Sunday, 11 June 2017

How to Build Strength and Muscle with Progressive Calisthenics | Mark's Daily Apple

How to Build Strength and Muscle with Progressive Calisthenics | Mark's Daily Apple

How to Build Strength and Muscle with Progressive Calisthenics

Inline_Pic 1

Today’s guest post is offered up by some long-time friends of MDA, Al Kavadlo and Danny Kavadlo. I’m excited to share their expertise with the Primal community here. This year I wrote the foreword for their new book, Get Strong, which was just released. 

If you’re into Primal living, chances are you’re a minimalist when it comes to exercise. In our busy world, we all want to make good use of the time we allot to our training. Additionally, we Primal devotees know that many of the fancy machines we may encounter at the local globo-gym are not needed for building real-world strength.



As Mark Sisson accurately says, you need to “lift heavy things” in order to get strong, but there is no need to overcomplicate the issue. Barbells, kettlebells and dumbbells are viable options, but you can keep it even simpler than that and still get very strong. Yes, you need to push your muscles with resistance training in order to affect growth in them, but your own body weight provides all the resistance you’ll ever need. You don’t have to rely on external weights in order to build strength and muscle. Calisthenics exercises generally require nothing more than the floor beneath your feet, a wall, a bench or a bar. Sometimes it seems too simple to be true, but I assure you that one can get extremely strong with nothing but bodyweight training.

Many believe that once you hit double-digit numbers on exercises like push-ups and pull-ups, an external load must be added in order to continue building strength and muscle. This is simply not true. If you know how to manipulate leverage, there is no need to ever add weights to your workouts. Once you understand the underlying principles behind progressive calisthenics, you can build a lifetime of strength with nothing more than your own body weight.

Here are three simple ways you can vary the intensity of any calisthenics exercise without adding weight or requiring the use of a gym.

1. Change the Weight-to-Limb Ratio

By adjusting the distribution of your bodyweight, you can increase or decrease the resistance on many calisthenics exercises. To illustrate this, compare a push-up with your feet on an elevated surface to a push-up with all your limbs on the ground. Due to the change in leverage, there is much more weight in the chest, arms and shoulders in the former than in the latter, rendering it more difficult. Conversely, a push-up with the hands elevated (instead of the feet) will place less demand on the muscles of the upper body, making the exercise better suited to beginners.

Pic 2

Furthermore, you can take this principle to the next level when you remove a contact point entirely: A one-legged squat will always require more strength than a squat performed on both legs. By completely eliminating one point of contact, you’ve doubled the weight loaded onto the individual leg. Fortunately, there are many steps in between the two, such as split squats and other asymmetrical squat variations.

2. Alter the Range of Motion

Another way to progress bodyweight exercises is to alter the range of motion. One example of this is to progress from a hanging leg raise where your legs end up parallel to the ground, to a hanging leg raise where your toes go all the way to the bar. The increased distance makes it harder.

Additionally, you can regress a movement pattern by using only part of the standard range of motion. For example, practicing the negative phase of a pull-up as a progression toward full pull-ups, or doing half-squats until you are able to perform the entire range of motion.

3. Give Yourself an Assist

There are several ways that you can use the principle of self-assistance as a gateway toward more advanced bodyweight exercises. In the case of the one-legged squat, this is often done by sitting back onto a bench, as doing so provides balance and stability in the bottom position, which is one of the most difficult aspects of the exercise.

Pic 3

A self-assist can also be provided from the legs when working certain upper-body movements. If you aren’t strong enough to do a pull-up yet, you can keep one foot on a chair or platform to assist your arms. Put as much of your weight as possible in your arms and use your foot to make up the difference.

Here are a few additional exercises that employ these three principles, which you can begin implementing in your training today—if you’re ready for them!

1. Drinking Bird

Pic 4

This is like a straight-leg deadlift performed on only one leg. It’s a great example of altering the weight-to-limb ratio by removing a contact point. Like the single-leg squat, taking one of your legs out of the equation doubles the amount of work performed on the primary leg. Furthermore, a major balance and stability component is added to what would otherwise be only a pure strength exercise. That’s why the drinking bird is surprisingly difficult even with just your bodyweight.

Begin by standing on one foot with your opposite leg hovering just above the ground behind you. From here, lean your upper body forward, bending from your hips and reaching your opposite leg out behind your body. This will not only help you balance, it will also further engage your lower back as well as the leg that’s in the air.

Watch out that you don’t bend your spine on the way down, but rather take the stretch in your hamstrings. The idea is to keep your back flat and pivot from the hips.

2. Archer Push-up

Pic 5

This advanced push-up variation is an excellent example of how you can change the weight-to-limb ratio in order to progress an exercise. Begin in a push-up position with a very wide hand placement. From there, keep one arm straight while you bend the other, so your body slides toward the side of the arm that bends. Most of your weight will wind up in the bent arm, making the move substantially harder than a standard push-up.

