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Performance Enhancement Training Part 2: Core Stability Training

Posted on October 20th, 2016 by Andries Lodder

In last month’s issue we discussed in depth about Sport Specificity as the first part of performance enhancement training. We realised that we have to achieve equilibrium through integration of optimal functional strength, power, core stability, balance, proprioception, reaction time, agility, decision making and technique and that only when the body is at total equilibrium, an athlete can perform optimally.

This brings us to the second part of performance enhancement training, Core Stability. Why is core stability so important? How can it improve your performance? Does it help to prevent injuries? Will it really make that much of a difference? The answer to all these questions is a simple YES! But first you have to know what core stability is and which muscles groups combine to form your core.

Core stability is the name given to the strengthening of the core of muscles surrounding the back and abdomen. These muscles are also known as your body’s powerhouse and provide a solid base upon which all other muscles can work upon to initiate movement.

The core can be thought of as a cylinder of muscles around the inner surface of the abdomen. They comprise of your Transversus Abdominus (TA), Multifidus, Diaphragm and your Pelvic Floor.

Your TA is the deepest of all the abdominal muscles which lie underneath the oblique abdominals and your 6-pack muscle. This is the main core muscle that provides stability. It connects to the lumbar spine (lower back) and wraps around to meet in the middle of the front of the abdomen. When contracted it increases the pressure inside your abdomen and pulls tight on the lower back to provide excellent stability to your back.

Your Multifidus lies deep on your back on either side of the spine and connects to the whole lower back. Its main function is to provide stability during back extension as well as providing your upright posture.

Your Diaphragm is the primary muscle for breathing. Its domed shape provides the top of the cylinder of your core. When the TA contracts, the diaphragm tenses up to maintain pressure in the abdomen and therefore providing stability to the spine.

Lastly your Pelvic Floor. Renowned among pregnant women, the pelvic floor muscles provide a sling running from back to front, from the bottom tip of the spine (tail bone) to the front of the pelvis. Your pelvic floor and your TA contract concurrently to form the bottom of the cylinder of muscles.

When all these muscles contract together they keep the spine in its most stable position, and aid in preventing injury. These muscles contract before you move your arms or legs, therefore they function to keep your pelvic region stable during all movements. If you suffer from lower back pain, it indicates that your core muscles are not contracting before any limb movements, and leaves the spine exposed to injury. Therefore by retraining these muscles to contract at the right time forms the foundation of core stability.

By integrating everything it is safe to say that your whole body works in unison to form a kinetic chain. Therefore your core plays a very important role in linking your upper body to your lower body. Now, when your core stability is weak, your ability to efficiently transfer force through the torso to the upper body or lower body will be reduced, losing force generated during movements utilising your entire kinetic chain. This energy loss compromises the efficiency during competitive sports. This reason alone indicates the importance of core stability for athletic conditioning.

Therefore by training the core, the rest of the muscles in a specific area i.e. the hamstrings, gluteals, abdominal, back muscles, chest and arms all work more efficiently and together. By providing pelvic stability through core strength, you take the strain off all your other joints (knees and ankles), thus decreasing your chances of ankle or knee injuries.

Whether you a recreational runner or cyclist, or whether you’re an elite sports person, core stability should be the foundation of your initial training regime.

The difference between having the edge in your chosen sport will time and time again come down to your ability to maintain the most efficient functioning of your core muscles, hence the reason why people call it the Powerhouse of an Athlete.

Test yourself by sitting on a stability ball (Pilates ball) and while keeping your arms crossed over your chest, lift both legs slowly off the ground and maintain your balance, or for a greater challenge, kneel on the stability ball and try and keep your balance. If you can do this, you are well on your way to becoming the next powerhouse in your sporting field.

But before you get to chuffed with yourself, this is just the beginning of performance enhancement core training, our main aim is to get you to stand on the stability ball and do squats on it, or catch and throw medicine balls while maintaining your balance, and finally to bounce on it as if it’s your own trampoline.

Next month we will look in more depth at how eccentric training can improve strength and stability and in so doing enhance your performance.

Performance Enhancement: Sport Specific Training

Posted on October 20th, 2016 by Andries

By Andries Lodder 

In today’s environment of competitive sports we are continually seeking ways to improve our performance. Additionally, more and more people are asking about performance enhancement training and what can be done to increase performance.

Proper training is necessary to achieve athletic success, and for success, we have to look at the combination of near perfect posture, optimal balance and proprioception, ultimate core and overall stability, perfect technique, strength, speed and power. These will not only improve your performance but keep you injury free.

Over the next couple of months I will discuss the importance of Sport Specific Training, why Core Stability is so important for your performance, how Eccentric Training can benefit your overall strength and stability, and lastly what Plyometric Training is and the importance of it for ultimate performance.

