those with the best grasp on their training and nutrition utilize far fewer supplements than individuals that do not.  The conventional—and outright stupid—outlook on supplements is that results can be found in a pill or powder.

As the lyrics from Survivor’s song in Rocky IV so eloquently points out, “There’s no easy way out…there’s no shortcuts home”.

Unconventional bodybuilding would have you thinking and acting like a researcher or scientist.  And like any great researcher you need to control for as many variables as possible before introducing a new one.  That means spending months if not years getting your diet and training dialed-in so that if some new revolutionary supplement is added to the mix you can know for sure whether or not it actually made a difference.

#5 – You Have to Dehydrate to Show More Muscle Definition

This might be THE most misunderstood aspects of bodybuilding even for seasoned bodybuilders.

Answer this question for me: How much of your muscle is made up of water?

That’s right, 75%.  When you deprive or deplete yourself of water the first place the water leaves is the muscles.  Not underneath the skin like most broscience knuckleheads think.

I’ll tell you in a moment the unconventional method for getting water out from under the skin and it doesn’t require the use of diuretics.

But first…

Water makes up three quarters of our muscles size so our goal is to keep as much water in the muscles as we can.

Water, bodybuilding, supplements

The way to regulate water inside and outside the cells is through carbohydrates and sodium/potassium balance.

Each gram of stored carbohydrate holds 2.7 grams of water.  That means the higher the concentration of glucose in a muscle the larger or more fuller that muscle will appear as a consequence of holding more water inside of it.

This is why people who undertake a very low carb diet find their muscles looking flat or have difficulty sustaining a good pump when they train. Without a high concentration of glycogen in the muscles, water has nothing to latch onto.

However this doesn’t mean you can consume copious amounts of carbohydrates either.  The muscles can only hold a certain amount of glucose at any one time.  Exactly how much depends on your body type, muscular size, metabolic rate, activity level, training demands, and what you are accustomed to.

bodybuilding, carbohydrates, supplements

If more glucose is present than what the muscles can store, water now has no place to reside within the muscles so it winds up outside of the cells and underneath the skin.  This situation is commonly referred to as “spill-over” and is a bodybuilder’s biggest fear and the reason they erroneously cut their water intake days prior to competition.

The unconventional approach to carbohydrate intake.

A good starting point is 1.25-1.75g/lb. of fat free mass.  Those who are highly active, have a high metabolic rate, are insulin sensitive, or find their muscles appearing “flat” will need to adjust their carbohydrates higher.  However it is best to methodically make these increases so as to determine the ideal amount for maintaining fullness without spillover.

The other regulating factor in achieving the cellophane skin look is sodium and potassium.

Sodium regulates extracellular fluid activity.  Potassium is responsible for controlling intracellular fluid activity.

Salt shaker

What does conventional bodybuilding logic say?  Drop your sodium so you hold less subcutaneous water, and if you really want to hit a home run pop some potassium pills!!!

When sodium is too low it signals the release of the hormone Aldosterone which causes the body to reabsorb and prevent the excretion of sodium which then results in water retention OUTSIDE THE CELLS!  The more sodium is decreased the more Aldosterone is released and the smoother and more waterlogged the muscles begin looking.

The secret unconventional approach to subcutaneous water excretion is (drum roll please)….

Keep your water intake as high as possible (at least 1 – 1.5 ounces per pound of bodyweight) and keep sodium and potassium intake…NORMAL.

  • 1,500-4,500 mg Na
  • 1,500-2,000 mg K

That’s the secret recipe.  It’s not a trick, it’s not magic.  It is a predictable approach that will leave you looking as tight as a pair of skinny jeans on a Hipster.  Presuming you are lean enough.

That’s right, none of this will make any sort of a difference unless your body-fat is low enough to where you already have significant muscle definition.  Put simply, unless you have shredded shoulders, separation in your quads, or something that at least resembles six pack abs, all the manipulation of water, Na, K, and carbs won’t give you these things.

Conclusion

By and large bodybuilding is an illusion.  But it’s an illusion that’s created by being as lean as possible while retaining as much muscle as possible while at your leanest.  As mentioned at the very start of this series, you don’t simply grow into the incredibly shredded and jacked condition of a bodybuilder.   It’s an endeavor that takes time, patience, and the willingness to turn your back on the herd mentality and take the unconventional approach.

Since we opened this series with a quote I figured we should close with on as well.

When you’re used to being prepared to reject conventional wisdom, it leaves you open to learn more.
– Mayim Bialik

Unconventional Bodybuilding (Pt.2)

Posted on by
1

Continuing on with our look at the misinformation and misunderstandings tied to conventional bodybuilding wisdom and offering better (unconventional) alternatives.

#2 – You Should Not Eat too Many Carbs, But Should Consume a lot of Protein.

Wrong!

Despite being disproved time and time again, the belief that carbs make you fat has stuck around like gum under a middle-schoolers desk.

carbohydrates, high carb, low protein, low fat, diet

In my favorite aisle in the supermarket…the cereal aisle!

This is a deep topic that deserves its own attention so I am going to avoid going into extensive detail.  I’ll just summarize why if anything you want to be carb heavy for the purpose of achieving the lean muscular look of a bodybuilder.  But first, let’s address protein.

Based on an extensive amount of research protein intake for someone who resistance trains or performs high intensity exercise need to only be 1.6 – 2.4g/kg of fat free mass.(1-6)   Or for those of you that eschew the metric system, around 1 gram per pound of lean body mass.  That means a 180lb. male with 10% body-fat would only need approximately 162g protein per day (even if in a caloric deficit).

Why high carb?

  • Because carbs are protein sparing.  In the absence of carbohydrates or low glycogen levels amino acids are called upon to do “double-duty” and supply energy needs.  This is very inefficient and leaves fewer to perform their primary job of repairing and building muscle tissue.
  • They along with ATP are the muscles primary source of energy for forceful muscle contractions.  Low carb diets leave little immediate energy available for intense anaerobic exercise.7
  • Carbs combined with water is what gives our muscles their fullness and hard appearance (more on this in Pt.3).

#3 – You Must do Cardio to get Shredded

I’ll do anything but cardio!

cardio,

I am not saying to avoid it if you enjoy it. Or that it can’t assist in fat-loss—especially if you do HIIT or some form of high intensity cardio.8, 9  But the notion that 30-60 minutes of aerobic exercise several times a week to get bodybuilder lean is nonsense.

Thermogenesis is the name of the game and the caloric expenditure needed to trigger can be achieved through exercise or nutrition.  But really, it’s all about nutrition.  You can do cardio to help put you in a caloric deficit or you can choose to consume less calories.  Skip on the four Oreo cookies and you just saved yourself 30 minutes on the elliptical.  I know which option I’m going with!

There’s only a few reasons I’ve come across why some people must absolutely implement cardio to assist with fat-loss:

  1. Flat Ass Syndrome – Nope, it has nothing to do with developing glutes to rival Jen Selter. This is all about the terrible scenario that plagues millions of people which is extreme inactivity and sedentary work.  Put another way, people basically sit on their ass allllllllllll day.  They go to work by sitting on their ass in a car or on a train.  They get to work and sit on their ass in front of a computer for 8-10 hours.  They go home the same way came into work…sitting on their ass.  And then when they get home they sit their ass in front of a television while checking Twitter updates on a tablet. If this resembles your life in some way, shape or form then a little cardio might be necessary to.
  2. Diet is inadequate – Meaning they just have not touched on the proper distribution of calories and macronutrients to make fat-loss consistent or they have not allotted enough TIME to lose the necessary amount of BF.  The latter is very problematic for those competing in bodybuilding or any type of physique contest because the harder one needs to push their diet and exercise to meet a deadline the more susceptible they become to muscle loss.The negative impact is twofold. First, even if you reach your desired weight or degree of leanness you will not look your best.  Second, you will have suppressed your metabolism making it harder to lose more body-fat and easier to regain body-fat.
  3. Metabolic Kick-start – Sometimes you can do everything right and the G.A.S. (General Adaptation Syndrome) goes and spoils it all.  The more easily your body adapts to your diet the tougher it becomes to keep your metabolism elevated.  Adding some HIIT or any form of higher intensity cardio can help provide a different stimulus to cause a metabolic response.

