| About this page |
SPS Clinics Ltd |
This page is not designed to be the final word on exercise. It is hopefully a panacea covering the major apspects of what most people would call exercise.
Neither is this page a resouce centre for self exercise prescription of injury or dysfunction although on our treatment page you will find links to other sites that do this.
Our advice as always is "only consult experts with validated and recognised qualifications for the treatment of your health and fitness".
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| The Dripping Tap |
SPS Clinics Ltd |
The image of the dripping tap underscores the SPS Philosophy.
Left unattended the drip, drip, drip effect of unattended injury can lead to progressive and reactive dysfunctions.
It is simply no use just simply putting a metaphorical bucket under the injury as this only alleviates the symptoms. Only when the washer (the real problem) is changed is the condition truly treated.
SPS Clinics "hands on" treatments and inclusive rehabilitation programmes have shown to be very successful in assisting our patients to achieve maximum potential in terms of long term and preventative effects.
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| Warm Up |
SPS Clinics Ltd |
Anyone who has ever participated in a sport, some form of exercise or just physical education class in high school, has heard the phrase, "You've got to warm up before you exercise." But what does "warming up" mean? What types of warm-ups are best? How can I tailor my warm-up to best suit my choice of physical activity? How long should a warm-up last? Is warming up really that important? Is stretching the same as warming up? This card will address these questions to enable you to incorporate the best warm-up routine for your form of physical exercise.
What is "Warming Up?"
Warming up is exactly that -- it's the process of increasing blood flow and muscle temperature. It's possible to warm up your whole body or parts of your body. Studies have shown, however, that warming up the whole body, as opposed to specific parts, is the only beneficial method. There are two ways to warm up -- actively and passively. Active warm-ups are accomplished by any physical activity involving the large muscles of the body -- mainly the arms, legs and back. Passive warm-ups can be accomplished with hot baths or showers, steam rooms or saunas.
What is the Purpose of Warming Up?
Warming up your body before exercising produces many benefits that can help a person achieve maximum value from physical activity, including:
- Warming up with rhythmic limbering exercises and mild static stretches stimulates joint lubricants so muscles and joints are more pliable, lessening the risk of injury to muscles, tendons and ligaments.
- Promotes nerve impulse conduction. In athletic skills and sports in which efficient speed is required, warming up will actually increase performance.
- Gradually warms up the heart and muscles, safely preparing them for more vigorous activity.
- There's an increased rate of chemical reactions in the body. These reactions, in conjunction with the increased oxygen levels, further speed up the quick production of energy.
- Raises blood flow to the muscles. Increased blood volume supplies muscles with needed oxygen and nutrients for maximum performance.
Exercises to include in your Warm-Up
Rhythmic Limbering Exercises -- multi-joint exercises that incorporate large muscle groups and are performed at a smooth and moderate pace. They help prepare your body for more vigorous exercise by increasing the range of motion of the joint and its attachments, raising muscle and body temperature, increasing circulation to the tissues surrounding the joints, and maximizing neuromuscular function. Rhythmic limbering exercises can serve as a rehearsal of similar moves that may be performed later at a higher exercise intensity. Walking, easy jogging, marching in place are a few examples of rhythmic limbering exercises.
Stretching: A full explanation can be seen below
Customizing Warm-Ups
Active warm-ups can be in a general or specific form or a combination of the two. Rhythmic limbering exercises may be categorized as either general or specific depending on the activity.
General warm-ups are exercises that incorporate large muscles of the upper and lower body and require working at a light pace for 5-10 minutes. Such activities are walking, jogging, marching in place, riding a stationary bike, etc. These help to gradually warm up the cardiovascular system and lessen the risk for abnormal functioning of the heart. A general warm-up should always be performed prior to stretching and resistance training.
Specific warm-ups involve the same muscles you are planning to train in your exercise session. Some examples are tossing a cricket ball prior to playing, volleying a tennis ball either with a partner or against a wall, shooting a few baskets before playing basketball and rhythmic limbering exercises prior to aerobic dance exercise.
There is no difference in performance for those people who practice general versus specific warm-ups. Either form, general or specific, may be performed if the purpose of a warm-up is achieved. Remember that certain activities require complex skills such as throwing or jumping movements. Therefore, it would be better to participate in a warm-up activity specifically related to the athletic event prior to competition.
Summary
Warming up is necessary for increased physiological function, preparing the body for optimal performance and lowering the risk of injury. Warming up should be an essential part of your overall fitness routine.
- Warm up first, regardless of the duration of the athletic activity.
- Warm up 8-12 minutes for aerobic dance exercise and 5-10 minutes for recreational and sport activities.
- Warm-up rhythmically prior to static stretching.
- Include a balanced combination of rhythmic limbering exercises and static stretches for the entire body.
- Exercises included in the warm-up may be of lower intensity and mimic movements that may be performed later in your exercise session.
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| Stretches |
SPS Clinics Ltd |
Correctly performed mild static stretching will increase the capacity for performing full range of movement. This allows one to exercise more efficiently with less risk of injury to muscles, ligaments, and tendons.