If you’re unable to perform a full archer push-up, you can start with your hands a bit closer and allow your straight arm to have a small bend in the elbow in order to make the move more manageable. In time, aim to eliminate that bend. Play around with gradually moving your arms farther out to allow for a full range of motion.

The archer push-up is also an example of a self-assist, as it can be used as a progression toward a one-arm push-up. In this case, you can think of it as a regressed one-arm push-up with the secondary arm acting as a kickstand to help provide stability to the rest of the body.

3. Muscle-up

Pic 6

The muscle-up begins like a pull-up, but keeps going until your entire torso winds up above the bar. Grip the bar slightly narrower than you would for a pull-up, then lean back and pull the bar down your body as low as possible. At the top of your pull, reach your chest over the bar and extend your arms.

Though you can think of the muscle-up like a pull-up with a much bigger range of motion, the two movement patterns are subtly different. When you do a muscle-up, you’ll be driving your elbows behind your body, rather than toward your sides as you would in a standard pull-up. This is why a narrower grip tends to work better for the muscle-up. It’s also helpful to think about leaning away from the bar during the pulling phase before pitching forward at the top. This creates a movement pattern that’s more of an “S” shape than a straight line, allowing you to better maneuver your body around the bar. When starting out, we encourage you to use momentum and be explosive. It may take a lot of practice to get a feel for the timing, though if you are solid on your pull-ups, and diligent in your pursuit, the muscle-up will eventually be yours.

Pic 7For more information on building strength and muscle with bodyweight training, pick up a copy of Al and Danny Kavadlo’s newly released book, Get Strong

I want to thank Al and Danny Kavadlo for their guest post and the great suggestions today. And thanks to everyone for stopping by the blog. Have questions or thoughts on using progressive calisthenics for your Primal fitness routine? Share them on the comment board. Have a great week.

Friday, 26 August 2016

10 exercises to get great abs without sit-ups

10 exercises to get great abs without sit-ups




When it comes to getting a toned set of abs, noted gym
rat Albert Einstein was all over it. "Insanity is doing the same thing
over and over again and expecting different results."

Yet this is  the type of insanity that prevails in gym culture every day. Folks still
think fat-free is healthy, protein overdosing is going to jack them up,
and laying on their back doing a million crunches is the recipe for
perfect abs.
Let dinosaur methodologies be gone. If you want a lean midsection, these 10 exercises work your abs plenty, and without a single sit-up.


1. Kettlebell swings

The kettlebell swing is a near gym-perfect exercise because it works
your heart, legs, core, and back. Swings are an explosive, compound
movement that produce lean muscle from head to toe.

2. Farmer's walk

Grab a heavy dumbbell or kettlebell with one arm, and take it for a
walk. The farmer's walk is like a moving plank that tests your grip,
legs, trapezoids, and abdominal strength all in one go.

3. Single leg push-ups

Had enough of the bench press? Tone your chest while utilising many
other muscles, including your core, with push-ups. A challenging
variation of the traditional push-up is to simply raise one leg off the
ground. Instability with proper form means your abs are taking on the
load and doing even more work.

4. Sprints

I dare you to run 200 metres with 100 per cent intensity. Walk back,
and repeat nine times. Usain Bolt doesn't drop for 200 sit-ups to get
his toned body – he just keeps running with his core engaged, hard. And
high-intensity sprints guarantee you'll be burning calories long after
you stop working out.

5. Side planks

Everybody is planking, but don't forget to side plank. Your obliques
are important, and side planks provide the isometric movement to
strengthen them. To side plank, lay on your side with legs extended,
placing your elbow under your shoulder to prop up your torso, then hold.

6. Woodchopping

A full body exercise that's functional, twisting, and tones the abs
is the woodchop on a cable mountain. It starts with two hands grabbing a
cable's rope, then pulling and twisting in a downward motion. Using
cables is superb, as they make the concentric and eccentric phases
equally challenging.

7. Clean and press/jerk

Olympic lifts aren't just for athletes bound for Rio. The clean and
press/jerk is a full body (including abs) exercise just like all other
exercises where weights are lifted overhead. From the legs, glutes,
core, and shoulders – all must be engaged to hold a significant mass for
any time above the head.

8. Barbell ab rollout

This is an advanced exercise using a barbell with 10kg plates on each
side. On your knees, place hands on a barbell, then slowly roll it out
until your body is semi-parallel to the floor with arms extended. Pause,
then roll back to the starting position, and repeat.

9. Burpees

I said no sit-ups, but I didn't say anything about burpees. Sure,
they suck, but they also work the entire body and are especially good
for promoting lean, toned abs. In a quick, fluid motion, lower into a
squat position then put hands flat on the floor in front. Kick both legs
back into a push-up position. Perform a push-up. Spring both legs
forward, then stand up and jump.

