Monday, 16 January 2017

Ganoderma

Q:

What are the health benefits of using Ganoderma?

A:

Quick Answer

Ganoderma boosts the immune system and helps to cure the flu and other viral infections, according to WebMD. It also helps with asthma, heart disease and liver disease, and it is used to treat kidney disease, high blood pressure, high cholesterol and chronic fatigue syndrome.
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Full Answer

Ganoderma is used to treat HIV/AIDS, sleep disorders, stomach ulcers, altitude sickness, poisoning and pain from herpes, according to WebMD. The chemicals in ganoderma may work against cancer tumors. Ganoderma is blended with herbs to treat prostate cancer, and with green tea to fight breast cancer. Research shows that taking ganoderma increases T-cell production, which is integral to the immune system's defense against cancer cell proliferation, according to About.com.
Research suggests that ganoderma may ease inflammation of the airways due to allergies, as stated by About.com. It is also used as a stress reliever and an energy and stamina booster. Ganoderma may also increase antioxidant levels, which reduce the effects of aging and prevent disease. Other common applications for ganoderma include acne, weight loss, the common cold, hair loss and lyme disease.
Before taking ganoderma, it is important for patients to speak with a health care professional, according to About.com. Ganoderma may interact with medications or medical conditions. Pregnant women should not take ganoderma.
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Friday, 6 January 2017

Squat and Deadlift for Mass Question Answered


I get a lot of insightful questions every week and I do my best to get them answered. Sometimes, while writing out an answer I realize that many more people could benefit from the information. Therefore, today I’m sharing one answer to a recent question I received.
Chad, I want to say thanks for all you do. Because of you I lift fast, use full body workouts, incorporate single leg exercises, use high volume body weight exercises. At 31 I’m in the best shape I’ve ever been in my life! I’m 6’2″ and since Thanksgiving of last year have gone from 220lbs to 199. I was also able to keep my combined chest/shoulder measurement at 55″ while dropping my waist from 36 to 32 inches! I owe it all to Huge in a Hurry and your articles.
On to my question – sort of a “hypertrophy debate.” I’ve always thought that the squat and deadlift were the king of the mass builders – if that’s what you’re going for. However, lately I’ve read that the front squat may offer more in the way of muscular development…and the same for the stiff-legged deadlift. Can you weigh in on this for me? -Joseph C.
CW: Thanks for the kind words, Joseph. Yes, the squat and deadlift are two of the best mass builders you’ll find because they primarily target the largest muscles in the body. Now, the terms “squat” and “deadlift” have different definitions in different populations. For some, that literally translates to mean the barbell back squat and deadlift from the floor.
For other coaches like me, when we say to focus on the squat and deadlift for mass what we really mean are squat and deadlift variations. For example, the front squat and partial deadlift (pin pull) will add just as much muscle as the barbell back squat and full deadlift.
So the question is: which variation best suits your body type?
Most people can’t perform a barbell back squat correctly. It’s actually one of the most difficult lifts to get right, even though it’s considered a basic strength exercise that everyone should start with. The problem with the barbell back squat is that it requires high levels of mobility in the ankle, hips, adductors, hamstrings, T-spine, and shoulders. Plus, you need to have plenty of stability strength in your core or else you’ll lean excessively forward “in the hole.” If you pass all those requirements, the back squat is a good exercise.
The sequence of pics below shows the ideal form for the barbell back squat. If you can drop your hips below your knees with your heels down and your torso at 60-70 degrees, go for it.

But for most people there are better options, especially if you’re tall or have long legs.
The front squat has gained a lot of popularity over the years because the biomechanics are easier to get right. Since the load is in front of you, you can sit back easier without losing your balance. Second, you don’t need as much dorsiflexion in your ankle joints to do the front squat with perfect form. A lack of dorsiflexion (the ability to pull your foot toward your shin) is common in most people.
In terms of overall muscle activation, the front and back squat work many of the same muscle groups. People with a history of knee problems typically fare better with the front squat, as mentioned in this study a few years ago (Gullet et al J Strength Cond Res 2009).
The front squat has its shortcomings though, mainly with the Olympic style grip. It requires a lot of wrist extension mobility to maintain the wrist and upper arm position shown in the picture below.