Begin a slow and easy stretch without bouncing. Stretch to the point of mild tension and hold the position.
As the muscle relaxes, increase the stretch slightly until the point of tension is reached again. If tension is painful, ease off slightly.
Breathing should be slow, rhythmic and controlled.
The length of time that a stretch is held will vary according to whether or not one is stretching at the beginning of exercise, when the muscles are not thoroughly prepared, or at the end of exercise, when the muscles are warm. For warm-up, hold each stretch approximately 8-12 seconds.
Avoid stretching muscles that are cold prior to performing preliminary rhythmic limbering exercises.
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| Aerobic Exercise |
SPS Clinics Ltd |
How Hard Am I Working My Cardiovascular System?
It is important to exercise at the proper intensity. Working too hard can cause injury and lead to over training, while not working hard enough can result in decreased benefits, disappointment, and even abandonment of your fitness program. Learning to exercise at the proper intensity will help you stick with your program and get results.
- Rate of Perceived Exertion (RPE)
- Target Heart Rate
- VO2 Max
Rate of Perceived Exertion (RPE)
One of the easiest ways to monitor your exercise intensity is the rate of perceived exertion (RPE). It can be performed continually while exercising and you don't need any equipment or formulas to figure it out. This method can be used by itself, or in conjunction with other methods, as a "double-check".
RPE is based on how you feel during your exercise session. Sitting quietly would have a rating of 0. Walking at a pace that you feel is moderate would have a rating of 3. Performing an exercise that you feel is very difficult, perhaps running uphill, could give you a rating of 9 or 10. For proper exercise intensity, the recommended RPE for most people is between 3 and 5. If you feel that your exertion is moderate to strong, you are probably exercising at a good intensity for you.
RPE Scale
- - no exertion
- - very weak
- - weak
- - moderate
- - somewhat strong
- - strong
- - stronger
- - very strong
- - very, very strong
- - extremely strong
- - maximal exertion, uncomfortable
Target Heart Rate
When you exercise, your heart beats faster to meet your muscles' demand for more blood and oxygen. Monitoring your heart rate is an excellent way to monitor exercise intensity.
Your target heart rate range is the number of beats per minute that your heart should be beating during an efficient aerobic workout. There are two formulas that are used to determine target heart rate range, although these formulas are not appropriate for everyone. Be especially cautious if you are taking medication that alters your heart rate. Always be aware of how you feel and be sure to consult with a qualified health professional if you have any questions.
One formula used to determine target heart rate range is as follows:
- 220 - your age = maximum heart rate
- Multiply your maximum heart rate by 0.6, by 0.7 and by 0.8 to get your beats per minute at the 60%, 70% and 80% levels respectively.
- This is your target range - between 60% and 80% of your maximum heart rate. If you are just beginning a fitness program, you should strive to keep your beats per minute in the 60-65% range. If you are more fit, work up to the 70-80% range.
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A more precise variation is the Karvonen Formula. To calculate your target heart rate range using the Karvonen formula you must first determine your resting heart rate. This is the number of times your heart beats when your body is at rest. To get the most accurate measurement, take your pulse first thing in the morning when you have awakened naturally (not by an alarm clock, as that alone can make your heart beat a little faster). Count your pulse for one minute. Now use this formula:
- (220 - age - resting heart rate) multiplied by 0.6, 0.7, and 0.8.
- Add your resting heart rate to each answer to get the beats per minute at 60%, 70% and 80%.
- This is your target range - between 60% and 80%. If you are just beginning a fitness program, you should strive to keep your beats per minute in the 60-65% range. If you are more fit, work up to the 70-85% range.
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I know my target heart rate range...now what?
Once you have determined how many beats per minute you should strive for during aerobic exercise, you need to know how to monitor your heart rate. The most convenient sites to monitor the heart rate are the radial artery, at the base of the thumb on either wrist, and the carotid artery, at the side of the neck. Use the first two fingers of one hand and hold them gently at the artery to feel your pulse. Do not press too hard because this can actually slow down the flow of blood. Using a watch with a second hand, or with the help of your fitness instructor, count your pulse for 10 seconds. Multiply the number by 6 to get the number of beats per minute. Are you in your target range? Here's a tip: before you begin your aerobic exercise session, divide your target heart rate by 6. Then when you count your pulse for 10 seconds, you won't have to multiply by 6 - you can just compare the number directly and get on with your exercising!
VO2 max
An indicator of cardiovascular fitness is VO2 max, the maximum volume of oxygen that can be consumed per minute during a maximal effort. Running on a treadmill is the standard testing format. The air you breathe during the effort is collected through a tube and analysed for its oxygen content.
This test, typically done in a hospital setting, measures how efficiently your muscles use oxygen in the energy production process. The process starts when oxygen enters the lungs and diffuses into the bloodstream. At the muscles, the rate at which oxygen is taken up from the blood depends on how quickly and efficiently the muscle cells use the oxygen. Therefore, the more oxygen you consume, the more efficiently your muscles use oxygen to produce energy...and remember, energy production means burning calories!