10. Mountain climbers

Like 'standing high knees', mountain climbers are similar but only
when parallel to the ground. From shoulders and arms to legs and
abdominals, climbers are a cardio treat to slim and tone while engaging
most of the body's muscles.

More than just abs

The beauty of all these exercises are not that they'll deliver abs, but even better:

1. It's about posture.

All
day you sit at a computer and hunch, hunch, hunch. Then you go to the
gym and crunch, crunch, crunch. Strengthening in the foetal position is
dangerous. It's not only an awkward look, but a hunched-over posture
(kyphosis) affects breathing and overall health.

2. It's about compound movements.

The
exercises above aren't singularly about abdominal work. They're full
body movements that work a variety of muscles. That's how you get lean,
strong, healthy, balanced. That's how you get abs.

Crunch this

And if you think it's all about crunches in the gym? Working off a
triple cheeseburger with sit-ups is as wise as gifting your bulldog a
saxophone. It's insanity. Everybody's got abdominal muscles, but it's
what you do in the kitchen that provides a window to see those abs.

The
next time you lay down to do some ab work, remember this – putting new
rims on a rundown '78 Holden still has you walking to work. In other
words, isolating your abs won't give you a new torso. Spot reduction is
the king of the gym myth castle. Don't wrongly assume if you work one
spot, fat reduction will come in time.

Wise up, and sit up less. Old mate Albert and I demand it.

Is your ab game strong? Let us know your secrets in the Comments section.

Passion
for lifestyle change is the cornerstone for everything Michael Jarosky
does. A Sydney-based personal trainer, he cajoled thousands of Executive
Style readers to undertake his 'Cut The BS' diet, and champions a
charity weight-loss event, Droptober.


Follow Michael on Twitter




Monday, 14 March 2016

How does the eccentric heel drop help my achilles get better faster?

The Ultimate Runner's Guide to Achilles Tendinitis

How does the eccentric heel drop help my achilles get better faster?

The strength protocol consists of two exercises: a straight-kneed and a bent-kneed eccentric heel drop.


The protocol calls for three sets of fifteen heel drops, both bent-kneed and straight-kneed, twice a day for twelve weeks.


Standing on a step with your ankles plantarflexed (at the top of a “calf raise”), shift all of your weight onto the injured leg.


Slowly use your calf muscles to lower your body
down, dropping your heel beneath your forefoot. Use your uninjured leg
to return to the “up” position. Do not use the injured side to get back to the “up” position!


The exercise is designed to cause some pain, and you are
encouraged to continue doing it even with moderate discomfort. You
should stop if the pain is excruciating, however.


Once you are able to do the heel drops without any pain,
progressively add weight using a backpack. If you are unlucky enough to
have Achilles tendon problems on both sides, use a step to help you get back to the “up” position, using your quads instead of your calves to return up.


What’s the bottom line?


The eccentric exercises are thought to selectively damage
the Achilles tendon, stripping away the misaligned tendon fibers and
allowing the body to lay down new fibers that are closer in alignment to
the healthy collagen in the tendon.


This is why moderate pain during the exercises is a good thing, and why adding weight over time is necessary to progressively strengthen the tendon.

How does the eccentric heel drop help my achilles get better faster?

The Ultimate Runner's Guide to Achilles Tendinitis

How does the eccentric heel drop help my achilles get better faster?

The strength protocol consists of two exercises: a straight-kneed and a bent-kneed eccentric heel drop.


The protocol calls for three sets of fifteen heel drops, both bent-kneed and straight-kneed, twice a day for twelve weeks.


Standing on a step with your ankles plantarflexed (at the top of a “calf raise”), shift all of your weight onto the injured leg.


Slowly use your calf muscles to lower your body
down, dropping your heel beneath your forefoot. Use your uninjured leg
to return to the “up” position. Do not use the injured side to get back to the “up” position!


The exercise is designed to cause some pain, and you are
encouraged to continue doing it even with moderate discomfort. You
should stop if the pain is excruciating, however.


Once you are able to do the heel drops without any pain,
progressively add weight using a backpack. If you are unlucky enough to
have Achilles tendon problems on both sides, use a step to help you get back to the “up” position, using your quads instead of your calves to return up.


What’s the bottom line?


The eccentric exercises are thought to selectively damage
the Achilles tendon, stripping away the misaligned tendon fibers and
allowing the body to lay down new fibers that are closer in alignment to
the healthy collagen in the tendon.


This is why moderate pain during the exercises is a good thing, and why adding weight over time is necessary to progressively strengthen the tendon.