With the ever increasing level of competition, athletes have come to realize the importance of year round training programs that incorporate all areas of training specific to their sport, the specific times to peak as well as how to prevent overtraining.

Sport Specific Training Programs help dedicated sports people improve their sporting ability through individualized training programs that integrate the sport and body for ultimate performance.

To understand the importance of sport specific training, you have to understand what is needed to create a Sport specific Program or know what exactly is meant by the words sport specificity?

The ability to teach basic techniques of a sport depends largely on the knowledge of the effects you are trying to produce and of the forces that cause these effects. Biomechanics is the answer for the scientific basis for the analysis of the techniques used in sports and emphasizes how it can be used to your advantage in the analysis of sporting techniques.

Biomechanics is the science concerned with the internal and external forces acting on a human body and the effects produced by these forces. In other words, the internal and external forces acting on a human body determine how the body moves during the performance of a motor skill, therefore referred to as the athletes technique.

Before we continue, lets take a few steps back. When you first started taking part in sport, you had to learn how to catch or throw or jump. This is called motor learning. Therefore the knowledge of motor learning equips us to make sound judgments concerning methods of instruction, length, frequency, nature of practice, and so on.

Also, when you started running, cycling or swimming, you all agree that you needed to be fit. To get fit you need to improve the cardiovascular system of your body. Therefore the knowledge of physiology equips us to make sound judgments concerning the amount and type of training to prescribe in a given case.

Now, when it comes to training our muscular system for performance, we grab the first magazine with a gym program in and copy that and use it as your strength training program. For the average Joe out there it seems like a good idea, but to me it seems like you just bought the fastest sports car out on the market, and not using it to its full potential.

Therefore the knowledge of biomechanics equips us to choose appropriate techniques and to detect the root of faults that may arise during training.

Therefore, motor learning is the science of skill, physiology the science of training, and biomechanics the science underlying techniques.

Now that we know what Biomechanics is, how do we use it to be more sport specific?

The best and quickest way to improve at your chosen sport is to analyze specific sporting techniques by breaking down the technique into different phases and identify the key areas that need to be strengthened. For example, if you are a runner, the most important areas are your ankles, knees, hips and back. These areas take the most strain and therefore their stability is of most importance. For stability in these areas, you need to focus on specific muscles, such as calves and shins (ankles), quadriceps and hamstring (knees), glutes (hips) and core stability (back).

Integration between the specific sport and your body is the most important factor. Factors such as what type of sport, position played in sport or role in the team, will determine what areas need to be improved and focused on. For example, if you are a sprinter in cycling, you need explosive power for that last burst of energy during the sprint at the end of a race. Therefore your muscles need to be trained to contract explosively.

Finally, equilibrium is achieved through integration of optimal functional strength, power, core stability, balance, proprioception, reaction time, agility, decision making and technique. Only when the body is at total equilibrium, an athlete can perform optimally.

Next month we will look in more depth at core stability for enhanced performance

Strength Training for Women

Posted on October 20th, 2016 by Andries Lodder

FACT OR FICTION – BUSTING THE MYTHS AROUND STRENGTH TRAINING FOR WOMEN

women-lifting-weights

Perhaps you’re afraid lifting weights will make you look bulky. Maybe you’re hung up on the fact that you ‘only need cardio’ to lose weight? Or you just don’t think you have enough time for strength?

The benefits of strength training for women are immense. For example, women more than men, need to meet the essential strain for bone remodeling which is required for the reduction of osteoporosis.

Unfortunately however there are several long standing myths and misconceptions that mean many women overlook strength training as a part of their regular exercise regime. Accredited Exercise Physiologist, Kitty Chao, sets out to bust some of the more common myths about strength training for women and remind you of the important role strength training plays in women’s health.

MYTH 1: LIFTING WEIGHTS WILL MAKE ME LOOK BULKY

Men and women all consist of a different genetic makeup, but the odds are stacked against us as women. Firstly we only possess 5% of all testosterone men possess, this means that on average men have 20 times as much testosterone than women. Testosterone is a hormone that creates muscle hypertrophy for us women we are facing a huge battle to turn into the Hulk! In actual fact it will make you gain a little weight since lean body mass weighs more than fat.

MYTH 2: TO LOSE FAT, YOU ONLY NEED TO DO CARDIO

Doing more cardio is the best way to do more cardio. Ladies this might be hard to take in but steady-state cardio burns surprisingly fewer calories than you’d think. One study found that it takes an average of 86 hours’ worth of aerobic exercise to lose 1 kilogram, and a meta-analysis revealed that steady-state cardio in and of itself is not an effective weight loss therapy.