#4 – You Need to Use a lot of Supplements

That depends on what you define as “a lot”.  I personally use protein powder, Shaklee Vitalizer, and creatine and some BCAA’s during competition prep.  That’s pretty much it.

My pre-workout is typically a cup of black coffee or if Rich Fitter hooks me up with some pre-workout samples I might use that for a shot of energy instead.

The truth is, while natural bodybuilders are probably the largest consumer of supplements many of the top natural bodybuilders in the world don’t take all that many.  Things such as protein powders, multi-vitamins, Omega’s, creatine, and BCAA’s are pretty standard but beyond that most everything else tends to be unnecessary if your nutrition and training is on point.

References

  1. Garthe I, Raastad T, Refsnes PE, Koivisto A, Sundgot-Borgen J. Effect of two different weight-loss rates on body composition and strength and power-related performance in elite athletes. Int J Sport Nutr Exerc Metab. 2011 Apr;21(2):97-104.
  2. Mettler S, Mitchell N, Tipton KD. Increased protein intake reduces lean body
    mass loss during weight loss in athletes. Medicine and Science in Sports and Exercise. 2010; 42(2), 326-337.
  3. Pasiakos SM, Cao JJ, Margolis LM, Sauter ER, Whigham LD, McClung JP, Rood JC, Carbone JW, Combs GF Jr, Young AJ. Effects of high-protein diets on fat-free mass and muscle protein synthesis following weight loss: a randomized controlled trial. FASEB J. 2013 Jun 5.
  4. Phillips SM, Moore DR, Tang JE. A critical examination of dietary protein requirements, benefits, and excesses in athletes. Int J Sport Nutr Exerc Metab. 2007 Aug;17 Suppl:S58-76.
  5. Helms ER, Zinn C, Rowlands DS, Brown SR A systematic review of dietary protein during caloric restriction in resistance trained lean athletes: a case for higher intakes. Int J Sport Nutr Exerc Metab. 2014 Apr;24(2):127-38. doi: 10.1123/ijsnem.2013-0054. Epub 2013 Oct 2.
  6. http://suppversity.blogspot.de/2013/06/evidence-from-metabolic-ward-16-24gkg.html
  7. Couto PG, Bertuzzi R, de Souza CC, Lima HM, Kiss MA, de Oliveira FR, Lima-Silva AE. High-CHO Diet Induces Faster Final Sprint and Overall 10,000 m Times of Young Runners. Pediatr Exerc Sci. 2015 Apr 22. [Epub ahead of print]
  8. Falcone PH, Tai CY, Carson LR, Joy JM, Mosman MM, McCann TR, Crona KP, Kim MP, Moon JR. Caloric expenditure of aerobic, resistance, or combined high-intensity interval training using a hydraulic resistance system in healthy men. J Strength Cond Res. 2015 Mar;29(3):779-85. doi: 10.1519/JSC.0000000000000661.
  9. Greer BK, Sirithienthad P, Moffatt RJ, Marcello RT, Panton LB. EPOC Comparison Between Isocaloric Bouts of Steady-State Aerobic, Intermittent Aerobic, and Resistance Training. Res Q Exerc Sport. 2015 Feb 12:1-6. [Epub ahead of print]

Unconventional Bodybuilding (Pt.1)

Posted on by
Reply

The biggest handicap in research is an ability to think outside the box.  The handicap is being encumbered by all the conventional wisdom in a given field.

– Aubrey de Grey

Bodybuilding is wrought with conventional wisdom. And what people believe makes someone look like a bodybuilder or fitness model is shrouded in misconceptions.

bodybuilder, natural bodybuilding, unconventional bodybuilding, muscle hypertrophy, muscle maturity

Setting aside the use of PED’s or other bodybuilding drugs; looking muscular, strong, shredded or fit is the result of a very specific set of circumstances.  Circumstances EVERYONE has the ability to control.

Over the next three blog posts I’ll speak to these circumstances, uncover misconceptions, and provide some unconventional and counterintuitive training and nutrition methods of my own to maximize your development and enhance appearance.  But before I do we need to come to a mutual understanding about something.  And that something is…

Bodybuilding is an Illusion

Shawn Ray

When I was a young lifter with aspirations of looking like Frank Zane and Shawn Ray I thought you simply built muscle to the point that your skin stretched to epic proportions, fat melted off of you and deep muscle separation was inevitable.   In other words, you GREW into being completely JACKED.

You can imagine my disappointment and that of every teenage boy who ever thought the same thing when that didn’t happen.

So what did happen?

Well, muscle was built.  Just not to epic proportions.  And a degree of thickness was achieved that made it quite obvious (with a shirt on) that some heavy lifting had been going on.

And therein lies the rub…”with a shirt on”.   Because with the shirt off neither I (at the time) nor 99% of those who lift weights resemble anything like the guy on the cover of Muscle & Fitness.

However, realizing how bodybuilding is an illusion can change all that.

The two key factors for creating the illusion of being enviously jacked are…

  1. Being as lean as possible.
  2. Retaining as much muscle as possible while at your leanest.

These two factors are very much controllable.  That’s the good news.

The bad news is:  Getting as lean as you’ll need to means that you are going to be fielding a lot of questions and concerns from your friends and family about your “health” because of how “skinny” you’ve become.  They’ll tell you to stop whatever you’re doing.  They’ll say you look terrible.

I say, don’t worry.  It’s just jealousy!

In order to look how 99% of the population can’t you have to do what 99% of the population won’t.

Assuming that you are among the willing the question is, what do you do?  This is where conventional bodybuilding wisdom enters the scene and attaches itself to you like a psychotic girlfriend.  Despite the warning signs that she is absolutely nuts, for some reason you accept it and after a while you can’t seem to let go.

The road less traveled is often intimidating because it goes against convention.  This is especially so in bodybuilding.  Let’s look at what conventional wisdom says is necessary for superior physique development and see what we can offer as an unconventional or better alternative.

#1 –You Must Train Nearly Every Day and for Hours.

A commitment to training and a commitment to training with highest quality of effort possible are two different things.  Plenty of people maintain their daily obligation to go to the gym and put in their 60-90 minutes of exercise.

But do they make progress?

In some cases, yes.  In many cases, no.  In the instances where they do make GAINZ the question is whether or not they NEED to put in that much time.

2 hours

On average I spend just 2 hours training each week.  There are times when I train more but they are infrequent.  I am far from genetically gifted.  Yet despite spending half to one-third the time training as most natural bodybuilders I’ve still been able to make consistent improvements and compete at a high level for 15+ years.

This is NOT an indictment of high-volume and high-frequency training—whose supporters are likely foaming at the mouth like an attack dog ready to pounce on me right now.  Nor should the high-intensity crowd think I’m lending support to their minimalist approach.

It’s prudent for all factions to recognize the benefits provided by the other training methods and think about what parts they can pilfer and use to their own benefit.