Sunday, 10 January 2016

Dennis Quaid: 61-year-old actor shows off ripped physique

Dennis Quaid: 61-year-old actor shows off ripped physique

Dennis Quaid is seriously ripped at 61 years old

DENNIS Quaid is seriously ripped.
The 61-year-old actor, most famous for his role in The Day After Tomorrow, showed off his impressive body during a recent Hawaiian holiday.

Quaid spent the Christmas break relaxing at the Turtle Bay Resort with his
third wife, Kimberly Buffington, and his three kids, Jack, 23, and
eight-year-old twins, Zoe and Thomas.

How many people had a sixpack in their sixties?
How many people had a sixpack in their sixties?Source:Snapper Media

Friday, 20 November 2015

A Case Against Cardio, Part 27 | Mark's Daily Apple

A Case Against Cardio, Part 27
marathon runner legs running on city street

I’m mostly joking with the title. Though, considering how much I’ve written on this topic
since starting this blog way back in 2006, it’s probably not too far
off. And it’s not just me. Endurance training has been getting the snot
beaten out of it in recent years. A variety of media outlets, TED talks, other blogs, observational research and clinical trials have all sounded the alarm about the dangers of excessive chronic cardio.

A new string of studies
has found evidence of higher arterial plaque levels in the most active
endurance athletes. This is becoming a trend. While endurance athletes
tend to have more of the calcified kind of plaque, which is more stable
and theoretically less prone to dangerous ruptures than less-calcified
plaque, it remains worrying. I’ve spoken in the past about the proclivity toward heart problems found in endurance athletes. I know many former peers with atherosclerosis, cardiac arrhythmias, and other heart troubles.



As disconcerting as that is, that’s not what today’s post is about.

Today, I’m asking, “What’s the point?”

The whole “this thing will kill you” tactic is helpful from time to
time, but more effective is the utility argument: what works better?
What gets you fitter, faster, stronger, and sexier?

In recent years, researchers have been running direct
head-to-head comparisons between traditional endurance training and more
intense forms of exercise, like strength training or sprint interval
training. They almost always end badly for cardio. How badly?


Let’s find out:

A recent review asked an important question: what’s
better for altering body composition—resistance training alone,
endurance training alone, or endurance training with resistance
training?


Resistance training won, leading to greater fat loss and retention of
lean muscle mass. Furthermore, RT alone was better at reducing fasting
insulin levels and improving blood lipids.

The only way the authors were able to find endurance training helpful
was by including high intensity interval training in the endurance
category. Their overall conclusion was that the “focus of treatment” for
people interested in losing body fat should be on producing a large
metabolic stress via intense strength training and/or interval training.

This jibes with other recent papers:

Endurance training burns more belly fat when you incorporate strength training.

In obese teens, strength training alone reduced body fat more than endurance training or combined endurance/strength training.

In women with PCOS, both strength training and interval training
reduce body fat and improve insulin resistance without affecting body
weight, which indicates gains in lean muscle mass. In another study, women with PCOS who engaged in standard moderate cardio improved endothelial function but lost no body fat.

It’s surprising, isn’t it? You’d assume that although strength
training is definitely great for health, fitness, and body composition,
adding in some endurance work could only improve those metrics even
more. Sometimes, that’s true, but in the majority of studies, this just isn’t the case. Strength training or interval training alone are generally superior.

How about “unhealthy” people with conditions like heart failure or
diabetes? Aren’t they too fragile to endure resistance training or high
intensity intervals? Wouldn’t an hourlong jog be a better, safer use of
their time?

In September, patients with heart failure (with preserved injection fraction)
were placed on one of two exercise modalities: continuous
medium-intensity cardio (30 minutes at 70% maxHR) or high-intensity
interval training (4×4 minutes at 85-90% maxHR; 3 minutes rest). HIIT
resulted in numerous improvements to arterial function and ventricular
volume. The HIIT group even improved their cardiovascular fitness, with VO2max going up. The cardio group saw no improvements at all.

Other studies
have found that endurance training can improve VO2max in heart failure
patients but has little effect on markers of endothelial function or
arterial stiffness.

Recently, researchers compared the effects of endurance training to either resistance training or HIIT on microvascular function in type 2 diabetes.
Microvascular function refers to the system of tiny, precious little
capillaries delivering blood and nutrients to individual cells and
tissues. Poor microvascular function predicts future cardiovascular problems,
so it’s really important. They found that the training modalities which
employed the most amount of muscle tissue produced the biggest
improvements. As most traditional endurance training localizes muscle
recruitment, while HIIT and strength training tend to target the entire
body, that’s a roundabout way of saying strength training and HIIT trounced endurance training.