I don’t know about you, but I can think of about a thousand other more useful things I could be doing with those 86 hours than peddling away on a bike.

Rather than steady-state cardio, why not try out interval training also known as metabolic conditioning (met-con) or high intensity training (HIT). Incorporating these types of workouts into your normal routine has found that is produced equal or if not better results than steady state cardio with just a fraction of the obligation. This is due to the increases in excess post exercise oxygen consumption (EPOC) or energy expenditure following a bout of high intensity exercise.

MYTH 3: LIGHT WEIGHT IS ALL YOU NEED

What this myth is referring to is lifting light weights for more reps. Ever had a goal of nailing your first tricep dip ? Doing light weight tricep kick backs will not help you in reaching that goal.

You will not get bulky from lifting heavy weights, in fact you will get STRONGER and look SLIMMER !

Lifting light weights for more reps will build muscular endurance. Whereas lifting heavier weights will build strength and help you reach that goal.

MYTH 4: YOU WON’T HAVE TIME FOR STRENGTH TRAINING

It’s already hard for you to fit in your daily runs, walks and cycles right ? Why not try and swap the 30-45 min walk or run for a 10 minute high intensity session and use the remainder 20 minutes for strength training?

It has been shown that 2 full body strength training sessions twice a week is just as effective as 3 times a week.

MYTH 5: IF I DO SIT UPS IT WILL GIVE ME ABS

There is no such thing as spot reduction is what this myth is referring to.  Your body cannot spot reduce fat in specific locations. If you have problematic areas in your arms or stomach, doing thousands of bicep curls and thousands of crunches won’t help.

We are all different and our bodies are predisposed to storing fat in certain locations in a certain order.

When you start to lose weight, your body will lose the fat you currently have in a certain order as well – it might come off your arms first, then your legs, then your belly, then your chest, and then your butt. Or in a different order, depending on your personal genetic makeup. It’s different for every person.

Top 5 reasons why you can’t ignore strength training

  1. Women more than men, need to meet the essential strain for bone remodelling which is require for the reduction of osteoporosis
  2. Strength training increases lean tissue mass and decreases fat which in turn reduces non functional fat to carry and a greater portion of lean body mass which can in turn increase strength
  3. Higher metabolic rate due to an increase in muscle and decrease in fat
  4. Stronger connective tissues to increase joint stability and help prevent injury
  5. Also an increased in self esteem, being more confident with your body.

Top tips to get started with strength training

  1. Start off with light weights if you’ve never had any prior experience, over the next couple of weeks try to increase the weights you’re using
  2. Start off with a whole body routine consisting of upper body and lower body exercises
  3. If you are at the gym try out a weights class normally these are called “body pump”.

Original article by Kitty Chao, an Accredited Exercise Physiologist

HIIT TRAINING

Posted on September 5th, 2016 by Andries Lodder

Why is it so Effective?

HIITHIIT Training or “High Intensity Interval Training” is all the hype at the moment and is easily among the top fitness trends for 2015-2016. Have you ever wondered why it is so effective at helping you reach your goals, whether that be weight loss or increasing your cardiovascular fitness?

High Intensity Interval Training (HIIT) is a training technique that has you push yourself in an all-out effort followed by a short and sometime active recovery, which is then repeated for multiple intervals.

This style of training puts a large stress on your cardiovascular system and increases your body’s need for oxygen during the effort phase creating an oxygen shortage. This shortage tries to replenish itself during the recovery phase, however due to the short nature of the recovery the system doesn’t have time to recover fully before the next interval. This after-burn effect is known as Excess Post-Exercise Oxygen Consumption or “EPOC” and is the reason to why this style of training is so much more effective at burning calories and in turn fat than your steady state or regular aerobic exercise.

Other benefits from this training can be that it is quick and easy to do, requires little to no equipment and is great at elevating your metabolism for hours after you have finished your workout which means you will keep burning fat long after your session has finished. Below is a quick example of a HIIT session you can try yourself at home, in the park or at the gym… Give it a go and change up your training next time you are looking to train.

Do as many of the below exercises as you can for one minute each and move straight into the next with little to no break. After completing all five exercises have a one minute break and repeat four more times. This workout will only take 30 minutes, however will hit all muscles groups and have your heart rate soaring, ENJOY!

EXERCISE RIGHT’S 30 MINUTE HIIT WORKOUT:

  • Push-ups x 1 min
  • Squats x 1min
  • Dips x 1min
  • Mountain Climbers x 1min
  • Bridge Hold x 1 min

By Adam Martin, Accredited Exercise Physiologist (for the Original Article)

For more information about HIIT, do not hesitate to contact me

 

Weight-Bearing Exercises

Posted on August 16th, 2016 by Andries Lodder

WHAT IS WEIGHT-BEARING EXERCISE AND WHY IS IT IMPORTANT?