The good news is that there are many ways around this limitation. You could cross your arms and rest the barbell across the deltoids. The key with this variation is to keep your elbows pulled as high as possible throughout the movement. Your upper arms should never drop below parallel. But this version can be a little scary for those who lift heavier loads.

The best option for a lot of people is the version with two kettlebells. It doesn’t put excess strain on the wrists – precisely the reason I use it with the fighters I train – and you can push your hips back and maintain a relatively upright torso better than the arms-crossed version with a barbell.

Now for the deadlift.
If you can maintain lordosis (an inward curvature of the low back) from the starting position with the barbell resting on the floor with 45-pound plates, the regular deadlift is an excellent exercise. If that’s a problem, the solution is as simple as pulling the barbell from a higher position such as just below the knees. Partial deadlift variations are outstanding for building mass because you can use more load while keeping your form in check since the range of motion is shorter.

I don’t recommend a stiff-leg deadlift in its truest sense with the knee joints being completely locked throughout the movement. There’s no significant advantage to doing it that way and you can get just as much muscle growth and development by allowing your knees to slightly flex as your torso shifts forward.
I always incorporate single-leg versions of the deadlift and squat into my programs since they effectively overload the targeted muscle groups while minimizing compressive forces through the spine. Don’t underestimate the drain that huge compressive forces can put on your recovery. This is why you can perform single leg versions more often than its double-leg counterpart. Training more frequently is essential for fast hypertrophy.
Double-leg strength exercises have their place, though.
The barbell squat and full deadlift overload many of the same muscle groups, but as a gross generalization most people think the squat is better for emphasizing quadriceps development and the deadlift is better for the hamstrings. That’s only true if you think of each exercise with the standard form. For example, if you use a snatch grip and have the mobility to drop your hips low, the deadlift can be an excellent quadriceps builder.

Regardless of the deadlift variation you use, I always recommend an unmixed grip with both palms facing down because it helps keep the wrist, elbow, and shoulder joints in balance and it minimizes the chance of a biceps tear.
The squat and deadlift are indeed two of the best strength exercise for quickly adding mass to your largest muscle groups. One isn’t necessarily better than the other, it just depends on which version you feel most comfortable with when using heavy loads. In either case I recommend doing them barefoot or while wearing Vibram shoes.
If I had to pick two I’d recommend the double kettlebell front squat (aka, goblet squat) and a partial deadlift with the pins set just below the knees. It’s tough to go wrong with those two, and they complement each other perfectly.
Stay Focused,
CW

Thursday, 29 December 2016

Plyometrics

Plyometrics

Speed and strength are integral components of fitness found in varying degrees in virtually all athletic movements. Simply put the combination of speed and strength is power. For many years, coaches and athletes have sought to improve power in order to enhance performance. Throughout this century and no doubt long before, jumping, bounding and hopping exercises have been used in various ways to enhance athletic performance. In recent years, this distinct method of training for power or explosiveness has been termed plyometrics. Plyometrics is based on the understanding that a concentric muscular contraction is much stronger if it immediately follows an eccentric contraction of the same muscle.

Plyometric Phases

A plyometric exercise comprises of three phases:
  • Eccentric phase, or landing phase, involves the pre-loading (energy is stored) of the agonist muscle group
  • Amortization phase, or transition phase, is the time between the concentric and eccentric phases. This time needs to be as short as possible otherwise the energy stored during the eccentric phase dissipates, reducing the plyometric effect
  • Concentric phase, or take-off phase, uses the stored energy to increase the force of the movement

Muscle Mechanism

The maximum force that a muscle can develop is attained during a rapid eccentric contraction. However, it should be realised that muscles seldom perform one type of contraction in isolation during athletic movements. When a concentric contraction occurs (muscle shortens) immediately following an eccentric contraction (muscle lengthens) then the force generated can be dramatically increased.
If a muscle is stretched, much of the energy required to stretch it is lost as heat, but some of this energy can be stored by the elastic components of the muscle. This stored energy is available to the muscle only during a subsequent contraction. It is important to realise that this energy boost is lost if the eccentric contraction is not followed immediately by a concentric contraction. To express this greater force the muscle must contract within the shortest time possible. This whole process is frequently called the stretch shortening cycle and is the underlying mechanism of plyometric training.