The Unconventional Approach…

  • Focus on Quality over Quantity.
  • Training too or near muscular failure (1 rep shy) 80-90% of the time.
  • Perform the highest volume of work (sets and reps) in the shortest time possible. However, this doesn’t mean perform reps at hyper-speed.  Use a cadence of 2-4 seconds on the positive and 3-5 seconds on the negative to maintain constant tension on the muscles.
  • Push your boundaries not only by lifting heavier weight or performing more reps but by manipulating ALL training variables.
  • Recognize that exercise is a negative stress on the body and only serves as a stimulus for muscle hypertrophy; lending to the importance of ample recovery time.
  • Keep workouts to 20-45 minutes.  (Eliminate time spent socializing and taking selfies and this shouldn’t be problem).
  • An average of 3-4 workouts/week.
  • Train each muscle group once every 3-5 days.

By no means am I implying that my training will produce dramatically greater results than training with less intensity and longer.  I am simply pointing out that the common BELIEFS regarding how much time must be dedicated to looking like a bodybuilder is severely misunderstood.

10 Rules on How NOT to Bodybuild

Posted on by
Reply

The following is a book excerpt from Brian D. Johnston’s new book High Density Training: Eclectic and Strategic Bodybuilding for the Natural Athlete.  I have long considered Johnston a mentor and one of the most brilliant minds in fitness for his unique ability to tie together the art and science of exercise for muscle and strength development, particularly for natural bodybuilders.

high density training - bodybuilder

In his latest book Johnston explores the connection between training density (volume per unit of time) and it’s effect on muscle hypertrophy and achieving the bodybuilder look. This excerpt is a tongue-in-cheek look at the mistakes made by those who want to look like a bodybuilder but are unwavering in their training.

RULE 1

Become a weight lifter by trying to see how much you can lift (for whatever number of repetitions); avoid the quality of the training experience for any particular muscle since it’s the quantity of what you lift that is vital to success.

RULE 2

Force yourself to keep lifting heavier weights by increasing outlying muscle participation (squeeze the heck out of all muscles to increase overall body force); this does not increase tension on the targeted muscles, but will drain you systemically and impress your ego – and if you feel drained overall, then you must be on the right track.

RULE 3

In order to fulfill the above requirements, do not alter your program for as long as possible – stick with the same exercises performed in the same manner until you become so frustrated by looking the same, even after increasing your lifting performance by 20% or 30% (and you feel like you’re going pop an eye-ball if you add any more weight to the leg press) that eventually you have to change to another program of doing the same exercises in the same manner repeatedly (and then keep that up for as long as possible). However, during this time maintain your belief in the numbers – after all, math is a universal language that does not lie and it’s the most disciplined science we have; if the reps or how much you lift increase, then something good must be happening toward obtaining that superstar body you always wanted. As with any gambler, eventually you will win the jackpot so long as you remain consistent and keep playing those same cards.

RULE 4

Don’t even consider the idea that integrating different combinations of effort-sets-frequency-performance methods may have value and could stimulate change in muscles that are highly adaptable and have adapted to the ‘routine’ you have given them; people who think “insanity is defined as doing the same things over and over and expect a different outcome” are themselves insane and not thinking logically – eventually good things come to those who train hard (since intense effort is the key and the proverbial ‘light switch’ that allows muscle luminosity to shine down in all its glory).

RULE 5

In order to keep sets to a bare minimum, make certain your effort is 100% by the end of a set and on all sets, as this also ensures you will trigger the growth mechanism response; after all, there can’t possibly be any other factor in the overall demands of training that could contribute to triggering that cause-and-effect; it all comes down to how hard you train and if you feel like puking or passing out at the end of the set. And yes, don’t forget to add set extenders, such as forced repetitions, negatives and static holds that have you endure for another 30 or more seconds after already having reached failure…just in case reaching failure wasn’t quite enough on that particular day, or perhaps you can produce extra growth weeks or months from now from the added effort done today!

high density training - pulldowns

RULE 6

Avoid the pump and any deep feeling of congestion/fatigue in a muscle by keeping the number of sets you perform to a bare minimum; if you train as hard as possible and the numbers go up (in load or reps), what’s the point of performing additional sets beyond 1-2 for a muscle?

RULE 7

As you feel progressively more fatigued over the weeks, months and years, don’t forget to decrease the number of exercises performed, as well as your frequency…and to the point of barely training; at this juncture you can brag about doing 10-minute (or less) workouts every 14 days and how the massive loads you lift continue to climb (to the point of maxing out all the machines at your gym). You may want a better body, but surely the results in how much you lift someday will translate into muscle… like an alchemist turning base metal into gold.

RULE 8

As hypertrophy remains unchanged, muscles slowly flatten and body fat slowly increases (thus giving the illusion of greater size or bulk, particularly under your favorite XXL sweatshirt), mock those who do look good as their size is merely ‘edema’ and ‘inflammation’ from all that ‘pumping,’ as well as glycogen over-compensation – in other words, their look isn’t real, an illusion, whereas you are the real deal! Your results in exercise gym performance speak for themselves!

RULE 9

In support of Rule 8, make certain to keep body fat levels high so that it is impossible to determine if growth is or is not occurring; that way you can forget about it as you focus on your weight ‘lifting.’ Concurrently, avoid any picture taking with your shirt off as photographic evidence is no evidence at all – lighting can play tricks on your eyes and mind. Really, anyone who looks better than you in photos must be because of a pre-pump and trick lighting (shadows) and not because of how they train.

RULE 10

As time marches on, as you age and testosterone levels decrease, clarify to those who ask “do you weight train?” or “do you still weight train?” that you don’t have very good genetics and anyone who looks good must be on steroids – even if those people weigh the same as you at the same height, yet look so much different; if not the drugs, then it must be all that inflammation and glycogen forced into the muscles.

*****

Get the entire story on how high density training can help you optimize your muscle development and appearance.  Email logicbdj@hotmail.com to order your copy of High Density Training: Eclectic and Strategic Bodybuilding for the Natural Athlete today.

BODYBUILDING RAMBLINGS: A Torrid Love Affair with Machines

Posted on by
2

Does it make me less of a tough guy because I prefer machines over free weights?  Am I now required to relinquish my “Hardcore” membership card because of this admission?  A mindless iron-pumper who’s never done a critical evaluation of machines versus free-weights will surely answer with a resounding yes.  (He’s probably calling me a pussy too.)

I pay it no mind though.  I still squat, deadlift, bench press, military press, do barbell rows and use dumbbells just as much as the hardcore. And I recommend you do too.

Mike Squating

You see, I;m not here to lambast free-weights for all their imperfections nor do I view machines as being of superior value.  I see value in both and thus implement both.  When experts in either camp pits one against the other it displays their own fundamental misunderstanding of what matters when it comes to muscle hypertrophy.

It’s Not the Wand, It’s the Magician

If you think machines somehow do the work for you, you’re deluding yourself.  If you think free-weights are always more demanding than machines you’re further deluding yourself.

How demanding an exercise is has more to do with how it’s being performed than the exercise itself. True, some exercises are inherently more demanding because the number of muscles involved and the complexities of the movement—think squats.  But a set of heavy leg presses taken to the point of muscular failure or beyond can be just as demanding or more, than a set of heavy squats stopped a few reps short of failure as most of us do for safety reasons.

Hard versus Hard on the Muscles

If you train like a wimp—and by wimp I mean you terminate your sets just as the burn sets or always stop a couple of reps short of failure because you’re a cream puff—then free-weight exercises will feel harder than machines.  As mentioned, free-weight exercises tend to have greater involvement of assistant movers and stabilizer muscles and this contributes to the overall systemic stress you experience.  But don’t mistake the exercise feeling harder as actually being harder on the target muscles.

If your goal is muscle hypertrophy then maximizing the mechanical tension and cellular fatigue (metabolic stress) of the muscles being targeted should be your focus.  Dispersing muscular tension amongst multiple muscle groups diminishes what’s experienced by the target muscles.

This leads to the primary reason I find machines more beneficial than the conventional bodybuilder.