Other diabetes researchers examining this exact issue are quick to say that “more exercise is not better” and that it’s all in how
you exercise. You can’t just do something that gets you winded and hope
you’re destroying your glucose intolerance, insulin resistance, and
normalizing your glucose levels. You have to train the glucose sinks—the
actual muscles that will be accepting (or rejecting) the glucose. And
the absolute best way is to move those muscles, particularly vigorously.
Jogging through your neighborhood or cycling for three hours just
doesn’t cover all your bases like a full-body strength workout or a CrossFit WOD.

We’re not the fragile snowflakes we think we are. We can tolerate intense exercise. We cannot tolerate avoiding intense exercise. Dress for the job you want. Train for the intensity you want your body to endure and thrive in.

Plus, we’re all busy. Everyone’s working. Very few single income
families exist these days. And if we want to be able to have it
all—perform well at work, maintain relationships at home, procure and
prepare good food, enjoy much-deserved leisure time—smart, efficient exercise has to be a part of our routine.

This might be even more relevant for my female readers.
In many respects, you have it harder. You often take on more domestic
responsibilities while still working, and yet the conventional wisdom is
that you mustn’t lift too many weights or damage your delicate bodies
with intense intervals. You’re warned about “getting all bulky.” You
want “tone, not muscle.” And so you end up taking hour long
pilates classes or doing 45-minute light aerobics sessions, when you
could just as easily—and to greater effect—lift something heavy for 10-15 minutes or go sprint up a hill or do a quick bodyweight circuit.


What’s the point of hard-core endurance training? If you’re competing, professionally or on an amateur level, I get it.
The drive to push your past its limits and beat the other guys is
powerful and difficult to ignore. There’s something to be said for
satisfying that part of human nature. There are probably benefits to
seeing your enemies driven before you and hearing the lamentations of
their women, particularly psychological ones.

If you’re getting paid to run marathons
or compete in triathlons, keep doing it. You’ve got the justification
you need to tax your body and perform what probably amounts to a
suboptimal training regimen. Just be sure to get out while you can still
walk and move well.

I don’t hate cardio (I might have loved it, in a manner of speaking, a
bit too much, in fact). In the context of a movement-nutritious
lifestyle—lots of walking, strength training, occasional sprinting, physical play—some cardio can be beneficial. It
simply doesn’t work as well as we’ve been told it does. There are just
better ways most of us can and should be spending our training time.


All that said, endurance training can enhance your health, and there are better ways to do it. Stay tuned for Primal Endurance, where I’ll lay out a whole new paradigm for endurance training.

Now let’s hear from you: have you experienced middling or nonexistent
improvements from straight up endurance training? Does this gel with
your experiences?

Thanks for reading, everyone.

Prefer listening to reading? Get an audio recording of this blog
post, and subscribe to the Primal Blueprint Podcast on iTunes for
instant access to all past, present and future episodes here.


Sunday, 8 November 2015

Muscle Regeneration & Hypertrophy Update: Vitamin D and Super-Slow Training - What Are They Good For? - SuppVersity: Nutrition and Exercise Science for Everyone

Muscle Regeneration & Hypertrophy Update: Vitamin D and Super-Slow Training - What Are They Good For? - SuppVersity: Nutrition and Exercise Science for Everyone





Is it worth to replete vitamin D, but not to train super-slow, right?
No, I haven't dug up a study that deals with vitamin D and super-slow
training at once, but I've found two very recent studies that are in one
way or another related to muscle regeneration and hypertrophy and the
way/s vitamin D and different training methods affect these outcomes.
More specifically, the researchers investigated the effects of vitamin D
(20OHD) repletion and the use of higher times-under-tension (TUT) and
super-slow training.



Before I go ahead, though, I would like to point out that the long-term
implications of some of the results are not totally obvious - a fact I
will therefore (re-)address in the bottom line.

If you periodize appropriately you may actually be able to benefit from super-slow training.


30% More on the Big Three: Squat, DL, BP!


Block Periodization Done Right


Linear vs. Undulating Periodizationt


12% Body Fat in 12 Weeks W/ Periodizatoin


Detraining + Periodization - How to?


Tapering 101 - Learn How It's Done!
  • (Super-)slow training and its inferior effects on early-phase
    satellite cell and myonuclear domain adaptation (Herman-Montemayor.
    2015)
     -- The purpose of one of the latest studies from the Rocky
    Vista University was to identify adaptations in satellite cell (SC)
    content and myonuclear domain (MND) after 6-week slow-speed vs.
    “normal-speed” resistance training programs.