Choose the method to fit the sport

The golden rule of any conditioning program is specificity. This means that the movement you perform in training should match, as closely as possible, the movements encountered during competition. If you are rugby player, practicing for the line out or a volleyball player interested in increasing vertical jump height, then drop jumping or box jumping may be the right exercise. However if you are a javelin thrower aiming for a more explosive launch, then upper body plyometrics is far more appropriate.

The Klatt Tests

Before starting a programme of plyometrics it is worth conducting the Klatt tests with the athlete. The tests include the basic plyometric movements, so if they cannot be achieved it can be assumed the athlete is not ready for a programme of plyometrics.

Plyometric Exercises

The following are examples of lower body and upper body plyometric exercises.

Lower Body

Drop Jumping
This exercise involves the athlete dropping (not jumping) to the ground from a raised platform or box, and then immediately jumping up. The drop down gives the pre-stretch to the leg muscles (eccentric phase) and the vigorous drive upwards the secondary concentric contraction phase. The exercise will be more effective the shorter the time the feet are in contact with the ground. The loading in this exercise is governed by the height of the drop that should be in the region of 30 to 110 cm (Bompa et.al, 2005)[2]. Drop jumping is a relatively high impact form of plyometric training and would normally be introduced after the athlete had become accustomed to lower impact alternatives, such as two-footed jumping on the spot.
The two key factors in drop jumping are a minimal contact time with the ground and the height achieved in the drive upwards. Schmidtbleicher (1992)[3] says that a ground contact time of <0.25 seconds indicates a fast stretch-shortening cycle (SSC) and to adjust the drop height to achieve this contact time. If contact mats are not available to measure the contact time then observe the athlete's feet. On landing the athlete should stay on the balls of the feet (mid-foot). If the heels come into contact with the ground then the drop height needs to be reduced. Start at a drop height of 30cm and increment the drop height in 15cm steps.
The Reactive Strength Index (RSI) was devised to measure the interaction of the contact time and height jumped in order to monitor the development of explosive power. RSI is calculated by dividing the height jumped (metres) by the contact time (seconds).
Comyns (2012)[4] recommends the key coaching points for the drop jump are:
  • Minimise ground contact time - imagine the ground is a hot surface
  • Keep your legs stiff on landing
  • Minimise the flexion at the knee and hip on landing
  • Land on the mid-foot under your hips
  • Maximise the height you jump - jump as high as possible
Focus on: JUMP FAST, JUMP HIGH
Bounding and hurdling
If forward motion is more the name of your game, try some bounding. This is a form of plyometric training, where over sized strides are used in the running action and extra time spent in the air. Two-legged bounds reduce the impact to be endured, but to increase the intensity one legged bounding, or hopping, can be used. Bounding upstairs is a useful way to work on both the vertical and horizontal aspects of the running action. Multiple jumps over a series of obstacles like hurdles are valuable drills for athletes training for sprinting or jumping events.
Examples of lower body plyometric exercises with intensity level:
  • Standing based jumps performed on the spot (low intensity) - Tuck Jumps, Split Jumps
  • Jumps from standing (low-medium intensity) - Standing long jump, Standing hop, Standing jump for height
  • Multiple jumps from standing (medium intensity) - bounds, bunny hops, double footed jumps over low hurdle, double footed jumps up steps
  • Multiple jumps with run in (High intensity) - 11 stride run + 2 hops and a jump into sandpit, 2 stride run in + bounds
  • Depth jumping (high-very high intensity) - jumps down and up off box (40 to 100cm), bounding up hill
  • Eccentric drop and hold drills (high-very high intensity) - hop and hold, bound/hop/bound/hop over 30 metres (athletes stop and hold on each landing before springing into the next move), drop and hold from a height greater than one metre
Examples of lower body plyometric exercises are detailed on the Leg Plyometric page.

Upper Body

A variety of drills can be used to make the upper body more explosive:
Press ups & hand clap: Press-ups with a hand clap in between is a particularly vigorous way to condition the arms and chest. The pre-stretch takes place as the hands arrive back on the ground and the chest sinks, and this is followed quickly by the explosive upwards action. Once again, to get the best training effect keep the time in contact with the ground to a minimum.
Medicine Ball: Another means of increasing upper body strength popular with throwers is to lie on the ground face up. A partner then drops a medicine ball down towards the chest of the athlete, who catches the ball (eccentric phase) and immediately throws it back (concentric phase).
This is another high-intensity exercise and should only be used after some basic conditioning.
Power Drop
Examples of upper body plyometric exercises are detailed on the Arm Plyometric page.