Copyright 1998 FitnessLink
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| Basic Strength Training |
SPS Clinics Ltd |
There is an endless array of strength training programs out there, much of it is geared toward bodybuilders and advanced exercisers. If you're just getting started, it's quite easy to become totally confused by all of the anatomical and gym terms. We'd like to fill in the gap by giving you the foundation of any safe and effective strength training routine. You'll learn the names of the major muscle groups and the exercises that target them, the difference between sets and reps, the elements of proper form, and the basics of frequency and progression.
The Major Muscle Groups
When selecting exercises for your strength routine, it's important to choose at least one exercise for each major muscle group. This prevents muscle imbalances that can lead to injury. Let's take a look at the major muscle groups and a few of the exercises that target them:
- Gluteals - This group of muscles (often referred to as 'glutes') includes the gluteus maximus, which is the big muscle covering your butt. Common exercises are the squat and the leg press machine. The glutes also come into play during lunges, tall box step ups, and plyometric jumps.
- Quadriceps - This group of muscles makes up the front of the thigh. Exercises include squats, lunges, leg extension machine, and leg press machine.
- Hamstrings - These muscles make up the back of the thigh. Exercises include squats, lunges, leg press machine, and leg curl machine
- Hip abductors and adductors - These are the muscles of the inner and outer thigh. The abductors are on the outside and move the leg away from the body. The adductors are on the inside and pull the leg across the centerline of the body. These muscles can be worked with a variety of side-lying leg lifts, standing cable pulls, and multi-hip machines.
- Calf - The calf muscles are on the back or the lower leg. They include the gastrocnemius and the soleus. The gastrocnemius is what gives the calf its strong rounded shape. The soleus is a flat muscle running under the gastrocnemius. Standing calf raises give the gastrocnemius a good workout, while seated or bent knee calf raises place special emphasis on the soleus. These small muscles can handle a relatively large amount of weight.
- Low back - The erector spinae muscles extend the back and aid in good posture. Exercises include the back extension machine and prone back extension exercises. These muscles also come into play during the squat and dead lift.
- Abdominals - These muscles include the rectus abdominus, a large flat muscle running the length of the abdomen, and the external obliques, which run down the sides and front of the abdomen. Exercises such as standard crunches and curls target the rectus abdominus. Reverse curls and crunches (where the hips are lifted instead of the head and shoulders) target the lower portion of this muscle. Crunches involving a rotation or twist work the external obliques.
- Pectoralis major - Large fan shaped muscle that covers the front of the upper chest. Exercises include push-ups, pull-ups, regular and incline bench press, and the pec deck machine.
- Rhomboids - Muscles in the middle of the upper back between the shoulder blades. They're worked during chin-ups, dumbbell bent rows, and other moves that bring the shoulder blades together.
- Trapezius - Upper portion of the back, sometimes referred to as 'traps.' The upper trapezius is the muscle running from the back of the neck to the shoulder. Exercises include upright rows, and shoulder shrugs with resistance.
- Latisimus dorsi - Large muscles of the mid-back. When properly trained they give the back a nice V shape, making the waist appear smaller. Exercises include pull-ups, chin-ups, one arm bent rows, dips on parallel bars, and the lat pull-down machine.
- Deltoids - The cap of the shoulder. This muscle has three parts, anterior deltoid (the front), medial deltoid (the middle), and posterior deltoid (the rear). Different movements target the different heads. The anterior deltoid is worked with push-ups, bench press, and front dumbbell raises. Standing lateral (side) dumbbell raises target the medial deltoid. Rear dumbbell raises (done while seated and bent at the waist, or lying face down on a flat bench) target the posterior deltoid.
- Biceps - The front of the upper arm. The best moves are biceps curls. They can be done with a barbell, dumbbells, or a machine. Other pulling movements like chin-ups and upright rows also involve the biceps.
- Triceps - The back of the upper arm. Exercises include pushing movements like push-ups, dips, triceps extensions, triceps kick-backs, and overhead (French) presses. The triceps also come into play during the bench press and military press.
Sequence and Speed
When doing a series of exercises, you generally start with the larger muscle groups and compound movements and work toward the smaller muscle groups and isolation movements. This allows you to do the most demanding moves when you're the least fatigued. For example, you're less likely to lose your balance during a lunge if you do the lunges before exhausting the muscles of quads and hamstrings with machine exercises. You'll use better form on your push-ups if you do them before fatiguing the triceps with presses or kick-backs.
The speed of the movement is also an important element of each exercise. A reasonable training pace is one to two seconds for the lifting (concentric) portion of the exercise and three to four seconds for the lowering (eccentric) portion of the move. Fast, jerky movements should be avoided. They place undue stress on the muscle and connective tissue at the beginning of the movement, substantially increasing the likelihood of an injury. Fast lifting also cheats you out of some of the strength benefits. When lifting at a fast pace, momentum (not the muscle) is doing a good deal of the work.
Sets and Reps
A set is a group of successive repetitions performed without resting. A rep or repetition is the number of times you repeat the move in each set. Therefore, if your instructions were to do 3 sets of 12 (3 x 12) biceps curls, you would curl the weight 12 times in a row to complete the first set. Then you'd put the weight down, rest a moment and do 12 more in a row to complete the second set, and so on until you've finished the prescribed number of sets for that exercise.