Weight Bearing Exercise

Regardless of your age or life stage, the right kinds of exercises can strengthen your bone density across your life span.

Have you ever heard of the saying ‘pressure creates diamonds’?

In a similar fashion, weight-bearing exercise creates bone density when it comes to preventing osteoporosis.

Our bones remodel and regrow themselves when there is a stimulus from the external environment. One of the best ways to achieve this is to perform movements where our body is upright and working against gravity – think dancing, hiking, walking, climbing, tennis, netball, skipping, aerobics – anything where the body is sustaining impact. This is also the reason why astronauts have low bone density when they return from outer space!

Interestingly, our bones respond best to this weight-bearing exercise when the movements are comprised of short, high intensity bursts. This is great news for anyone starting out! By simply choosing the stairs instead of the escalator, or playing a quick game of ball with the kids, you can boost your bones anywhere, any time.

Another way to fast track bone strength is by engaging in resistance training. This style of exercise is about using your muscles to move an external force, and, in turn, the muscles pull on the bones. Any session which uses machines, free weights, ankle weights or your own bodyweight can achieve muscular strength, and therefore enhance bone strength.

Exercise needs to be optimally challenging to have noticeable effects on bone density. Over time, it should become progressively harder – the weights should become heavier, and the impacts should become higher (e.g. using a higher step in an aerobics class). The bones also love variety, so moving in many different directions is key.

If you’re not sure where to start, let’s keep it simple: take a brisk walk outdoors (where you can get some Vitamin D exposure), including some uphill bursts, for 30 minutes. Not only will your bones reward you by strengthening themselves up, but your heart, lungs and mental health will all benefit as well!

By Jennifer Smallridge, Accredited Exercise Physiologist (For the Original Article)

Gluteus Medius – The Butt of all Problems

Posted on August 5th, 2016 by Andries Lodder

Gluteal Muscle

The gluteal muscles provide great power in the human body. However, weakness of one key muscle can lead to injury risk and reduced power generation.

The gluteal muscle group is comprised of the gluteus maximus, medius and minimus, and is a very powerful muscle group of the human body, controlling many of the major movements of the hip. The gluteus medius (GM) serves to maintain pelvic stability, however weakness or inactivity of this muscle can produce harmful effects. This article will take you through some important information about the GM, and how to keep yours strong and functional.

WHAT IS THE ROLE OF THE GM?

Among other things, the GM serves to maintain pelvic alignment during single-leg activities (jumping and landing, kicking etc.). When you consider that over 50% of the gait cycle is spent on one leg, which can be increased by over a further 30% during running, it is easy to appreciate the importance of this muscle in a healthy, functioning body.

A weak GM can result in what is called ‘Trendelenburg Sign’, essentially the hip dropping down during stance phase of the gait cycle. This hip drop sounds relatively innocent, but remember that the human body, although separated into different muscle groups, functions as a chain. Although the GM seems like a relatively small muscle in isolation, a “chink” in this part of the chain can have significant effects on the rest of the body. Repeated misalignment of the pelvis during gait can lead to other problems in the lower body, such as spinal, knee and ankle misalignment. This not only increases risk of injury from overuse (e.g. tendinopathy) or incorrect landing (e.g. ACL), but can also decrease the body’s ability to generate power during general and sporting activity.

HOW CAN I STRENGTHEN MY GM?

The GM can be developed through many single-leg exercises within a gym program. It is important to ensure that your GMs are strong and active, to avoid the potential consequences described above. Several examples are described below:

  1. Hip drops. Stand on one leg. Drop the hip of the non-supporting leg down, then straighten the hips, driving the movement from the hip of the supporting leg.
  2. Crab steps. Tie a resistance band around your knees. Stick your tail out and bend your knees (in a “mini-squat” fashion), stay low, and step out to the side.
  3. TRX lunge. Holding onto the TRX, keeping the lower leg of your supporting leg still, sit back into a lunge, maintaining an even alignment of your hips. Push through your heels and return to the start position.
  4. Bulgarian lunge. Place one foot behind you on a higher surface, like a step, and the other foot on the ground. Hold a weight in the opposite hand to the supporting leg to offset your weight distribution (this will make your GM work harder to stabilise your hips). Keeping your lower leg still, drop down into a lunge, and push back up with your weight through your heels.