Planning a Plyometric Session

The choice of exercises within a session and their order should be planned. A session could:
  • begin with exercises that are fast, explosive and designed for developing elastic strength (low hurdle jumps; low drop jumps)
  • work through exercises that develop concentric strength (standing long jump; high hurdle jumps)
  • finish with training for eccentric strength (higher drop jumps)
An alternative session could be:
  • begin with low hurdle jumps
  • progress to bounding and hopping,
  • continue with steps or box work
  • finish with medicine ball work out for abdominals and upper body
Some examples and explanations of plyometric exercises for the arms and legs are detailed on the Leg Plyometric page and the Arm Plyometric page.

Plyometric drills and their intensity

Type of exerciseExamplesIntensity
Standing based jumps performed on the spotTuck Jumps
Split Jumps
Squat Jumps
Low
Forward jumps from standingBounds and hops over 10 to 20 metresLow to Medium
Multiple double leg hops from standing5 bounds
6 bunny hops
Double footed jumps over hurdles
Double footed jumps up steps
Medium
Multiple single leg jumps from standing startSingle leg hops up stadium stepsHigh
Drop jumps2 x 6 jumps for height or distanceHigh
Speed bounds4 x 20 metresHigh
Multiple jumps with run up3 x 2 hops and jump into sand pit with a 5 stride approach
2 x 10 bounds with a 5 stride approach
Very High

Warm up

A thorough warm up is essential prior to plyometric training. Attention should be given to jogging, stretching (dynamic), striding and general mobility especially about the joints involved in the planned plyometric session. A cool down should follow each session.

How many?

It is wise not to perform too many repetitions in any one session and since it is a quality session, with the emphasis on speed rather than endurance, split the work into sets with ample recovery in between. An experienced athlete conducting lower body plyometrics may conduct up to 150-200 contacts in a session - athletes new to plyometric work should start with low to medium intensity exercise with around 40 contacts per session e.g. 2 sets of 6 bunny hops is 12 contacts. Similar approach should be taken with upper body plyometrics.
The focus must always be on quality and not quantity.

Recovery

Allow at least one minute of rest between each exercise repetition so as to allow the neuromuscular system to recover. Allow three days between plyometrics sessions when planning.

Where to do it and what to wear

For bounding exercises use surfaces such as grass or resilient surfaces. Avoid cement floors because there is no cushioning. Choose well-cushioned shoes that are stable and can absorb some of the inevitable impact. All athletes should undergo general orthopaedic screening before engaging in plyometric training. Particular attention should be given to structural or postural problems that are likely to predispose the athlete to injury.

Conditioning for plyometrics

Higher than normal forces are put on the musculo-skeletal system during plyometric exercises so it is important for the athlete to have a good sound base of general strength and endurance. Most experts state that a thorough grounding in weight training is essential before you start plyometrics. It has been suggested that an athlete be able to squat twice their body weight before attempting depth jumps. However, less intensive plyometric exercises can be incorporated into general circuit and weight training during the early stages of training to progressively condition the athlete. Simple plyometric drills such as skipping, hopping and bounding should be introduced first. More demanding exercises such as flying start single-leg hops and depth jumps should be limited to thoroughly conditioned athletes.
Conditioning programs to develop leg strength are detailed on the Lower Leg Conditioning page and the Leg Conditioning page.

Young athletes

Some authors suggest that moderate jumps (low intensity) can be included in the athletic training of very young children (Lohman, 1989)[1]. However, great care needs to be exerted when prescribing any training procedures for preadolescent children. Because of the relatively immature bone structure in preadolescent and adolescent children the very great forces exerted during intensive depth jumps (high intensity) should be avoided (Smith, 1975).

Summary

Plyometric type exercises have been used successfully by many athletes as a method of training to enhance power. In order to realise the potential benefits of plyometric training the stretch-shortening cycle (SSC) must be invoked. This requires careful attention to the technique used during the drill or exercise. The rate of stretch rather than the magnitude of stretch is of primary importance in plyometric training. In addition, the coupling time or ground contact time must be as short as possible. The challenge to you as coach or athlete is to select or create an exercise that is specific to the event and involves the correct muscular action. As long as you remember specificity and to ensure there is a pre-stretch first then the only limit is your imagination.
Plyometric exercise and weight training can be combined in complex training sessions to develop explosive power.