There have been studies showing similar strength gains from one, two, or three sets. Single set exercises are usually done to the point of failure, meaning to the point where you can't complete another full repetition. This is commonly referred to as high-intensity training or HIT. Multiple set exercises are usually done with one to three minutes of rest between each set. An advantage of single set training is that it requires less time in the gym. An advantage of multiple set training is that the longer training session can result in higher calorie expenditure.
Resistance and Range
The number of repetitions chosen for each exercise depends on the amount of resistance (weight) you're using. Maximum resistance is the most weight you can lift with proper form one time. In general, most people can complete 6 repetitions with 85% of their maximum resistance, 8 repetitions with 80% of maximum resistance, 10 repetitions with 75% of maximum resistance, 12 repetitions with 70% of maximum resistance and 14 repetitions with 65% of maximum resistance. Training with more than 85% of your maximum resistance increases the risk of injury, and training with less than 65 percent of maximum resistance decreases strength gains. So, a safe and productive training recommendation would be 8-12 repetitions using 70% to 80% of maximum resistance.
Full range of motion is an important component of proper form. Each exercise should be taken through the complete range of joint movement in a slow controlled manner, with emphasis placed on the completely contracted position. If a weight is so heavy that you have to jerk, bounce or swing to get it to the top of the movement, it's too heavy. Your form is compromised. Full-range of motion movements contract and strengthen the muscle you're working (the prime mover) and stretch the opposing (antagonist) muscle. This contributes to both muscle strength and joint flexibility.
Progression and Frequency
Progressive resistance is the key to any well designed strength program. This means that as your muscles adapt to a given exercise, you need to gradually increase the resistance or the repetitions to promote further gains. You should start out with a weight that allows you to do at least 8 repetitions of a particular exercise. Once you can complete 12 repetitions with that weight, you increase the weight by about 5 percent. Now, you're doing 8 repetitions with the slightly heavier weight. Once you've worked up to 12 repetitions with the heavier weight, you increase it by another 5 percent (or no more than 10%) and go back to doing 8 repetitions. The idea is to keep alternately increasing repetitions and resistance, so that you continue to see results.
Increases in muscle size and strength don't occur while you're training, they occur during the rest period between workouts. This is when your muscles recover and rebuild, gradually becoming bigger and stronger. The recovery process takes at least 48 hours. For this reason, strength training sessions should be scheduled no more frequently than every other day. If you prefer to train more often, you should avoid hitting the same muscle group on consecutive days.
And always pay attention to what your body tells you when it comes to pain and soreness.
With thanks to Dinky Neill, Personal Trainer
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| Common Exercise Errors |
SPS Clinics Ltd |
Are you making mistakes when you exercise that make your workout ineffective? Or worse yet, are you doing things that could lead to costly injuries? Whether you're a veteran or novice at exercising you need to be sure you're getting the best workout possible.
The American Council on Exercise (ACE) surveyed 3,000 certified fitness professionals and asked them what are the biggest mistakes they see people making in the gym, but you don't have to work out in a gym to make some of these top ten fitness fumbles:
- Not stretching enough. It's always a good idea to stretch for a few minutes prior to exercise concentrating on the muscles that will be used during the fitness activity. Most importantly, spending time stretching after a workout for about 8-10 minutes, while your muscles are still warm and pliable, will reap major benefits. Muscles that are flexible are far less likely to be injured than tight ones. (see above: click here Ray - where should this go?)
[For an excellent stretching resource read the Stretching and Flexibility FAQ]
- Not warming up prior to aerobic activity. Stretching is just part of the warm-up equation. Your entire body needs to be gradually warmed up to prepare it for the added demands of aerobic training. During warm-up your body re-routes blood to your extremities to efficiently deliver oxygen to the working muscles, your heart-rate gradually elevates so it can meet your increased need for oxygen, and your muscles gradually prepare to help you hit your peak stride. So, start out slowly for the first few minutes, your workout will be much more effective. (see above : click here)
- Not cooling down after any type of workout. Just as your body needs a warm-up it also needs a cool-down. Take some time to gradually let your heart-rate lower. Stopping aerobic activity abruptly can cause a number of problems such as blood pooling in your lower extremities or making you feel light-headed. Now is also a prime time to get in a good stretch that will provide you with lasting flexibility.
- Lifting too much weight. This is a sure-fire way to an injury and a painful one at that! Too much weight will contribute to poor form when lifting and create injury to other areas of the body in addition to the muscle you're targeting. Know your limits. The most effective workout is gradual progressive resistance training.
(see above: click here)
- Jerking while lifting weights. Lifting too much weight can contribute to jerking. The best way to strength train a muscle is by using slow, controlled movement. If you're jerking your weights you're inviting injury, especially to your back muscles.
- Exercising too intensely. The days of "no pain, no gain" are gone! If you're looking for effective weight loss, longer periods of moderately intense workouts are most effective. Short periods of high intensity training are fine when integrated into a circuit training workout or when used for athletic training. But for the average fitness enthusiast, too much intensity will only lead to soreness and burnout.