TIPS TO REMEMBER

  1. The GM is an important player in the stability and alignment of the pelvis during single-leg movement
  2. Over 50% of the gait cycle is spent on one leg, which can be increased by 30% or more during running
  3. Weakness or inactivity of the GM can lead to injuries of the lower back, hip, knee or ankle
  4. Exercises such as hip drops, crab steps, TRX lunge and Bulgarian lunge can help develop and activate the GM

By Jamie Barnes, Accredited Exercise Physiologist (For the original article)

Stretching – The Truth

Posted on July 25th, 2016 by Andries Lodder

By Gretchen Reynolds

WHEN DUANE KNUDSON, a professor of kinesiology at California State University, Chico, looks around campus at athletes warming up before practice, he sees one dangerous mistake after another. “They’re stretching, touching their toes. . . . ” He sighs. “It’s discouraging.”

If you’re like most of us, you were taught the importance of warm-up exercises back in grade school, and you’ve likely continued with pretty much the same routine ever since. Science, however, has moved on. Researchers now believe that some of the more entrenched elements of many athletes’ warm-up regimens are not only a waste of time but actually bad for you. The old presumption that holding a stretch for 20 to 30 seconds — known as static stretching — primes muscles for a workout is dead wrong. It actually weakens them. In a recent study conducted at the University of Nevada, Las Vegas, athletes generated less force from their leg muscles after static stretching than they did after not stretching at all. Other studies have found that this stretching decreases muscle strength by as much as 30 percent. Also, stretching one leg’s muscles can reduce strength in the other leg as well, probably because the central nervous system rebels against the movements.

“There is a neuromuscular inhibitory response to static stretching,” says Malachy McHugh, the director of research at the Nicholas Institute of Sports Medicine and Athletic Trauma at Lenox Hill Hospital in New York City. The straining muscle becomes less responsive and stays weakened for up to 30 minutes after stretching, which is not how an athlete wants to begin a workout.

stretching

THE RIGHT WARM-UP should do two things: loosen muscles and tendons to increase the range of motion of various joints, and literally warm up the body. When you’re at rest, there’s less blood flow to muscles and tendons, and they stiffen. “You need to make tissues and tendons compliant before beginning exercise,” Knudson says.

A well-designed warm-up starts by increasing body heat and blood flow. Warm muscles and dilated blood vessels pull oxygen from the bloodstream more efficiently and use stored muscle fuel more effectively. They also withstand loads better. One significant if gruesome study found that the leg-muscle tissue of laboratory rabbits could be stretched farther before ripping if it had been electronically stimulated — that is, warmed up.

To raise the body’s temperature, a warm-up must begin with aerobic activity, usually light jogging. Most coaches and athletes have known this for years. That’s why tennis players run around the court four or five times before a match and marathoners stride in front of the starting line. But many athletes do this portion of their warm-up too intensely or too early. A 2002 study of collegiate volleyball players found that those who’d warmed up and then sat on the bench for 30 minutes had lower backs that were stiffer than they had been before the warm-up. And a number of recent studies have demonstrated that an overly vigorous aerobic warm-up simply makes you tired. Most experts advise starting your warm-up jog at about 40 percent of your maximum heart rate (a very easy pace) and progressing to about 60 percent. The aerobic warm-up should take only 5 to 10 minutes, with a 5-minute recovery. (Sprinters require longer warm-ups, because the loads exerted on their muscles are so extreme.) Then it’s time for the most important and unorthodox part of a proper warm-up regimen, the Spider-Man and its counterparts.

Straight Leg March

“TOWARDS THE end of my playing career, in about 2000, I started seeing some of the other guys out on the court doing these strange things before a match and thinking, What in the world is that?” says Mark Merklein, 36, once a highly ranked tennis player and now a national coach for the United States Tennis Association. The players were lunging, kicking and occasionally skittering, spider-like, along the sidelines. They were early adopters of a new approach to stretching.

While static stretching is still almost universally practiced among amateur athletes — watch your child’s soccer team next weekend — it doesn’t improve the muscles’ ability to perform with more power, physiologists now agree. “You may feel as if you’re able to stretch farther after holding a stretch for 30 seconds,” McHugh says, “so you think you’ve increased that muscle’s readiness.” But typically you’ve increased only your mental tolerance for the discomfort of the stretch. The muscle is actually weaker.

Stretching muscles while moving, on the other hand, a technique known as dynamic stretching or dynamic warm-ups, increases power, flexibility and range of motion. Muscles in motion don’t experience that insidious inhibitory response. They instead get what McHugh calls “an excitatory message” to perform.

Scorpion

Dynamic stretching is at its most effective when it’s relatively sports specific. “You need range-of-motion exercises that activate all of the joints and connective tissue that will be needed for the task ahead,” says Terrence Mahon, a coach with Team Running USA, home to the Olympic marathoners Ryan Hall and Deena Kastor. For runners, an ideal warm-up might include squats, lunges and “form drills” like kicking your buttocks with your heels. Athletes who need to move rapidly in different directions, like soccer, tennis or basketball players, should do dynamic stretches that involve many parts of the body. “Spider-Man” is a particularly good drill: drop onto all fours and crawl the width of the court, as if you were climbing a wall. (For other dynamic stretches, see the sidebar below.)