References

  1. LOHMAN, T.G. (1989): Assessment of body composition in children. Pediatr. Exerc. Sci. 1, p. 19�30.
  2. BOMPA, T. et al. (2005) Periodisation Training for Sports. 2nd ed. USA: Human Kinetics
  3. SCHMIDTBLEICHER, D. (1992) Training for power event. In: Komi PV (ed) Strength and power in sport. Blackwell Scientific, London, pp 381-395
  4. COMYNS, T. (2012) Exploding into action, Athletics Weekly, December 6 2012, p. 58-59www.brianmac.co.uk/plymo.htm

Wednesday, 28 December 2016

Get a Fighters Abs

4 exercises to get a fighters six pack

4 Exercises to Get a Fighter’s Six Pack

As a kid growing up, I would sit in front of a TV all alone in the basement watching old Bruce Lee movies.
His speed, power, athleticism and ripped physique fascinated me to no end. I needed to know how someone could be capable of all this and be as shredded as Bruce Lee was.
Because of this obsession, I was drawn to various styles of martial arts, but boxing was the first thing to catch my eye. After watching Mike Tyson knock out everyone who dared to stand in front of him, the sport had my attention. That wasn’t the only thing that grabbed me, though – he was completely ripped too.
As I started to watch boxing, I noticed that every fighter had an incredibly ripped physique.
If you compare body images with athletes in various sports, we can all agree that  fighters and boxers lead the pack with some of the most desired physiques in sports.
They’re strong, lean, athletic and always shredded. If you have ever seen a fight on TV before, you know what I mean.
Arguably one of the most impressive aspects of the fighter’s image is his midsection. Almost every fighter I saw on TV had chiseled abs that would make any fitness model jealous.
Fighters are also known for having a tremendous amount of core strength.
Have you ever wondered how fighters train their abs?
I know I wanted to know. Hundreds of sit-ups and crunches every day had gotten me nowhere. Even hour long runs every day showed little change.
During this time, I felt like I was getting weaker. I was far from strong and my abs looked like jello even though I had a low body fat percentage.
After months of not seeing the results I wanted, I decided to join a boxing gym. I figured if I wanted to look like a fighter, I should train like one.
On my first day there, I was actually a little disappointed. I did a “boxercise class” that consisted of a bunch of jumping jacks and other cardio exercises.
I was ready to get out of there until I noticed what the actual fighters were doing. Their training was completely different. They trained for performance. It wasn’t surprising to see that these fighters were very fit.
Aesthetics came as a result of their workouts even though it wasn’t the priority. One thing I found remarkable was the type of ab training fighters go through.
Trust me when I tell you this: they don’t train their abs like everyone else.
As a fighter, you receive constant blows to your midsection. You’d better believe you have to train your abdominals differently than everyone else.
Fighters also have to produce large amounts of power in their strikes, and core strength is the central source of this power and athleticism. Try relaxing your abdominals while throwing a punch as hard as you can. Not that impressive, is it?
Without a strong core, fighters cannot do what they do.
Today I am going to give you a glimpse of how top-level fighters train their abs and provide you with a sample ab-training workout.
Before I get into the workout, I am going to reveal three very common mistakes most likely make when it comes to ab training. These three mistakes prevent you from having the Bulletproof Abs you deserve.

Common Ab Training Mistakes

Mistake #1: Too Much Volume

Way too many people perform countless reps of pretty much any type of ab exercise out there.
Instead, we should focus on the strength aspect of core training. By now we should all know that crunches and sit-ups are a complete waste of time, so I won’t beat that dead horse.
The thing is people still do 400-500 reps of an ab exercise. Your abdominals and core should be treated like any other muscle group.
For some weird reason, many people perform more reps when training their core compared to other muscle groups. Strength should also be considered when training your core. You don’t strength train by doing 500 reps of one exercise.
Here’s something else considered “too much volume for core training.” Holding a plank longer than a minute. If you can already hold a plank for a minute or even 30 seconds (assuming you have great form), then it’s time to move on.
There are much more challenging variations you can do to effectively train your abdominals and core. I’m going to show you a plank variation where you will learn to brace your abs like a fighter about to throw a punch.
This leads me to the next mistake.