Pain as a Rite of Passage

Creating an environment wrought with deep cellular fatigue and metabolic stress is not fun.  It’s typically accompanied by a degree of muscular burning equal to being branded with a 1300°F iron. (Okay, maybe not that bad but if feels like it  3/4 of the way through leg extensions.)

Gym fitness club indoor with young women training weights with legs

The discomfort is just part of the process. It’s the price we pay for “Gainzzzzzz” as every meathead lifter (male and female) likes to say these days.  …I love you all BTW.

Creating the aforementioned environment is more easily accomplished using machines which is why I’m not just the machine club president but I’m also a client.   For all the great benefits big compound free-weight exercises give us the one drawback is that the weakest muscle group gets worked the hardest.

In order to balance the scales of muscle stimulation, exercises that help isolate each muscle group are necessary.  Properly designed machines help to nullify weak points and maintain constant tension on the target muscles…

But Not all Machines are Created Equal

Shout-out to my good friend and groomsmen at my wedding, Mark Houghton, who posted this study to my Facebook wall:  EFFECTIVENESS OF ELBOW FLEXORS TRAINING ON MACHINE WITH VARIABLE-CAM AND DISC
Karczewska, M., Urbanik, C., Madej, A., Iwańska, D., Staniszewski, M., Mastalerz, A. Jozef Pilsudski University of Physical Education in Warsaw.

The researchers of this study compared biceps training on machines with a variable resistance cam (ala Nautilus) whereby the resistance changes relative to the strength of the muscle at various joint angles versus machines that used a circular disc and the resistance remains constant despite joint angle.  The results of the study showed an increase in peak muscle torque (13%) and power (20%) by the variable-cam group and 6% and 10% respectively for the disc group.

NautilusCam1ENG-272x300

And although not statistically significant it should be noted that a greater increase in muscle circumference at rest was observed in the variable-cam group (1.7cm vs. 1.1cm Right arm and 1.6 vs. 0.9 Left arm).  Read the full study here.

Unfortunately there are very few quality studies comparing variable resistance machines to free-weights.(1,2,3,4,5)  However, of the research that does exist, most of the data points to a slight edge in strength gains for variable resistance and no significant difference in hypertrophy.

All Results being Equal

As I pointed out at the start of this article I don’t necessarily find machines to be superior to free-weights I just prefer them over free-weights.  I use both because I believe variety matters for the purpose of having a well-balanced physique and I see the pros and cons of each.  Research gives a small nod to variable-resistance machines for strength gains and hypertrophy is [for now] equal.  So why my preference?

First, I value efficiency.  Some people live to be in the gym, I live to get a result from it and then move onto other activities and interests (like writing these articles for you).

Second, I’m not a sadist but I relish in the deep fatigue and discomfort experienced when I can precisely target a muscle group.

Third, I like taking the skill out of the exercise so I can focus squarely on intensity of effort and training to failure without needing someone to spot me (I usually train alone).

Fourth, I love not having to rack my weights!

 

References

[1] Pipes TV, Wilmore JH.
Isokinetic vs isotonic strength training in adult men.
Med Sci Sports. 1975 Winter;7(4):262-74.

[2] Pipes TV.
Variable resistance versus constant resistance strength training in adult males.
Eur J Appl Physiol Occup Physiol. 1978 Jul 17;39(1):27-35.

[3] Walker S1, Hulmi JJ, Wernbom M, Nyman K, Kraemer WJ, Ahtiainen JP, Häkkinen K  Variable resistance training promotes greater fatigue resistance but not hypertrophy versus constant resistance training. 
Eur J Appl Physiol. 2013 Sep;113(9):2233-44. doi: 10.1007/s00421-013-2653-4. Epub 2013 May 1.

[4] Manning RJ1, Graves JE, Carpenter DM, Leggett SH, Pollock ML.
Constant vs variable resistance knee extension training.
Med Sci Sports Exerc. 1990 Jun;22(3):397-401.

[5] Boyer, B. T. (1990).
A comparison of the effects of three strength training programs on women.
Journal of Applied Sport Science Research, 4, 88-94.

Super Slow Training and Bodybuilding

Posted on by
Reply

Amass as much muscle as possible and present it as part of a symmetrical physique.

That is the bodybuilder’s creed.  There is not much more to it than that.  There is no bias, there are only results. Whatever will improve results will be heralded and whatever does not will be discarded.

Amid the heap of least effective training methods for bodybuilding stands Super Slow™ and its spin-offs.

Bodybuilders have for the most part shunned most forms of slow training but not for what would be considered the obvious reasons:

Turttle

  • The overwhelming discomfort brought about by the buildup of lactic acid.
  • The boredom of moving as slow as a pregnant turtle (15-30 seconds to complete a single rep).
  • The systemic drain (CNS fatigue) following each workout.
  • Or the lack of “spice”.

The truth is, any dedicated bodybuilder will happily accept any by-products of a training method no matter how much discomfort or boredom it brings if the method helps him to attain larger, more fully developed muscles.  In fact most bodybuilders learn to embrace those aspects of training that the average trainee is less likely to tolerate.  It’s called commitment to your craft.

My early years as a competitive bodybuilder coincided with my discovery and the implementation of Super Slow™.

The workouts were excruciating, physically draining (leaving me lying on the floor for 15 minutes afterwards) and required a tremendous amount of mental toughness—and I embraced them for all of these reasons.  Most bodybuilders I knew and still know today rarely train so hard they end up lying on the floor or praying to the porcelain God.  Super Slow™ protocol also required just 1-2 workouts per week—something considered blasphemous within bodybuilding.

In my mind I was breaking the mold and would be living proof that the classic bodybuilding programs were nothing more than drivel.  And that one could achieve equivalent results or better with Super Slow and equivalent programs.

Wrong

If we isolate certain elements of slow training protocol, what’s being implied is quite rational based on exercise science.

Unfortunately when these singular elements are combined into what appears to be a logical protocol, what actually transpires does not fully reflect theory.  At this juncture a bodybuilder who is more concerned with reality than theory will abandon such method in lieu of something that works, even if that something lacks a logical basis.

Where Super Slow™ and other slow training protocols stumble is in their extreme interpretation and implementation of exercise science principles.    

For example it is completely rational to lift a weight slowly for the purpose of reducing momentum and the contribution of stored energy torque, increasing muscular tension, obtaining greater feel for the muscle(s) being targeted, and decreasing the risk of injury.

But is it necessary to take “moving slow” to the extreme of single repetitions that take upwards of 15-30 seconds to complete?  More importantly is it truly beneficial to move this slowly?  An analysis of several studies on repetition speed done by Chris Beardsley at Strength and Conditioning Research would indicate otherwise.

As with most things there comes a point where even a good thing can go bad if taken to an extreme.

Rep Speed

On average most slow training protocols have the trainee execute each movement with a 10/10 or a 10/5 cadence give or take 2-3 seconds based on the exercises range of motion.  If working within the accepted time under tension (TUT) for hypertrophy (30-90 seconds) moving at the above cadence would equate to performing only 2-5 repetitions.

Although TUT is of great importance what happens within that TUT is of equal importance.  More contractions mean, greater blood flow and interstitial fluid to the muscle fibers, increased mechanical work and protein synthesis, and less time for ATP replenishment and recovery of already worked muscle fibers, as well as activation of more satellite cells at the point of stretch.

Training Frequency

One thing I love about most super slow training methods is that they rightfully recognize the importance of balancing exercise stress and recovery.  Most bodybuilders grossly overreach their recovery ability, resulting in perpetual stagnation.  A periodic decrease in training frequency (and volume) would be a quick and easy remedy but it’s a remedy that often goes ignored for fear of being seen as less than hardcore.

However, the problem with many slow training models is they take the ‘stress/recovery archetype’ to the extreme of only 1-2 workouts each week sometimes less and rarely more.