- Not exercising intensely enough. If you're looking for results you need to put effort into your fitness program. You don't want to overdo it, but you do want to get your heart elevated into it's target training zone. (see above: click here)
- Leaning heavily on the aerobic equipment e.g. "Stairmaster - Stepper" . If you find yourself leaning on the stepper you're cheating yourself out of an effective workout. Focus on setting the intensity level at the point where you can stand up straight while lightly resting your hands on the rails for balance. If you want to really improve your balance and workout, practice taking your hands off the rails and moving your arms as though you're actually going upstairs.
- Not drinking enough water. Contrary to most sports drink advertising, unless you work out for more than two hours per day, water will fill all your fluid needs. Be sure to drink at least 4 pints of water per day.
Consuming energy bars and sports drinks during moderate workouts
Most fitness professionals agree that unless you're exercising for more than 2 hours a day, energy bars and sports drinks aren't necessary. Unfortunately, high-energy generally means high-calorie when it comes to these products. Sticking to a healthy, well rounded eating plan and drinking plenty of water should meet most exercisers needs.
To learn more about putting together a healthy eating plan read The Food Guide Pyramid below: (click here)
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| 15 Exercise Misconceptions |
SPS Clinics Ltd |
Common Exercise Misconceptions
As the fitness industry continues to expand, so does the numbers of opinions regarding the components of the ultimate exercise program. Unfortunately, much of the information supporting these opinions is either completely false or born of half-truths leading to common misperception. The first and best way to judge information is to scrutinise the source. Some of the worst exercise suggestions are based on the testimony of famous, attractive or very fit individuals. While these attributes are certainly desirable, they do not necessarily guarantee individual expertise. Likewise, advertisements are notorious for manipulating facts and rendering them less than true in order to sell a product.
Although much of the misinformation that abounds regarding exercise is relatively harmless it can still prevent us from maximizing our wellness potential. Therefore, the following myths, misperceptions and popular notions that often derail and confuse the general population have been rectified to help set you straight on the road to physical fitness.
- Misconception 1:
If I weigh the same as I did in high school, ten years ago, I should be considered equally as fit.
Fact:
Not necessarily. The makeup of body weight is primarily the relationship between lean weight (muscle) and fat called body composition. While an indicator of good health, body composition is not a direct measurement of fitness. Time and lack of exercise diminish our muscle tissue and increase our body fat. This sad fact of the sedentary lifestyle has a direct negative effect on our level of fitness, even if the bathroom scale does not change.
- Misconception 2:
If I want to lose weight I should just exercise aerobically and not lift weights.
Fact:
Losing weight is primarily a factor of caloric expenditure or burning calories. When it is conditioned, lean muscle tissue is the very organ of the body that prefers fat as the fuel of choice during aerobic activity. To condition muscle tissue perform 20-30 minutes of circuit-style resistance training two to three times per week. This will help the body to burn fat more efficiently when exercising.
- Misconception 3:
As an older adult I've been told not to raise my arms above my head during exercise.
Fact:
The reason older adults are instructed not to reach above their head during exercise is that it raises blood pressure. However, it raises blood pressure only if the arms are left in the raised position. Lifting the arms up and down in a rhythmic fashion as in aerobics or resistance training is not only appropriate but is specific to life. Otherwise, older people should remove everything in cabinets and closets that are above their head and store everything at shoulder height and below. Likewise, they should never comb their hair or wave good-bye.
You can see how ridiculous some statements are even when there is a foundation of truth involved. If older people are expected to tip-toe through life afraid to move a certain way because they should fear a rise in blood pressure, then to be consistent we must be sure to tell them not to cough, sneeze, or have sex as well.
- Misconception 4:
I don't feel I'm really getting a good workout unless I'm sore for several days after exercising.
Fact:
This myth is probably the toughest to eliminate. However, the bottom line is that muscle soreness indicates physiological trauma, and is believed to result from inflammation and microscopic tears in the elastic tissues surrounding muscle fibres. What soreness does give us is sensory feedback. As human beings we want and need knowledge of results. The soreness is through information that convinces us that we have indeed worked hard.
Some personal trainers advocate that this trauma is necessary in order to develop muscle more effectively -- "No Pain, No Gain" mentality. In actuality, the continued effort to ensure such soreness induces what is known as overuse syndrome.
The best rule of thumb is to increase exercise time or difficulty by 5-10% after every four to six workouts.
- Misconception 5:
I know I've had a good workout if I sweat a lot.
Fact:
You should not gauge your workout by the amount of sweat you produce. Sweating is the body's cooling mechanism which reacts to ambient conditions, work intensity and individual differences.
- Misconception 6:
I know I'm working in my target heart rate zone in aerobics class because we take our pulse in the middle and at the end of each class.
Fact:
Pulse monitoring is actually an inaccurate method of determining heart rate. Heart rates change with the slightest variation in movement effort and rapid arm movement can raise heart rate values without increasing cardiovascular output. In addition minimal movement increases in the leg and hip area can increase both the heart rate and cardiovascular benefit. A heart monitor is the key to truly quantifying an exercise program.