Mistake #2: Drawing In Instead Of Bracing Your Abs

Here’s what I mean by that: too many people suck in their stomach instead of pushing it out, which is also known as bracing.
Strength comes from bracing your abs, not sucking in your gut. Try pushing a heavy object as hard as you can while sucking in your gut. Now, push that same object while you push your stomach out and brace your abs. You will notice a huge difference.
Drawing in and bracing your abs is the difference between having abs and having abs that really pop. Fighters rely heavily on the brace, and they would not get the same type of power in their strikes if they didn’t brace their abdominals.
One way you can learn to brace your abs is to pretend you are getting hit in the stomach. What’s your initial reaction? You will naturally brace your abs to withstand the blow.
In the workouts I outline later, you will learn specific exercises that force you to brace your abs.

Mistake #3: Neglecting Other Muscles In Your Core

Let’s face it. No one likes love handles. It doesn’t look good, it doesn’t feel good, and everyone hates them – even men.
But don’t aim to do one exercise for each muscle group of the core. Instead, we have to focus on exercises that work the core as a whole, if we ever want to develop a rock hard midsection.
How do we do this?
By focusing on stability exercises that prevent movement rather than create it. This way, you have many more muscle groups in your core working to stabilize yourself. This also helps prevent an injury to your lower back.
The last thing you want to do is create mobility in your low back. This is how you commonly injure the lower back region by performing exercises that flex, extend, and laterally flex the spine. Instead, we should focus on stabilization.
You can’t get Bulletproof Abs if you’re injured, so let’s make sure it doesn’t happen.

The Bulletproof Ab Workout

Now that we know the three common mistakes you should never make, it’s time to figure out what we should be doing. Here’s a clue: it involves focusing on lower reps, concentrating on bracing the abs, and working the core as a whole.
In the sample ab workout below, we focus on all three of these aspects. The best part is that you won’t need one piece of equipment. You can literally do this in the comfort of your own living room.
So without further delay, here is your Bulletproof Ab Workout:

The Bulletproof Ab Circuit

Hardstyle Plank – 10 Sec x3
Long Plank Walkouts – 5 Reps
Long Plank Armpit Touches – 5 Reps Each Side
Box Plank – 10 Reps Each Side
Rest 60 Sec
Repeat for a total of 3-4 rounds.
If it’s your first time doing this circuit, start with three rounds and work your way up to four.
Now you’re probably wondering what these exercises look like. Check out the descriptions of each exercise below.

Hardstyle Plank

  • Start in a plank position on your elbows.
  • Make sure there is a straight line from your head to toes.
  • Keep your hands away from each other.
  • Squeeze your abs, glutes, quads, and fists as hard as you can.
  • Drive your elbows to your toes as hard as you can.
  • Hold this tension for 10 seconds and then rest for 5 seconds.
  • Repeat this two more times.
Hardstyle Plank

Long Plank Walkouts

  • Get into the top of a push up position.
  • Walk your hands forward until they are above your head while keeping your abs braced.
  • Walk your hands back into the top of a push up position.
  • Prevent the hips from swaying side to side when performing the movement.
Long Plank Walkouts

Long Plank With Armpit Touch

  • Get into the top of a push up position.
  • Walk your hands forward until they are above your head.
  • Keeping the abs braced, touch the opposite armpit.
  • Repeat the movement, alternating sides for the prescribed reps/time.
  • Prevent the hips from swaying side to side when performing the movement.
Long Plank With Armpit Touch

Box Plank

  • Start in a quadruped position. Knees underneath the hips and hands underneath the shoulders.
  • Brace your abs and get your knees off the ground.
  • Keep the abs braced and without moving the hips, get one hand off the ground.
  • Repeat with the other hand.
Box Plank

Wrap Up

There you have it, a core routine that will have your abs working harder than they ever have before. You can add this circuit to the end of a training session or even on an off day. You can also do this circuit anywhere since you don’t need any equipment.
Performing exercises like these will take you much farther than just getting the standard six pack. Training your core for strength like this will help improve your overall athleticism. This type of ab training also helps supplement any type of lifting you may do.
Remember, the core is the foundation for everything else. If you’re going to overhead press a large amount of weight, a weak midsection cannot support your structure. You will either injure your lower back or not complete the lift.
Same thing goes for a fighter trying to develop more power into his/her strikes. Without a strong midsection, the fighter cannot transfer the power from his/her hips into the end of the punch.
The kinetic chain is useless without a strong core to support it. Perform these exercises on a regular basis and you’ll have Bulletproof Abs in no time.