    To this ends, thirty-four untrained women
    were divided into slow speed (SS), traditional strength (TS),
    traditional muscular endurance (TE), and nontraining control (C) groups.
    The ladies performed a leg work consisting of three sets of each of the
    following exercises twice per week in the first and thrice per week in
    the fifth week: Leg press, squat, and knee extensions. To investigate
    how the way these workouts were performed would affect the adaptive
    response, the scientists randomly assigned their subjects to four
    different groups:
    • The Super-Slow (SS) group performed 6– 10 repetition maximum
      (6–10RM) for each set with 10-second concentric (con) and 4-second
      eccentric (ecc) contractions for each repetition.
    • The Traditional Strength (TS) group and the Traditional Muscular Endurance (TE) group who performed 6–10RM and 20–30RM, respectively, at “normal” speed (1–2 seconds per con and ecc contractions).
    • The sedentary control group (C) which did not work out at all.
    To allow for a similar number of reps in the TS and SS group, the
    intensity (=weight used) in the SS group was reduced to the same 40–60%
    of the 1RM that was also used in the TE group. The TS group, on the
    other hand trained at 80–85% 1RM.
What do the changes in fiber type satellite cell increases actually tell us? Unfortunately,
the answer to this question is by no means straight forward. In
conjunction with the overall increase in domain sizes, cross sectional
fiber size and myonuclear domain numbers (see Figure 1) the
increased satellite cell recruitement in the traditional training group
does yet support its superiority over super-slow training (learn more about satellite cells).
  • I know that this is not ideal, but there's
    no way you do 6-10 reps with a time-under-tension (TUT) of 10-0-4 with
    the same weight you'd do 6-10 reps at a normal TUT of 1-0-1 or 2-0-2,
    accordingly, the results the scientists' analysis of the pretraining and
    posttraining muscle biopsies the authors analyzed for fiber
    cross-sectional area, fiber type, SC content, myonuclear number, and MND
    still have practical relevance.
    Figure 1:
    Percentage change (%) in mean fiber cross-sectional area, myonuclear
    domain size (domain), and number of myonuclei per fiber cross-section
    (myonuclear number) from pretraining to posttraining for each group (TS,
    SS, TE, and C). *Significant increase after training, p , 0.001.
    §Significant
    increase after training, p # 0.05. #Significantly greater increase after
    training compared with all other groups (SS, TE, C), p , 0.01. TS =
    traditional strength (Herman-Montemayor. 2015).
    And what does the scientists' analysis tell us? Well, along with the data in Figure 1,
    the exclusive increase in satellite cell content of type I, IIA, fibers
    (IIX and IIAX increased in both SS and TS, but not TE or control) that
    was observed in the traditional strength (TS) training group appears to
    confirm the superiority of this way of training when it comes to lying
    the foundations of further myonuclear domain growth (learn more in the "Muscle Hypertrophy 101").

    The
    fact that myonuclear domain increases of type I, IIAX, and IIX fibers
    occurred exclusively in the TS, yet not in the SS group, where only the
    domains of the type IIA fibers increased, does still appear to confirm
    the common prejudice that - for the average trainee - training at higher
    times under tension (TUTs) does not offer benefits that suggest faster
    or more robust size gains. Compared to strength-endurance training,
    however, super-slow training is still the better option. On a "per load
    basis" it is thus more effective to do fewer reps slower vs. more reps
    at a normal speed if your goal is to "grow" muscle.
  • Vitamin D affects muscle recovery directly (Owen. 2015) -- We
    already know that vitamin D figures in one way or another in (a) the
    adaptive response to exercise and (b) the recovery process after
    strenuous workouts. Unfortunately our "knowledge" is based mostly on
    correlations and associations and can thus hardly be considered reliable
    evidence. That's something researchers from the Liverpool John Moores
    University, the Charité in Berlin, the Norwich Medical School and other
    European labs weren't happy with, either. Accordingly, they designed a
    randomised, placebo-controlled trial that involved twenty males with low serum 25[OH]D
    (45 ± 25 nmol.L-1) who performed 20×10 damaging eccentric contractions
    of the knee extensors with peak torque measured over the following 7
    days of recovery prior to and following 6-weeks of supplemental Vitamin
    D3 (4,000 IU.day-1) or placebo (50 mg cellulose).