Even golfers, notoriously nonchalant about warming up (a recent survey of 304 recreational golfers found that two-thirds seldom or never bother), would benefit from exerting themselves a bit before teeing off. In one 2004 study, golfers who did dynamic warm- up exercises and practice swings increased their clubhead speed and were projected to have dropped their handicaps by seven strokes over seven weeks.

Controversy remains about the extent to which dynamic warm-ups prevent injury. But studies have been increasingly clear that static stretching alone before exercise does little or nothing to help. The largest study has been done on military recruits; results showed that an almost equal number of subjects developed lower-limb injuries (shin splints, stress fractures, etc.), regardless of whether they had performed static stretches before training sessions. A major study published earlier this year by the Centers for Disease Control, on the other hand, found that knee injuries were cut nearly in half among female collegiate soccer players who followed a warm-up program that included both dynamic warm-up exercises and static stretching. (For a sample routine, visit www.aclprevent.com/pepprogram.htm.) And in golf, new research by Andrea Fradkin, an assistant professor of exercise science at Bloomsburg University of Pennsylvania, suggests that those who warm up are nine times less likely to be injured.

Handwalks

“It was eye-opening,” says Fradkin, formerly a feckless golfer herself. “I used to not really warm up. I do now.”

You’re Getting Warmer: The Best Dynamic Stretches

These exercises- as taught by the United States Tennis Association’s player-development program – are good for many athletes, even golfers. Do them immediately after your aerobic warm-up and as soon as possible before your workout.

STRAIGHT-LEG MARCH (for the hamstrings and gluteus muscles)

Kick one leg straight out in front of you, with your toes flexed toward the sky. Reach your opposite arm to the upturned toes. Drop the leg and repeat with the opposite limbs. Continue the sequence for at least six or seven repetitions.

SCORPION (for the lower back, hip flexors and gluteus muscles)

Lie on your stomach, with your arms outstretched and your feet flexed so that only your toes are touching the ground. Kick your right foot toward your left arm, then kick your leftfoot toward your right arm. Since this is an advanced exercise, begin slowly, and repeat up to 12 times.

HANDWALKS (for the shoulders, core muscles, and hamstrings)

Stand straight, with your legs together. Bend over until both hands are flat on the ground. “Walk” with your hands forward until your back is almost extended. Keeping your legs straight, inch your feet toward your hands, then walk your hands forward again. Repeat five or six times.

Original Article by Gretchen Reynolds, NY Times

ACTIVATE HEALTH

Posted on July 6th, 2016 by Andries Lodder

Activate Health

Activate Executive & Medical Wellness Centre

What are we and what do we do?

We are a high touch, high care environment that offers a personalized and supervised training environment. We are NOT a gym. We use world class technology to track, monitor and guide our members to achieving their health and fitness goals.

Do you know that less than 10% of gym members worldwide ever achieve the goals they set out to achieve!

There are 2 ways to engage with us. This will be dependent on your needs.

The first way is via a 12- week exercise based, medically directed programme. You will be under the care and guidance of a Biokineticist. If you have a medical aid, more than 85% of this programme can be recovered from your medical aid.

Activate Health Poster

Features of the 12 week programme

  • You will be assessed at the start and the end of the programme by the Bio.
  • You will get your own Technogym key that will record your workouts that will be prescribed by the Bio
  • You will get your own myWellness account on your phone and you will be able to track your progress
  • You can see your training programme on your phone or tablet so you will never forget what to do.
  • You will see the Bio 1x/week for the full 12 weeks in a group session of no more than 8 people
  • When you come in to exercise at other times you will be under the care of Exercise is Medicine qualified Personal Trainers who will understand your needs and be able to guide you through your workouts.
  • If your Bio needs them to be aware of anything or take certain measurements, they will be able to do so.
  • If your Bio prescribes exercise outside of the facility, all your data can be captured on your profile via most fitness devices
  • You will be able to communicate with your Bio at any time via our unique coaching app
  • Your Bio will send you weekly reports
  • The Bio will send your Dr reports at 8 weeks and also at the end of the programme

Who would benefit from these 12 week programmes?

  • Anyone who does less than 150min of moderate exercise per week
  • If your doctor has told you your blood pressure is above 140/90
  • If you have cardiovascular disease or have had a previous cardiac event
  • If your latest blood lipogram is outside of the healthy normal values
  • If you suffer from stress/anxiety or depression
  • If you have any 3 of the following symptoms, High BP, waist circumference of >104cm in males and 98cm in females, elevated HDL cholesterol, High Trigs and elevated blood glucose
  • Anyone who does less than 150min of moderate exercise per week

What is the cost of these programmes?