About the Author


Andrew RaposoAndrew Raposo is a North American Super Middle Weight Muay Thai Champion and a Two Time Provincial Gold Medalist in Boxing. Andrew is a passionate Fitness & Strength Coach and runs a private practice out of Toronto, Canada. Where he trains high-level fighters for competition as well as transform average bodies into extraordinary results with his unique approach to training. He is also the Creator and Author of www.FighterAbs.com.

References

McGill, S. “Low Back Disorders.” Human Kinetics, 2002.

Hindu Squats

The history behind the Hindu Squat originates from ancient India and was an exercise that Indian wrestlers used to build incredible leg strength. Ghulum Mohammed, one of the most famous wrestlers routinely performed 500 Hindu Squats each day to maintain his peak condition.

How to do a Hindu Squat:

In order to properly perform a Hindu Squat, start with your feet about shoulder width apart. Squat down until your buttocks touch or almost touch the backs of your legs. While your lower body is lowering, your hands will rise up. When you get as low as you can lightly graze the floor with your hands. As you come back up focus on your glutes (butt) driving your body back up. Think of it as your source of power for this exercise. Repeat.

OTHER GREAT SOA ARTICLES:


Muscle group worked:

Glutes and Thighs
Target Repetitions for Muscle Growth: For the Hindu Squat even a large number of reps will still cause muscle gain. Shoot for at least 25-30 straight for intermediate. Beginners try for 10-15.

Why Hindu Squats work:

The Hindu Squat works so well because they are done relatively quickly. This quick squat is used to engage all of the leg muscles, not isolate specifically the quads or hamstrings.

Tips:

Try your best to not have your knees go over your toes. It will be difficult but this improves form and prevents knee injury.

Important!:

Breath slow and steady as you perform the Hindu Squat
Disclaimer: Talk to your primary care physician before beginning any exercise regimen.

Beetroot for Cardio Fitness

(NaturalNews) Beetroots, also known as beets, are packed with blood pressure-reducing, heart disease-preventing nutrients that help maintain healthy active function and boost overall endurance levels in those that consume them. And a new study out of the University of Exeter (UofE) has found that not only do beets benefit athletes by boosting their performance, but they also help the elderly and people with heart or lung diseases to live more active, physically-functional lives.

Published in the Journal of Applied Physiology, the study builds upon a previous one conducted by the university that found that beet juice increases exercise capacity by 16 percent in athletes that drink it. Except this time, these same benefits were found to apply to non-athletes as well, including those that have trouble performing everyday physical activities.

"As you get older, or if you have conditions which affect your cardiovascular system, the amount of oxygen you can take in to use during exercise drops considerably," explained Katie Lansley, a Ph.D. student from the Sport and Health Sciences department at UofE, and author of the study. "What we've seen in this study is that beetroot juice can actually reduce the amount of oxygen you need to perform even low-intensity exercise."

Beet juice not only dilates blood vessels to improve blood flow and lower blood pressure, but it also reduces the amount of oxygen muscles need during physical activity. This muscle effect makes it significantly easier for people of all ages, no matter what their health condition, to perform both low- and high-intensity physical activities. In fact, researchers noted that those who drank beet juice required 12 percent less effort to walk than those who did not drink it.

Based on a comparison between whole beet juice and beet juice that had its nitrates filtered out, the team was able to conclude that the natural nitrates are the primary active ingredient in beet juice that bring about improved overall performance and heart function.

Sources for this story include:

http://www.eurekalert.org/pub_releases/2010-

Learn more: http://www.naturalnews.com/030777_beet_juice_cardiovascular_health.html#ixzz4UAKgpYO6www.naturalnews.com/030777_beet_juice_cardiovascular_health

Friday, 9 December 2016

Todays Training

A nice relaxed training session to finish the week off.
Two hours of internal martial arts .
Perfect .