For an individual experiencing a high degree of systemic stress from their training, as is common with Super Slow™ or any number of similar programs like Slow Burn™, such low frequency is necessary to allow for systemic recovery.  One of the [many] drawbacks however is that less workouts means less protein turnover, and this is an important mechanism in maximizing muscle hypertrophy.

Variation

Slow training denounces the need for variation so most programs go unchanged for long periods.  It’s true that for beginners and even some intermediates becoming proficient at performing their exercises is important in order to be effective at targeting the intended muscles. And for this reason it is best to stay with the same exercises until those skills are honed.

But for an advanced bodybuilder who already possesses a high degree of lifting proficiency executing the same exercises week-in-and-week-out on the same equipment in the same exact manner is wasteful. Being overly accustomed with an exercise diminishes its ability to disrupt homeostasis and give the muscles cause for adapting beyond their current development.

There are two other reasons why, as a bodybuilder, more variation in exercise selection is necessary—symmetry and detail.

When we talk about symmetry we are not only speaking about the balance of the upper and lower body or even the development of one muscle group compared to another—but the balance within a muscle group.  Having an imbalance within a muscle group is not only an aesthetic problem but will often result in chronic injury.

It is not uncommon for a muscle to lack detail simply because certain points along that muscle have not fully developed.  While it is no guarantee of “full development”, performing a variety of exercises at various angles ensures that a muscle will receive adequate stimulation along its entire length.  No handful of exercises—even on the most bio-mechanically correct exercise machines as most slow training facilities boast to owning—can ensure complete and balanced development.

Overload and Progression

Slow training models only view overload through the lens of single or double progression, meaning an increase in weight lifted and/or the number of reps performed or TUT.  Again, this is absolutely correct…for beginners and intermediates.

Overload is anything that adds to the burden of exercise.  This means you can overload through an increase in volume, frequency, or intensity, or changing rep performance (i.e. increase or decrease in lifting tempo, Zone Training, 21’s, stage reps), adding set variables (i.e. forced reps, negatives), vary exercises, angles or equipment, as well as increasing weight load, reps, or TUT, or any combination of them all.

Focusing solely on strength gains at the advanced level of training or for the purpose of bodybuilding is ignoring the fact that increasing strength does not always necessitate an increase in size.

The Verdict

Bodybuilding is an endeavor that requires much attention to detail and constant fine-tuning. Individuals who pursue bodybuilding are not interested in average results.

Yes, very good results can be had performing only two half-hour training sessions per week.  Personally, I rarely train more than two full hours in a week and neither do the majority of my clients.  Quality does trump quantity, except when the quantity is less than optimal.

Speaking of optimal.  From this article I intentionally left out the debate that goes on between slow training advocates, the High Intensity Training community and the rest of the resistance training world regarding whether performing one set to failure is optimal for muscle hypertrophy.  The reason I left it out is because the answer is yes and no depending on a number of individual factors and factors related to program design and application that are too exhaustive to discuss here.

Though this article is not meant to bash those that perform Super Slow™ and similar training methods, I can’t help but to point to their inefficiencies for the purpose of bodybuilding and declare them inadequate for bodybuilders seeking the upper limits of muscular development.

The Truth about Missed Workouts and Detraining on Muscle & Strength Gains

Posted on by
Reply

He felt panic stricken.  What was he going to do?  He spent at least seven hours a week, every week for the last eleven months working to increase is bench and add more muscle.  At nineteen years old he was at his peak (so he thought) and this upcoming week was about to squash all the work he’d put in.  The same thing happened to him last year during the same week so you thought he would have learned by now.

It was June and he was home from college for the summer.  As a lacrosse player, he loved the sport but loved training more.  The hours spent in the gym smashing personal bests gave him more satisfaction than scoring goals.

That’s what made this week so hard.  There would not be a single minute for him to spend in the gym.  The lacrosse camp he was a coach and counselor at for this one week each June was massive—thousands of kids.  And with so many kids running around on and off the field there was not a spare minute in the day.

Not being able to train ate way at him every day.

He was excited when day six finally arrived.  Time to go home!

He walked in the door said a quick hello to his parents and within minutes he was back out the door, in the car, and heading to the gym.

Gym time

He got under the bench for his first couple of warm-up sets.

“Whoa, that felt easy” he thought to himself.

And then he moved onto his working set.  With one-eighty-five on the bar he was expecting to push out his usual six reps.  But after he completed eight it hit him that the week off didn’t hurt him one bit.

Not the type to put two and two together he just thought how “lucky” he was to have not lost any strength.  Never mind that he just bested his last four bench press workouts.

What can I say, I’m a slow learner.  :-)

People get neurotic about their training.

Missed workout

We all agree, a healthy commitment to exercise and nutrition is great.  But when a commitment turns into an obsession—usually in the case of body dysmorphic disorders—it’s never a pretty sight.  I would not go so far to say I suffered from a disorder (I always maintained some sensibility about how I looked) mine was more of a compulsion.

I worked hard, earned my gains and yearned for more.  I would guess you and I are probably similar that way.  It’s very normal to be concerned that too much time away from the gym will result in regression.

But…

Is all the unrest we feel about time away from the gym warranted?

If we rely on the empirical evidence the answer is, no.

If rely on the research, the answer is still, no.

Research published in the European Journal of Applied Physiology in 2013 (Ogasawara R1, Yasuda T, Ishii N, Abe T.) [1] compared the effects of a periodic resistance training (PTR) program with those of a continuous resistance training (CTR) program on muscle size and function.

The CTR group trained continuously over a 24-week period, whereas the PTR group performed three cycles of 6-week training (or retraining), with 3-week detraining periods between training cycles. After an initial 6 weeks of training, increases in cross-sectional area (CSA) of the triceps brachii and pectoralis major muscles and maximum isometric voluntary contraction of the elbow extensors and 1-RM were similar between the two groups.

 

In the CTR group, muscle CSA and strength gradually increased during the initial 6 weeks of training. However, the rate of increase in muscle CSA and 1-RM decreased gradually after that.

 

In the PTR group, increase in muscle CSA and strength during the first 3-week detraining/6-week retraining cycle were similar to that in the CTR group during the corresponding period. However, increase in muscle CSA and strength during the second 3-week detraining/6-week retraining cycle were significantly higher in the PTR group than in the CTR group.

 

Thus, overall improvements in muscle CSA and strength were similar between the groups. The results indicate that 3-week detraining/6-week retraining cycles result in muscle hypertrophy similar to that occurring with continuous resistance training after 24 weeks.

Another study from 2000; Neuromuscular adaptation during prolonged strength training, detraining and re-strength-training in middle-aged and elderly people (Häkkinen K1, Alen M, Kallinen M, Newton RU, Kraemer WJ) [2] provides further evidence that 3 weeks of not training will have an inconsequential impact on muscular size and strength.

According to the researchers findings:  Short-term detraining (3 weeks) led to only minor changes, while prolonged detraining (24 weeks) resulted in muscle atrophy and decreased voluntary strength…

Barring injury or some traumatic event anyone moderately committed to maintaining their fitness is unlikely to miss 24 straight weeks of training.

More is to be gained, not lost, from detraining.

Most encouraging about this study and confirmed by others [3,4] is that there is no inhibition of muscular or strength adaptations upon returning to training.  But all of us life-long lifters already recognized this, we call it “Muscle Memory.”

In fact in many instances results upon re-training after a week or two of detraining exceeded previous bests.  This was my experience at nineteen after returning from a [forced] week off from training.  And the scenario has played out hundreds of other times with personal training clients who—fearful that the past 4 months of progress would be wiped away by their upcoming two week vacation—would come back stronger and sometimes looking better.