  • R1900 per month incl. Vat
  • This includes your facility membership for the 3 months
  • This includes your Technogym myWellness Key

What is the other way to engage with us?

As we have said we are not a traditional gym, we know that 90% of people who join commercial gyms fail to reach their goals and then drop out of training.

The only really successful strategy in commercial clubs is to work with a trainer. At ~R400 per session this can get very expensive over and above your membership. So, we combine the cost effectiveness of a membership with the high success rates of supervised training. We do this with cutting edge technology to track, monitor and guide our members through their journey.

Features of the membership

  • Month to month, no contracts. If we can’t help you achieve your goals, you should be able to go elsewhere
  • You will be assessed at the start and every 12 weeks by an Exercise is Medicine Qualified Personal Trainer who will also be your coach for your entire time with us
  • You will key your own Technogym key that will record your workouts that will be prescribed by your coach
  • You will get your own myWellness account on your phone and you will be able to track your progress
  • You can see your training programme on your phone or tablet so you will never forget what to do.
  • If your coach prescribes exercise outside of the facility or you like to do other training, all your data can be captured on your profile via most fitness devices
  • You will be able to communicate with your coach at any time via our unique coaching app
  • Your coach will send you weekly reports

What is the cost of the membership?

  • R375.00 per month
  • R150 joining fee
  • This includes your Technogym myWellness Key

Activate Health Poster 2

About Activate

Vision

Activate Health aims to positively impact the Non Communicable Disease profile of South Africa, using the power of physical activity as a both a prevention and treatment tool. We aim to ensure that all South Africans have the opportunity to live longer, healthier and more productive lives. We will use education, evidence and world- class research about the power of exercise, to accomplish this goal.

Mission

Using cutting edge technology and equipment that will drive value and personalize our products and services, Activate Health will improve Cardio Respiratory Fitness and Muscular Strength, decrease Cardio-vascular risk factors, thus decreasing the mortality and morbidity of our end user customers, and change their lives for the better.

Activate will deliver exercise based programmes, in partnership with health care professionals, in dedicated medical wellness facilities to adults and children who are at risk of, or who have current Non-Communicable Diseases, including cardio-vascular disease, diabetes, metabolic syndrome, hypertension, dyslipidaemia and stress/anxiety and depression, thus delivering value to the end user as well as medical and other insurers, employers and educators.

Values

Activate Health will always be:

  • Ethical
  • Respectful
  • Innovative
  • Inclusive
  • Caring

Contact Details

For more information, contact us as follows

Telephone Business     011 575 3115

Steve Murray              082 500 3717

Steve.murray@activatewellness.co.za

Georgie@activatewellness.co.za

 

What is Prosthodontics?

Posted on June 30th, 2016 by Andries Lodder

Prosthodontics

By Dr. Ashana Harryparsad, BDS (WITS), PDD (UWC), MChD (UP), Specialist Prosthodontist, Netcare Waterfall City Hospital.

A Prosthodontist is a qualified dentist who has completed an extra four years of full-time postgraduate training in the specialty of prosthodontics at an accredited university.

The specialty involves the restoration of:

  1. Broken down teeth (caused by decay, trauma, and “wear and tear” due to grinding or bruxism) and also malformed teeth.
  2. Replacement of missing teeth.
  3. Correction and management of occlusal/bite problems, as well as joint / TMJ and jaw muscle problems.
  4. Planning and restoration of dental implants by means of crowns, bridges and removable prostheses or dentures.

 When would you need the care of a Prosthodontist?

  1. You are missing one or more teeth.
  2. You are interested in dental implants.
  3. You wear dentures or removable partial dentures.
  4. You want to improve the aesthetics of your smile.

What options do Prosthodontists offer to restore your teeth?

  1. Contemporary fixed prostheses 
  2. Full coverage crowns/caps
  3. Partial coverage restorations/fillings      
  4. Fixed partial dentures (bridges) 
  5. Porcelain veneers
  6. Resin bonded bridges 
  7. Removable prostheses  
  8. Removable complete dentures     
  9. Removable partial dentures
  10. Tooth-based overdentures
  11. Implant-based prostheses  
  12. Implant-supported, fixed prostheses     
  13. Implant-retained overdentures
  14. Management of temporomandibular disorders
  15. Maxillofacial prosthetics 
  16. Assistance with treatment of sleep disorders

How is a Prosthodontist different from other dentists and dental specialists?