- Misconception 7:
As an older adult, I can just garden for exercise.
Fact:
It's true that any movement is better than no movement. That is why gardening, since it involves a variety of movements, can be considered a positive step in the direction of physical wellness. The problem, however, is that the actual workload is unpredictable. The movements are random and the body is often in a vulnerable position, such as stooping to pull weeds, till the soil, or kneeling while planting. On the other hand, raking leaves could provide a more balanced workout.
- Misconception 8:
When I feel tightness or slight pain during exercise I just keep trying to stretch the muscle out.
Fact:
Spasm or contraction of muscle fibre can be caused by a variety of conditions from electrolyte imbalance to overuse injury. Cramping is actually the body's own protective mechanism, signalling you to stop and limit further damage. Granted, some muscle cramps are minor and can be stretched out successfully in order to resume activity. However, if the muscle spasm cannot be relieved by one or two simple stretches, then you may be experiencing a precursor to an injury. Discontinue the activity, ice the body part and consult your physician.
- Misconception 9:
If I lift weight I'll put too much stress on my joints.
Fact:
Actually the opposite is true. Joints become healthier with resistance training. Obviously, overloading a joint can lead to an injury. However, an appropriate prescription of resistance combined with prudent progression, controlled range of motion, and proper technique can be the best thing for any joint.
Simple movement or articulation of a joint provides nourishment by way of increased blood flow to a joint. Furthermore, the resistance strengthens the connective tissue (e.g., ligaments and tendons) which maintains the integrity of the joint and helps to prevent injury. Joints without consistent resistance training are weakened and vulnerable.
- Misconception 10:
As a woman, I don't want to lift weights because I don't want big bulky muscles.
Fact:
Don't worry, it won't happen. Women do not produce enough of the hormone testosterone for hypertrophy to occur. However, women can expect to achieve tone and definition from resistance training.
- Misconception 11:
I always wear a weight belt to protect my lower back when lifting weights.
Fact:
A weight belt does actually help protect the lower back by compressing the abdomen and stabilizing the trunk. However, a weight belt shouldnąt be worn for the entire workout because it can become a crutch when used during lighter weight lifting. The body should be trained to stabilize itself during the lesser intensities and the belt used only when additional stabilization is warranted.
- Misconception 12:
High protein drinks will maximize my muscle size.
Fact:
Such drinks may add to your size, but it may not be all muscle. The average human body needs approximately 1 gram of protein for every kilogram of body weight. This roughly translates to 70 grams of protein for a person at 154 pounds. Athletes may sometimes require 1.5 to 2.0 grams per kilogram of body weight. The average American diet provides approximately 2.2 grams of protein per kilogram of body weight. The problem with over consumption is that while the proper amount of consumed protein is used by the body for protein synthesis, the excess is converted to fat and stored. Therefore, the girth of a muscle may increase, yet much of it may be from deposits of intramuscular fat.
If a person is inclined to supplement their diet with additional protein, they should at least monitor their body composition regularly. Quantification of the weight lifting program should also be meticulous so as to try to isolate contributing variables.
- Misconception 13:
If I stop weight training, the muscles I've developed will turn to fat.
Fact:
Muscle and fat are as different as wood and metal. One cannot become the other. However, curtailing a resistance training program may allow the developed muscle tissue to atrophy (shrink). The decreased muscle tone combined with new fat deposits, due to the lack of exercise, tend to give the appearance of muscle that has turned to fat.
- Misconception 14:
I don't really need to lift weight or perform aerobics. I feel great with the flexibility classes I'm taking.
Fact:
Flexibility is truly a positive quality. However, flexibility does absolutely nothing for maintaining lean muscle tissue. You must strike a balance of aerobic work, anaerobic work or resistance training and flexibility.
- Misconception 15:
I am really working on my flexibility. My friends even say I'm double-jointed.
Fact:
There is no such thing as actually being double-jointed. Hyper mobility is the most accurate term for those who seem to have created such flexibility in the muscles that the joints appear abnormal. Some tension in the connective tissue helps maintain the integrity of the joint. Swimmers and gymnasts, for example, run the risk of serious injury by over-stretching connective tissue beyond its normal state of extensibility.
I found this section a long time ago on the web but unfortunately forgot to take the references. My apologies to the authors. If they should come across this page please contact me for your credit.
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| Healthy Eating |
SPS Clinics Ltd |
SPS Clinics are not qualified to offer dietry advice. However, just as with physiotherapists the truly qualified dieticians in the medical world in the UK must hold State Registration. Further information can be found at
British Dietetic Association
5th Floor, Elizabeth House
22 Suffolk Street, Queensway
BIRMINGHAM
UK
B1 1LS
Tel: +44 (0)121 643 5483
Fax: +44 (0)121 633 4399
info@bda.uk.com
www.bda.uk.com
We have however found the following information useful and hope that you do too
(PLEASE READ ALL DISCLAIMERS)
Fitnwell - Physical Training Specialist provides free advice for extended active living
www.jhudson.freeserve.co.uk
This site is owned and maintained by a former commissioned specialist officer in the Physical Training Branch of the British Royal Navy . He is able to offer as a public service, a free advice site, to enable you to keep fit and mobile well into old age.