    To complement
    the results of this human trial, the authors conducted a parallel
    experimentation using isolated human skeletal muscle derived myoblast
    cells from biopsies of 14 males with insufficient serum 25[OH]D (37 ± 11
    nmol.L-1) that were subjected to mechanical wound injury. Thus, the
    scientists tried to emulate the process of muscle repair, regeneration
    and hypertrophy in the presence and absence of 10 nmol or 100 nmol
    1α,25[OH]2D3 in the petri dish.
    Figure 2: In view
    of the fact that the scientists used active vitamin D3 (calcitriol) in
    the in-vitro study, the improved recovery in the human trial is all the
    more the more relevant results of the study. It does yet pose the
    question whether similar or any effects had been observed in subjects
    with sufficient vitamin D levels in whom the provision of extra vitamin
    D3 may have increased 25OHD, but not the systemic calcitriol levels of
    which the scientists' in-vitro dta shows that it is responsible for the
    effects (Owens. 2015).
    What the results of both studies have in common is that they support the
    previously claimed role of vitamin D in muscle repair and regeneration.
    How's that? Well, the supplemental Vitamin D3 the D-ficient human
    subjects received didn't just increase the serum 25[OH]D levels. It also
    lead to measurable improvements of the recovery of peak torque at 48
    hours and 7 days post-exercise. In conjunction with the observation that
    10 nmol 1α,25[OH]2D3 aka calcitriol (=active vitamin D3, not the
    supplement you consume) improved muscle cell migration dynamics and
    resulted in improved myotube fusion/differentiation at the biochemical,
    morphological and molecular level in the cell study, where it also
    increased the myotube hypertrophy at 7 and 10 days post-damage, these
    preliminary data do just as the scientists say "characterise a role for
    Vitamin D in human skeletal muscle regeneration and suggest that
    maintaining serum 25[OH]D may be beneficial for enhancing reparative
    processes and potentially for facilitating subsequent hypertrophy"
    (Owens. 2015).
"Explosive Reps
May Pay Off - At Least on the Bench: Fast Reps = Higher Muscle Activity,
Higher Volume... Gains?" Find the answer to this question from a
previous SuppVersity article here.
So what? Yes and no! Those are the answers to the questions you
are probably about to ask. Yes, it does make sense to keep an eye on
your vitamin D (25OHD in serum) levels, to do blood tests regularly and
to supplement according to your personal needs. Yes, it does also make
sense to get 1,000 IU of vitamin D3 per day even if you don't know
you're deficient. And yes, all that may actually help you to recover
faster.



What neither vitamin D3 nor super-slow training will do, though, is to
turn you into a ripped super-muscular freak. In fact, the answer to the
rarely asked question whether it makes sense to switch from a regular
hypertrophy training regimen with a TUT of 1-0-1 or 2-0-2 to a
super-slow regiment, is "no". Or more precisely: No, it is not generally
recommendable to do super-slow training instead of regular resistance
training if your goal is max. muscle hypertrophy.



A question the study by Herman-Montemayor cannot answer, however, is
whether doing super-slow training only least temporarily (as part of a
perdiodization scheme, for example) would help pro-athletes to make
further or faster progress. Even without a study, though, it can be said
that someone who has been training with a TUT of 1-0-1 and weights
corresponding to his/her 6-10RM (=80-85% of 1RM) for years and for whom
the super-slow training would constitute a novel training stimulus is
probably more likely to benefit from intermediate super-slow training than the subjects in the study at hand for whom this was the first 6-week gym experience | Comment on Facebook!
References:
  • Herman-Montemayor, Jennifer R., et al. "Early-phase satellite cell
    and myonuclear domain adaptations to slow-speed versus traditional
    resistance training programs." Journal of strength and conditioning
    research/National Strength & Conditioning Association (2015).
  • Owens, Daniel J., et al. "A Systems Based Investigation into Vitamin
    D and Skeletal Muscle Repair, Regeneration and Hypertrophy." American
    Journal of Physiology-Endocrinology and Metabolism (2015):
    ajpendo-00375.


Friday, 7 August 2015

Goblet Reverse Lunge - YouTube

Goblet Reverse Lunge-UCSD - YouTube

7 Muscle-Building, Testosterone-Boosting Tips for Guys 40+

7 Muscle-Building, Testosterone-Boosting Tips for Guys 40+

Written by Jason Ferruggia

"Definitely don’t train to failure”

        while in the next breath he says

 “Learn to be able to wipe yourself out completely on a set of bodyweight pushups or 20 pound dumbbell curls. Tension is key. “
his real message seems to be:

  • not to overtrain (ie manage frequency, rest issues)
  • not to train train like naturally bigger muscled guys (ie excessive weight-driven tension, as opposed to time and form driven tension)
  • not to train like a crossfit lunatic (ie always going to cardio exhaustion, red-lining cortisol)
he says the smartest +  safest way for thinner older guys, is like this:

"You should NEVER feel an exercise in your shoulders, elbows, knees, hips or lower back. Belly of the muscle only."


hugh-jackman

Here’s a question that was asked recently in The Renegade Strength Club Forum, followed by my response.

Jay,

I’m coming back from multiple injuries. I recently got my bloodwork done because I just felt like something was off. And I was right. My estrogen levels are higher than my testosterone, which is low.

My cortisol is high as well.

I’m 5’10, 168 pounds. I am skinny fat!

A guy I hired put me on six meals a day and I followed something called a 4x4x4 workout. Basically it was 4 exercises for 4 sets and you took :04 seconds to raise the weight and :04 seconds to lower it. I did smaller muscles groups (bi’s, tri’s, shoulders) twice a week and larger muscle groups once a week.

My body temperature is only 96.5.