 The term “prostho” means replacement and “dontist” means dealing with teeth. Essentially, Prosthodontists are the recognised experts when anything needs to be replaced in your mouth. This can range from a single tooth, multiple teeth, or all teeth and gums in the mouth. While many other dentists can do some or all of these treatments, Prosthodontists are the specialists dedicated to this type of care.

Prosthodontists expertly restore and replace teeth. They have trained 4 additional years after completing dental school. Prosthodontists are also considered the ‘project managers’ of the dental treatment plan. They regularly lead teams of general dentists, specialists, and other health professionals to develop solutions for your dental needs.

What other ailments are Prosthodontists trained to treat?

 Prosthodontists also understand patients’ unique needs such as:

  1. Maxillofacial prosthetic procedures such as oral cancer reconstruction and continuing care
  2. Temporomandibular disorders (TMD), Temporomandibular joint (TMJ) or other jaw joint problems
  3. Traumatic injuries
  4. Snoring and sleep disorders
  5. Cleft palate and other congenital conditions that affect the mouth.

Rigorous training and experience provide Prosthodontists with a special understanding of the dynamics of a smile and the preservation of a healthy mouth.

What does full mouth reconstruction mean?

In general, any dental treatment that affects all teeth in the mouth is called full mouth reconstruction or full mouth rehabilitation. Prosthodontists are the recognised experts in such treatments. The treatments can range from crowns, bridges, implants, and dentures that will essentially provide a “smile makeover” for the patient. You may want to seek the care of a Prosthodontist for your specific needs.

Examples of cases: 

  1. Full mouth rehabilitation of a patient that had severe xerostomia due to radiation treatment

            xerostomia before        xerostomia after

                    Before                                          After    

      2. Severe Bruxism

           bruxism before          bruxism after

                    Before                                         After

For more info please contact Dr. Ashana Harryparsad at prostho@waterfallhealth.co.za 

 

 

 

 

Exercise & Optimism

Posted on June 2nd, 2016 by Andries Lodder

believe-we-can

I was reading through a couple of my assignments from my varsity days and came along this Response Paper from my Sports & Exercise Psychology Course. Just to show the importance or relevance of this, I wrote this more than 10 years ago, and it is still applicable to our lives in one way or the other. 

Maria Kavussanu and Edward McAuley. Exercise and Optimism: Are Highly Active Individuals More Optimistic? Journal of Sport and Exercise Psychology. 1995, 17, 246-258.

 The purpose of this study was to investigate the relationship between reported physical activity and optimism. Optimism has been associated with enhanced inspiration, perseverance, and performance. Physical exercise could influence optimism through mastery of experiences, through its impact on reducing anxiety and lowering levels of depression, and enhances self-efficacy. Therefore the hypothesis stated that active individuals are more optimistic and less pessimistic than their less active counterparts.

It was found that moderate and high active groups had higher physical self-efficacy and lower trait anxiety than the inactive/low active groups. It was also found that the predominantly optimistic feelings experienced by high active groups were due to high energetic arousal states they experienced as a function of exercise. The positive feelings could also be attributed to the feelings of mastery that result from the accomplishment of an exercise workout. Therefore leading to a sense of greater control over the environment and a positive attitude one holds for the future. All these findings in the study correspond to the findings of previous researchers’ findings. 

From a young age, all I ever loved doing was playing. It being playing sport or just being physically active. I started playing all types of sport, not because I had to, but because I loved doing it. Years have passed, but still sport and exercise is my life. I can’t think what life would be without it. It’s my time where I become one with the environment and just loose myself, I generate energy from it. I found that when I don’t participate in any physical activities, I become lazy, and I get this feeling of constant tiredness. But when I exercise, I feel energetic, relaxed, and motivated.

In general, I am a very energetic and optimistic individual with a great positive attitude that never gives up. I’m a very understanding person, and I always try to help other people and try to motivate them. I’m also easily satisfied, e.g. by simply putting a smile on another persons face, will make my day, and I will feel like I made a contribution towards a better world out there. I hate it when people only see the negative side of a situation, and just want to give up, and fail, without even trying.

Being positive in life and being optimistic depends on every individual themselves. It is all an indication of how strong you are psychologically, emotionally and physically. In my case, it could just be my personality that contributes to my optimism and my self-efficacy. But without any physical activity, I feel lethargic and depressed.

Therefore by critically analyzing myself, there is a strong relationship between physical activeness and optimism.

Here are a few words of wisdom that keeps me motivated throughout life:

  • Only those who risk going to far can possibly find out how far one can go – T. S. Elliot
  • In order to succeed, we must first believe that we can – Nikos Kazantzakis
  • It is what we make out of what we have, not what we are given, that separates one person from another – Nelson Mandela

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