It is not possible to extend life beyond the allotted span but it is possible to improve the quality of life, with a combination of fitness and mobility. You will easily learn how to put together a programme to suit your own ability level
10 Tips To Healthy Eating
Experts agree the key to healthy eating is the time-tested advice of balance, variety and moderation. In short, that means eating a wide variety of foods without getting too many calories or too much of any one nutrient. These 10 tips can help you follow that advice while still enjoying the foods you eat.
- Eat a variety of nutrient-rich foods. You need more than 40 different nutrients for good health, and no single food supplies them all. Your daily food selection should include bread and other whole-grain products; fruits; vegetables; dairy products; and meat, poultry, fish and other protein foods. How much you should eat depends on your calorie needs. Use the Food Guide Pyramid and the Nutrition Facts panel on food labels as handy references.
- Enjoy plenty of whole grains, fruits and vegetables. Surveys show most Americans don't eat enough of these foods. Do you eat 6-11 servings from the bread, rice, cereal and pasta group, 3 of which should be whole grains? Do you eat 2-4 servings of fruit and 3-5 servings of vegetables? If you don't enjoy some of these at first, give them another chance. Look through cookbooks for tasty ways to prepare unfamiliar foods.
- Maintain a healthy weight. The weight that's right for you depends on many factors including your sex, height, age and heredity. Excess body fat increases your chances for high blood pressure, heart disease, stroke, diabetes, some types of cancer and other illnesses. But being too thin can increase your risk for osteoporosis, menstrual irregularities and other health problems. If you're constantly losing and regaining weight, a registered dietician can help you develop sensible eating habits for successful weight management. Regular exercise is also important to maintaining a healthy weight.
- Eat moderate portions. If you keep portion sizes reasonable, it's easier to eat the foods you want and stay healthy. Did you know the recommended serving of cooked meat is 3 ounces, similar in size to a deck of playing cards? A medium piece of fruit is 1 serving and a cup of pasta equals 2 servings. A pint of ice cream contains 4 servings. Refer to the Food Guide Pyramid for information on recommended serving sizes.
- Eat regular meals. Skipping meals can lead to out-of-control hunger, often resulting in overeating. When you're very hungry, it's also tempting to forget about good nutrition. Snacking between meals can help curb hunger, but don't eat so much that your snack becomes an entire meal.
- Reduce, don't eliminate certain foods. Most people eat for pleasure as well as nutrition. If your favourite foods are high in fat, salt or sugar, the key is moderating how much of these foods you eat and how often you eat them.
Identify major sources of these ingredients in your diet and make changes, if necessary. Adults who eat high-fat meats or whole-milk dairy products at every meal are probably eating too much fat. Use the Nutrition Facts panel on the food label to help balance your choices.
Choosing skim or low-fat dairy products and lean cuts of meat such as flank steak and beef round can reduce fat intake significantly.
If you love fried chicken, however, you don't have to give it up. Just eat it less often. When dining out, share it with a friend, ask for a take-home bag or a smaller portion.
- Balance your food choices over time. Not every food has to be "perfect." When eating a food high in fat, salt or sugar, select other foods that are low in these ingredients. If you miss out on any food group one day, make up for it the next. Your food choices over several days should fit together into a healthy pattern.
- Know your diet pitfalls. To improve your eating habits, you first have to know what's wrong with them. Write down everything you eat for three days. Then check your list according to the rest of these tips. Do you add a lot of butter, creamy sauces or salad dressings? Rather than eliminating these foods, just cut back your portions. Are you getting enough fruits and vegetables? If not, you may be missing out on vital nutrients.
- Make changes gradually. Just as there are no "superfoods" or easy answers to a healthy diet, don't expect to totally revamp your eating habits overnight. Changing too much, too fast can get in the way of success. Begin to remedy excesses or deficiencies with modest changes that can add up to positive, lifelong eating habits. For instance, if you don't like the taste of skim milk, try low-fat. Eventually you may find you like skim, too.
- Remember, foods are not good or bad. Select foods based on your total eating patterns, not whether any individual food is "good" or "bad." Don't feel guilty if you love foods such as apple pie, potato chips, candy bars or ice cream. Eat them in moderation, and choose other foods to provide the balance and variety that are vital to good health.
International Food Information Council Foundation
1100 Connecticut Avenue, N.W.
Suite 430
Washington, DC 20036
Reprinted from the International Food Information Council Foundation, 1994
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| The Food Guide Pyramid |
SPS Clinics Ltd |
An American concept but pretty sound advice
You will need to convert Imperial / Metric:
You've probably seen the Food Guide Pyramid a lot. Maybe you've come across it printed on the pages of a book, or maybe you've seen it hanging out on a wall poster. Maybe you've looked at it on a cereal box while you munched away. Maybe you've caught yourself absentmindedly staring at it and trying to remember what its function is, other than to show food piled in a triangle shape.