I just keep getting smaller and fatter.

Help

KV

My reply…

Welcome back, brother. You’re the prototypical skinny-fat, injury prone, low-testosterone-high-estrogen/cortisol-having, hardgainer. I can totally relate.

Here are the top 7 things you need to do right now.

1) Reduce Training Volume

Train three days per week. That’s plenty right now.

NO BARBELL LIFTS. First of all, you’re injury prone. Secondly, you’re not built for a lot of the traditional power and Olympic lifts. Lastly, you don’t need the stress right now. Focus on dumbbells, kettlebells and bodyweight.

2) “Stimulate. Don’t annihilate.”

That’s a quote from 8-time Mr. Olympia, Lee Haney. In the day and age where every workout is a competition to be posted on social media, most people train too hard.

You can’t go all Ultimate Warrior on shit and expect to get the results you want and remedy your situation. No extreme psyche up or anything like that.

Definitely don’t train to failure. Lighten all the weights and don’t go below eight reps for a LONG time.

Since you’re 40 and very injury prone I would never recommend going below an 8RM weight.

You could do multiple sets of 5-6 with an 8RM but lets not even worry about that or over-complicate things right now.

3) Master Technique

Only train with weights you absolutely master with perfect form and constant tension. Right of the top I can tell you that you’ll need to reduce the weight you do on every exercise by at least 20%.

You should be getting pumps that make you look 10-15 pounds bigger at the end of a workout. If you’re not something is wrong. It could be your nutrition and hydration but often times it’s just that you’re training too heavy with sloppy form.

This is what 95% of all people do.

Most skinny-fat guys always stay that way, and never look like they train because they constantly go too heavy. They train their egos but never the actual muscle they want to build.

You should NEVER feel an exercise in your shoulders, elbows, knees, hips or lower back. Belly of the muscle only.

Lower the weight in a very controlled two count. Stretch under load (but only to full range of the muscle, NOT the exercise. There’s a big difference and most people have no clue), then contract and squeeze the target muscle as hard as you can. Don’t pause at lockout. Controlled, piston like reps.

Until you really lock in a mastery level of technique don’t “explode” the weight up on anything. Squeeze it up while creating maximum tension in the muscle and throughout the rest of your body. Learn to be able to wipe yourself out completely on a set of bodyweight pushups or 20 pound dumbbell curls. Tension is key. You can get back to exploding sometime later on down the road.

4) Train Each Muscle Group More Frequently

What you are doing right now- training each muscle group once per week is NOT what you want to do. It’s the complete opposite. In skinny-fat hardgainers like us the anabolic response from exercise is very short lived. It lasts just 1-2 days. That means you’d be better served doing a full body workout three times per week right now. Or you can do a well designed upper/lower split where you still get some crossover on each day. Otherwise you are sacrificing gains and taking two steps forward followed by one step back.

5) Stop Doing Cardio

Do zero medium intensity cardio. Do something high intensity for ten minutes at the end of two of the workouts. Sled sprints, battling ropes, Air Assault bike, etc. in short burst intervals of twenty seconds. That’s it for now. 

Spend an hour doing mobility, yoga and walking on your off days.

When you get healthy we’ll talk about how to add some more conditioning back in.

6) Eat for Hormone Optimization & Reduced Stress

Skinny-fat guys only get “more skinny-fat” when following a low carb/ high fat diet. Don’t do that. Keep your carbs up and your fat intake moderate. Definitely never more than 30% of your total calories, max.

No intermittent fasting right now. You don’t need any additional stress and you need to get your body temperature up.

Just eat. 

Wake up and have breakfast. Protein and fruit. Do that again a few hours later whenever you get hungry.

One cup of high quality coffee per day is fine. I’d limit it to that for now.

Have 30-50 grams of starch with protein 90-120 minutes before training. So oatmeal, rice or potatoes with some cottage cheese, chicken, fish, protein powder or eggs.

Have a similar meal 30 minutes or so after your workout. Eat a decent sized dinner with protein, greens and starch. This will be your biggest meal of the day but don’t stuff yourself. Just eat until you’re content.

7) Chill the F Out

Prioritize deep sleep above all else. You need it desperately. It’s the most important thing.

You absolutely CAN’T go a day without meditating for a half hour.

You also need to spend at least ten minutes per day practicing deep breathing.

I would definitely recommend you take yoga twice per week. Or get some of Jill Miller’s Yoga Tune Up DVD’s and do them at home.

You need a calming hobby as well. Trust me. Take up an instrument and/or an art class. Book it on the calendar every week.

Read the Tao Te Ching every morning and spend five minutes writing in a gratitude journal.

Slow down.

Read The One Thing and Essentialism. Figure out what is important in life and in business.

Lastly, go see a good doc in the city, get a full blood panel and work with him to get everything else where it needs to be.