We shouldn’t be surprise when we consider the effect continuous training can have on the Central Nervous System (CNS) and General Adaptation Syndrome (GAS), as well as how it can blunt anabolic signaling.  Taking a week or more off can help all of our physiological systems fully recover and desensitize us to training.  All of which are necessary for long-term gains.

Periodization has shown us the way.

As someone who is focused primarily on muscle hypertrophy and building functional strength, and not demonstrating strength (as in the case of a powerlifter or O-lifter), I’m not a big fan of Western Periodization.  However, conceptually, it’s spot on.  Especially when you view it through the prism of the GAS.

GAS

Periods of exercise stress must be followed by periods of rest so the body can overcompensate for and adapt to the stress.  In the same way Western Periodization breaks up your training into cycles that focus on a particular adaptation, you want to have specified periods of increased or varied training demands accompanied by periods of lesser demands and layoffs.

As I’ve mentioned many times before, almost to the point of sounding like an iPod stuck on repeat—building muscle is metabolically demanding.  Our body will seek out any way, other than building muscle, to increase strength and contend with the demands placed on it through exercise.

That’s why a linear training and recovery model is only beneficial to advanced trainees striving to maintain their gains.

The more our intensity, volume, frequency, method of rep/set performance, exercise selection, etc. remains the same the more sensitized we become to it.   The stubborn nineteen year old couldn’t wrap his thick skull around the idea that time away from the gym is good for gains.

What-Rest-Days-Feel-Like

But that’s not to say there are not legitimate concerns about detraining.

The two that most quickly jumps to mind for those aesthetically ambitious is fat accumulation resulting from diminished activity and a loss of muscle fullness.

However these are concerns that can easily be addressed and rectified:

To avoid fat gain requires a simple recalculation in caloric intake.  Accounting for the calories you won’t be burning through exercise while remaining at or below your maintenance levels will impede any potential fat storage. …Simply solution to a simple problem.

Next, loss of muscle fullness is the result of glycogen degradation.  Meaning your muscles are not overcompensating for the glycogen depleted during muscular contractions.  This trend reverses immediately upon returning to training.

If you’re taking a week off from training this change is nearly unnoticeable.  But if you plan to take more than one week off from purposeful training then you might implement one or two very light workouts a week in which you get a moderate pump, deplete some glycogen, but do not disrupt systemic recovery.

Aside from unease about potential aesthetic deviations the only other observed negative effect in some studies (and validated through personal experience) is a short lived decrease in metabolic conditioning.  Upon resuming training subjects/clients fatigued after fewer exercises than is typical or required slightly longer rest between exercises.  In my experience most trainees regain their previous level of conditioning after 1-4 workouts.

One step back and two steps forward.

As much evidence as there is to support detraining it should be understood that it is not a license to fly by the seat of your pants.  These periods must be planned.  They should be built around periods of heavy demands so you can take advantage of heightened anabolic signaling (5) and desensitization to training on the frontend (like when you were a beginner and made rapid gains) and unimpeded recovery on the backend so you can overcompensate and adapt to the demands.

The question is: are you willing to give little in order to get a little more?

References:

1. Ogasawara R1, Yasuda T, Ishii N, Abe T.  Comparison of muscle hypertrophy following 6-month of continuous and periodic strength training. Eur J Appl Physiol. 2013 Apr;113(4):975-85. doi: 10.1007/s00421-012-2511-9. Epub 2012 Oct 6. 

2.  Häkkinen K1, Alen M, Kallinen M, Newton RU, Kraemer WJ. Neuromuscular adaptation during prolonged strength training, detraining and re-strength-training in middle-aged and elderly people.  Eur J Appl Physiol. 2000 Sep;83(1):51-62.

3. . Ogasawara R1, Yasuda T, Sakamaki M, Ozaki H, Abe T.  Effects of periodic and continued resistance training on muscle CSA and
strength in previously untrained men. Clin Physiol Funct Imaging. 2011 Sep;31(5):399-404. doi: 10.1111/j.1475-097X.2011.01031.x. Epub 2011 May 31

4.  Bruusgaard JC, Johansen IB, Egner IM, Rana ZA, Gundersen K. Myonuclei acquired by overload exercise precede hypertrophy and are not lost on detraining.  Proc Natl Acad Sci U S A. 2010 Aug 24;107(34):15111-6. doi: 10.1073/pnas.0913935107. Epub 2010 Aug 16

5.  Ogasawara R1, Kobayashi K, Tsutaki A, Lee K, Abe T, Fujita S, Nakazato K, Ishii N. mTOR signaling response to resistance exercise is altered by chronic resistance training and detraining in skeletal muscle. J Appl Physiol (1985). 2013 Apr;114(7):934-40. doi: 10.1152/japplphysiol.01161.2012. Epub 2013 Jan 31

_____________________________________________________________________

Thanks for reading this far.  If you found this information useful please share it.  I’d greatly appreciate it!  :)

The Pump, Occlusion Training, and How to Enhance Them

Posted on by
1

Call it instinct. Long before any breakthrough research on occlusion training, and its endorsement by many knowledgeable fitness professionals, bodybuilders sought to achieve the ever essential “pump” at each workout.

Ahhhhnald Schwarzenegger once compared getting a pump to having an orgasm.  …Can’t say I completely agree but, there is something about a good pump
that just feels right.

We’ve come to understand that the metabolic environment created from a skin ripping pump is essential to muscle hypertrophy.  We also know that there are few ways that are more effective in creating this environment than occlusion training (OT).

If you’re hearing of occlusion training for the first time here’s a brief explanation of what it is from one of the top researchers on the subject, Dr. Jacob Wilson:

Occlusion training involves wrapping a device like a pressure cuff or knee wraps around the top of a limb at a pressure sufficient to occlude, or obstruct, blood flow to the veins, but not the arteries. This way, the arteries continue to deliver blood to the limb, and the blood pools in the limb as the veins struggle to take it back to the heart. …During BFR, muscle cells reach a point where they are so full of fluid that they have to either burst or grow.

The second way BFR works is that the low oxygen level in a muscle during the accumulation of blood forces your body to recruit larger fast-twitch fibers, resulting in extreme growth.

Finally, when oxygen is low, lactic acid rapidly accumulates. This may sound bad, but studies show lactic acid by itself can increase protein synthesis!

If you want to learn and understand the underpinnings of occlusion training, also known as BFR (blood flow restriction training), you can find some very good research here.

I also highly recommend checking out The Use of Occlusion Training to Produce Muscle Hypertrophy and Practical Occlusion Training from Jeremy Loenneke.

The single biggest advantage of OT is the ability to train with lower intensity but receive benefit similar to training at high intensity.

You’ve seen those pendulum swings that have multiple metal balls attached, right?  And you know what happens the harder you swing the first one.  Every action has an opposite and equal reaction.

Exercise is no different.  High intensity is necessary to stimulate a hypertrophic response, but it also results in greater systemic stress on the body.  Over time, this accumulated stress makes recovery slow and difficult.

As a bodybuilder or anyone who wants to add muscle, maintaining a balance between exercise stress and recovery is a key factor in long-term success.  OT helps create the environment needed for muscle growth, minus the systemic stress.

That’s great!  But…

Is it really necessary to walk around the gym looking like a heroin addict
about to get his fix?

If strapping silly looking bands around your arms and legs will help you increase muscle, I’m all for it.

What I’m actually questioning is whether or not there may be an easier and equally productive way to get the same effect.  Unless you like portraying yourself as the Ultimate Warrior as you pace around your gym.

If we look at Dr. Jacobs description of what OT accomplishes it can be summarized as: restricting blood flow and oxygen to a working muscle and increasing the rate of lactic acid production.

By systematically applying an age old training technique, with some minor enhancements you can produce the same effect as OT without having to remember to pack your elastic wraps.