The Food Guide Pyramid is a great way to explain visually the types of foods that make up a good diet. It also shows how much of these foods you need to stay healthy. It was designed in a pyramid shape (instead of a cube, for example) to show the relationship of food groups to one another. The foods at the widest part should provide the majority of calories in your diet. As the pyramid becomes narrower, the contribution of each type of food gets smaller.
The Food Guide Pyramid lists the number of servings that should be eaten from each part of the pyramid each day. Keep in mind that this is the suggested number of servings, based on what the majority of Americans need in the way of nutrients. If you are going through a growth spurt or play a lot of sports or are otherwise very physically active, you may need more servings from different parts of the pyramid. Also, the pyramid suggests a range of servings. Some people need numbers at the low end of the range while others need numbers at the high end.
Bread, Cereal, Rice, and Pasta Group
This group is at the bottom of the pyramid, which means that you should be getting most of your nutrients from these foods each day. These foods contain the largest amounts of carbohydrate, the body's most preferred type of fuel. As an added bonus, this food group also offers good-sized amounts of B vitamins and iron.
The Food Guide Pyramid suggests that people eat six to 11 servings from the bread, cereal, rice, and pasta group each day. This may sound like a lot, but keep in mind the types and amounts of food that count as one serving:
- one slice of bread
- 1/2 cup of cooked rice or pasta
- 1/2 cup of cooked cereal
- 1 ounce of cold cereal
- 1/2 of a small bagel or English muffin (A deli bagel can provide can provide 4 or even 5 servings of a carbohydrate!)
Vegetable Group
This group is in the lower portion of the pyramid, which means that several daily servings of vegetables are needed for a healthy diet. Unfortunately, most teenagers (and adults, for that matter) don't eat the amounts of vegetables they need every day.
Vegetables are important because they provide the body with many vitamins and minerals. Veggies like carrots are a great source of vitamin A, and spinach contains vitamins A and E. Tomatoes are full of vitamin C, and broccoli has a great mix of all of the above.
Vegetables also provide the body with energy-producing carbohydrates, as well as fiber. Fiber is a big part of staying healthy: it keeps things moving along the digestive tract, prevents constipation, and helps prevent some types of cancer and heart disease.
The Food Guide Pyramid recommends three to five servings from the vegetable group each day. A few examples of what counts as one serving:
- 1/2 cup of cooked vegetables
- 1 cup of raw vegetables
- 3/4 cup of vegetable juice
Fruit Group
Like the vegetable group, the fruit group resides near the bottom of the pyramid. Several daily servings from the fruit group are necessary for a healthy diet.
Fruit is important because it provides the body with the vitamins it needs to look and function right. The fruit group is the best place for getting the vitamin C your body needs: it's found in oranges, strawberries, watermelon, and lots of other fruits.
Fruit also gives the body simple carbohydrates to use for quick energy. As an added bonus, fruit is fiber-filled. Fiber has many health benefits.
The Food Guide Pyramid recommends that people eat two to four servings from this group each day. Some examples of what makes up a serving:
- 1 medium-sized apple, banana, or orange
- 1/2 cup of cooked or canned fruit
- 1/2 cup of fruit juice (orange, grapefruit, or cranberry, for example)
Milk, Yogurt, and Cheese Group
This group is a bit higher in the pyramid - this doesn't mean that it's less important, but that fewer daily servings are necessary. Consuming foods from this group is the number-one way to get the calcium your body needs. And these foods can pack a protein punch as well, making them doubly important for good health.
The Food Guide Pyramid suggests two to three servings from the milk, yogurt, and cheese group each day. Some examples of what makes up one serving:
- 1 cup of low-fat or nonfat milk
- 1 cup of low-fat or nonfat yogurt
- 1 1/2 to 2 ounces of cheese
Meat, Poultry, Fish, Beans, Eggs, and Nuts Group
Like its next-door neighbour, the milk, yogurt, and cheese group, this part of the pyramid represents foods that are needed for good health, but your body needs them in lesser amounts. These foods all provide you with protein and iron.
The Food Guide Pyramid suggests that people eat two to three servings from the meat, poultry, fish, beans, eggs, and nuts group each day. A few examples of what counts as one serving:
- 2 to 3 ounces of cooked lean meat, poultry, fish, or tofu or the equivalent
- 1 egg, 1/2 cup cooked dry beans (pinto, black, and navy are types of dry beans), or 2 tablespoons of peanut butter count as 1 ounce of lean meat
Fats, Oils, and Sweets
This section of the Food Guide Pyramid is somewhat different from the other parts; it's not actually a "group." Fats, oils, and sweets are at the topmost part of the pyramid because, while your body needs them, it only needs a very small amount. And while sugary sweets can contain simple carbohydrates for quick energy, they almost always also contain fat and loads of calories and are very light on important nutrients.
The Food Guide Pyramid suggests that people should eat these types of foods sparingly, or in moderation.
Updated and reviewed by: Jessica Donze, RD, CDE
Date reviewed: June 2001
Originally reviewed by: Neil Izenberg, MD and Heidi Kecskemethy, RD, CSP
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