Not only that, but it is a much more effective way of restricting blood flow to the muscles of the upper torso, which has proven difficult in many of the OT studies.  Conversely, BFR of the lower body proves quite easy and effective since wrapping the upper most part of the upper thigh will directly impact the quads and hamstrings.

So, what’s the trick?

Well…some will call it partials, others will call it stage reps, or say it looks like “21’s”—at the IART we call it Zone Training.  A more systematized approach to performing short, forceful contractions over an exercises full range of motion.

A movement can be broken up into anywhere from 2-4 sections, or “Zones”, and you focus on performing very explosive contractions within that particular zone.  Check out the video below to see Zone Training is performed.

The lactic acid build up, blood engorgement, and discomfort you experience will be significant.

 And so will the pump you have, long after the set is over.  Everything about this method or rep performance works exactly like OT.

  • The rapid contractions over a short ROM traps blood in the muscles, cuts off O2 supply, and doesn’t allow lactic acid to dissipate.
  • It does not require maximal loads (50-70% of 1RM is often sufficient).  In fact, near max loads can diminish the effect since you want to concentrate on contracting the target muscle through the target ROM without tensing up outer lying muscles.
  • It results in very little systemic stress compared to typical high intensity training.
  • And did I mention, it’s painful.

One difference however, is that you are not starting with restricted blood flow but rather, building up to it.  For this reason sets may last slightly longer.  Typically 40-60 seconds for approximately 24 contractions in total.

For example, if you’re splitting a movement up into halves you would perform 12 reps per half.  If you were splitting it into thirds you would do 8 reps per zone.

[NOTE: It may be necessary to perform slightly more or less reps per zone depending upon your strength in each zone.  Also, you may opt to perform more than the recommended 24 contractions per set (i.e 40-45).  This can lead to an even greater pump but can be extremely painful.]

The initial zones should be performed short of momentary muscular failure so you can transition into the next zone without rest and enough strength to complete that zone.  It may take a couple of workouts to determine the proper weight load or exact number of reps for each zone.

There are unlimited combinations and methods of applying Zone Training, but traditionally it is best to start with the weakest part of the ROM and progressively move to the strongest.

The added benefit of doing it this way is that it flattens the exercise’s strength curve. This results in your muscles feeling more thoroughly worked from the point of origin to insertion.  The benefits of this is a different topic altogether.

As they say, there’s a method to the madness, and this is definitely the case with Zone Training.  Whereas 21’s, partials, or even stage reps are a way to “change things up” or performed as an afterthought, Zone Training is an entire method unto itself with specific directives for specific purposes.  The most notable of these purposes being blood flow restriction and creating a metabolic environment for muscle growth.

Find more information on Zone Training at Amazon.com
_______________________________________________________________________

Thanks for reading this far.  If you found this or any other information on this site useful, please scroll down and share it.  :-)

The Role of Muscle Maturity on Physical Appearance

Posted on by
Reply

There is an interesting phenomenon that has been developing for over a decade.  It is not something that would be noticeable to the average population nor have I come across many fitness professionals who have observed it either.  However within the natural bodybuilding community it has become abundantly obvious that more of today’s top level competitors are—for lack of a better description—older.

Bodybuilding has long been considered a young man’s sport yet…

We Have Seen an Increasing Rate of Winners and Top Competitors Be Men in their Late Thirties, Forties and even Fifties

The scientific explanations for this trend should provide hope for trainees and bodybuilders who believe their best days are behind them as well as younger bodybuilders who are frustrated by their inability to achieve a “harder” appearance.

First allow me to clarify that the only reason I believe we are seeing this trend mostly among natural bodybuilders compared to enhanced bodybuilders has to do with the judging criteria and preferred “look” of the athletes.  Whereas freakish muscle mass rules the posing dais in organizations that do not test for PED’s; natural organizations place greater emphasis on competitors level of leanness and conditioning (muscle hardness) relative to their muscle mass.

2013 Dave Hannah

Muscle Maturity can Make a Major Difference

I remember starting my bodybuilding career as a young twenty-two year old and taking note of how most of the competitors who were placing ahead of me, but comparatively speaking were no more muscular or leaner, were almost always older.  My observation was often confirmed when I would talk with the judges afterwards and was told that although I had a good frame, symmetry and an overall appealing physique I just need more time for my body to mature and achieve the harder, grainy look of my elder counterparts.

Needless to say it’s a very frustrating piece of criticism to receive when you want to be your best now and are doing what you can to add more muscle and lose more body-fat.  Nonetheless the analysis of my “problem” was spot.

With each passing year I noticed my muscles taking on a different look. They were harder, fuller, and seemingly denser despite my competition weight and body-fat percentage being relatively unchanged. While some of these changes can be attributed to the addition of new muscle tissue and smarter dieting practices I can say with complete conviction that over certain periods the only gains I made were in age.

What Beef Carcass can tell us about Aging Muscles

Several animal studies support the above “aging” observation, providing insight into to how age factors into the hardened appearance of muscles.  The studies, which examined the characteristics of beef carcass slaughtered at different ages, revealed the most youthful carcasses were more tender than those from the most mature carcasses1, 2.

A 2006 study not only confirmed the coarser texture of mature cattle carcasses but also showed that mature cattle’s possess less intramuscular fat compared to younger and intermediate cattle3.    In humans however intramuscular fat does not naturally decrease with age, but it can be lowered or kept at bay through exercise since it (like glycogen) is a primary source of energy for working muscles.

Muscles Do Not Mature in the Absence of Weight Training

Another study showed that the rate of increase in the toughness of individual muscles with animal age was related to their connective tissue strength and that muscles which did not possess high connective tissue strength were unaffected by age, whereas high connective tissue strength muscles, trebled in toughness4.  If we took a cross-section sample of muscle from two men of the same age, one being untrained and the other with eight years of weight training experience, we would see—as expected—a marked difference in the quality, thickness, intramuscular fat and degree of muscle firmness.  This is why age alone is not responsible for a muscles “maturity”.

Being Thick Skinned is Good for Your Sanity, Terrible for Bodybuilding

There are two factors that determine epidermal thickness:  subcutaneous fat and collagen.   Reduction of subcutaneous fat is controllable through diet. Conversely, collagen, a protein that gives our skin its smooth appearance, does not appear to be affected by diet or exercise but exhibits a linear reduction with age in both men and women.

Interestingly collagen is also the main component of muscle fibers’ connective tissue.  With age the solubility of this protein decreases and in effect increases in the number and type of cross-links contributing to a muscle’s toughnes5.

With subcutaneous fat levels and muscle mass remaining constant we can see how the effect of aging on collagen directly impacts the hardened look of one’s physique and presents somewhat of an advantage to bodybuilders in their mid-thirties to upper forties. Though patience is required younger bodybuilders can rest assured that their continued commitment to resistance training will eventually result in a harder appearance.

Of Bodybuilders Who Achieve this Hard & Conditioned Look at a Young Age There are Certain Genetic Factors at Play

One of the most substantial is muscle fiber type.

As we know Fast Twitch (FT) muscle fibers contribute most to muscle hypertrophy.  Those able to develop their muscles to near maximum proportions early on or at a fast rate due to high proportions of FT fibers in effect stretch their skin to an extent that is not typical with slower or more modest muscle growth.

It’s not only muscle fiber type though.  Other genetic factors such as muscle belly length or high testosterone or growth hormone levels can also contribute to fast or above average muscle growth resulting in this stretching of the skin.

Combine this with an ability to reduce body-fat to low single digit percentages and these competitors are in the enviable position of achieving a look that is “beyond their years”.  And of course some individuals inherently have thinner (or thicker) skin as can be observed amongst various ethnic groups, a trait inherited from their ancestors whose bodies had adapted to the climate they lived in.

Training for Harder Muscles

Clearly resistance training has a direct effect on muscles firmness but whether or not certain training methods can influence the expediency with which collagen cross-links are formed and solubility decreased, requires further examination.   At present there are no studies to support claims that particular training methods can accelerate the hardening of muscle fibers and connective tissue and any such claims are pure conjecture.

Even if it were determined that increases or decreases in certain training variables (i.e., volume, frequency, intensity, load, rep performance) could expedite the hardening effect we would still need to examine the overall impact of implementing these changes on other aspects of muscle development, strength, tolerance and recovery ability.  At the moment our only course of action in achieving a more dense appearance is to implement training and dietary methods that maximize muscle development and fat-loss, and let time and nature determine the rest.

 

1 Beef Carcass Maturity Indicators and Palatability Attributes
B. W. Berry, G. C. Smith and Z. L. Carpenter
J ANIM SCI March 1974 vol. 38 no. 3 507-514

2, 4 SHORTHOSE, W.R. and HARRIS, P.V. (1990), Effect of Animal Age on the Tenderness of Selected Beef Muscles. Journal of Food Science, 55: 1–8. doi: 10.1111/j.1365-2621.1990.tb06004.x

3 Moon SS, Yang HS, Park GB, Joo ST. The relationship of physiological maturity and marbling judged according to Korean grading system to meat quality traits of Hanwoo beef females. Meat Sci. 2006 Nov;74(3):516-21. Epub 2006 May 12.

5 http://www.warriorfx.com/2008/09/what-is-muscle-maturity/ Chapter 2.2 Muscle Mechanics – What is muscle maturity? Sunday, September 28th, 2008

_____________________________________________________________________

Thanks for reading this far.  If you found this or any other information on this site useful, please scroll down and share it.  I’d greatly appreciate it!  :)

5 Things You Must Know to Pack on Muscle

Posted on by
Reply

The struggle to build muscle is one that’s near and dear to me.  Never the genetic freak. Completely average at best.

I know what it’s like to pour everything into your training with only negligible returns.

I’m not complaining though.  This reality is what’s helped me sift through so much of the BS that’s written in articles and on other blogs and shown on YouTube.

Now when I read, see or listen to someone I know whether they’re full of shit or there’s something legitimate to what they’re saying and worth exploring.

There’s more reasons further than the eye can see for why some guys pack on muscle and others don’t. (Yes, there’s more than just genetics all you self proclaimed hardgainers.)

Knowing these five will swing the odds heavily in your favor …regardless of genetics.

Here they are, in no order of importance:

1. There is a Training Variable Domino Effect

We’re clear on the fact that every workout program has these four primary variables present: intensity, volume, frequency, and load.  Then we have detail oriented variables such as rep speed, rep and set variations, equipment, and rest periods.

What’s not always clear is the immediate impact that putting your focus on one (or a few) has on the rest.

Through my first thirteen years of my weight training the focus had been on completing a certain (high) volume of work.  When I made a shift to focusing on intensity of effort a funny thing happened …I couldn’t handle as much volume.  At least not long term.

I tried, but soon realized that if I wanted to keep my focus on training with the highest intensity possible for each exercise, doing more sets per exercise would cut into my performance.

When my focus shifted to an increase in frequency I couldn’t maintain the same high intensity, training to muscular failure and beyond workouts, for more than 2-4 consecutive weeks.

It wasn’t for a lack of trying, rather the cumulative stress was resulting in a drop in performance because my body didn’t have time to overcompensate.  We’ve all experienced this on some level.

Have you ever been forced to take a week off from training only to come back stronger?

The reason why is because your body had the opportunity to systemically recover from the cumulative stress.

Why does this matter?

Because…

Your Long Term Success in Building Muscle is Directly Proportional to Your Ability to Manage Your Overall Training Demands by Managing Exercise Variables.

When you adjust or change one variable it causes a domino effect. Think about going from your typical straight sets to adding two forced reps at the end of each set.

After one or two sets the load you can handle on each consecutive set will likely be much less than usual.  It’s also likely that you won’t maintain the same level of intensity throughout the workout as you normally do.

This could be good, this could be bad.

Whether you get a hypertrophy response depends if the training demands from making this change are appropriate, relative to your needs at that time. And if they’re balanced with enough recovery time to allow for overcompensation.

The point is, whenever we adjust training variables we have to take notice of how it effects the others and our intended outcome.

2. You Have to Change Your Approach and Innovate Your Training

Let me start by saying that the following suggestion does come with a caveat.  If you’re relatively new to weight training there’s no need to make frequent or dramatic changes to your training.

Depending on your responsiveness it can take 6-12 months before you start seeing diminished returns from a single or double progression approach (ie. increasing weight and/or reps).

When the time does come.. 

Relying on What Got You to Where You Are Won’t Get You to Where You Want to Go.

This is when periodic changes in your training demands through new and unique ways of training is most beneficial.

Sometimes the innovative thing to do is to train LESS.  Not just for recovery to but to desensitize yourself to the current demands and then come back with a fury.

3. You Need to Stop Listening Everyone Else and Listen to Yourself

I hear my parents words echoing in my head, “Just because your friends would jump off a bridge doesn’t mean you should.”

I get it.

Problem is, I’m more likely to be the first to jump.

But there’s a lot of truth in the message they were trying to convey.  How many of us in pursuit of the perfect program have jumped from one expert or champions routine to another?

Only to be disappointed that we didn’t get the result promised.

I should have cannonball delts and powerful pecs by now!

The times I’ve made by best progress were when I followed my intuition.

No one knows you better than you know yourself.

An outside objective point of view is important but even I’ve been proved wrong by clients who told me they felt like they needed a little bit of ‘X’ and when added into the mix (or taken out) it worked.

If you have any appreciable time training under your belt and you’re observant you don’t need to put your faith in the next guys program. Put it in yourself!  If you’re intuition was wrong see #2.

4. Your Nutrition Can Not be Based on “What you think”

Having personally trained hundreds of people the most common answer I get when I ask someone how much protein they’re taking in is, “I think I get enough”.

I think I get enough, is not an amount.

(And I really wish people would stop referring to peanut butter as one of their primary sources of protein.)

When you don’t know how much carbs, fat, protein and calories you consume it’s nearly impossible to determine how much you need …or don’t need.

If your goal is to build muscle you need a certain amount of protein based on your lean body mass, body type, and activity level to optimize protein synthesis.

You also need a certain amount of carbs to supply energy for your hard workouts. For most people ketogenic diets are not ideal for muscle building building since protein will first be converted to glycogen to supply your energy needs.

We’re better served taking in enough carbs to satisfy our energy needs so the protein we do consume can do it’s primary job of repairing and building muscle tissue.

Track what you’re taking in so you, your trainer, coach or nutritionist, can make informed decisions based on what you know, not what you think.

5. Look at the Whole and Just the Parts

All of this muscle building stuff would be a heck of a lot easier if we lived in a vacuum (not the Hoover kind).  But we don’t.  We live in a dynamic world where our environment and our body is constantly changing.

Not too long ago my wife took me hang gliding for my birthday.  She knows I love heights which is why the birthday before that was spent sky diving, and I went two other times before that.

The view from 13,500 ft. is like nothing else.  You can see so much more than you can on the ground.

Our training isn’t much different.  Week in and week out we’re on the ground level.

It’s Easy to Miss What’s Happening or What Has Happened Until We Take a Step Back.

Only then do we see the sum of all the parts.

Workouts are only a piece of what defines our outcome.  It’s a big piece, but still just a single factor in whether or not we are building muscle, maintaining, or regressing.

Nutrition, lifestyle, age, experience, stress, rest and yes, genetics all play a role in the effectiveness of your training and muscle hypertrophy.  The more you can control the controllable components the greater your likelihood for success.