Showing posts with label Training. Show all posts
Showing posts with label Training. Show all posts

Tuesday, June 22, 2010

Pet Health Pictures Slideshow: Exercising With Your Dog (Part 3)



Sunday, April 11, 2010

MMA Conditioning Workouts


The common misconception that many new MMA Fighters and Athletes have is that just having the ability and endurance to run 5 miles a day will somehow translate in the MMA fighter's ability to shave the proper MMA conditioning they will need to fight in the ring.

In order for the MMA Fighter to perform at a high level, during the whole fight they are going to need to train in multiple "levels" of endurance training. These types or levels of endurance relate to the muscles and their ability to perform with and without oxygen. The types of endurance training an MMA fighter most focus on is...

  • Aerobic Endurance - The ability of your muscles to perform with oxygen over long periods of time
  • Anerobic Endurance - The ability of your muscles to perform without oxygen.
  • Anaerobic Threshold - A level of exercise intensity beyond which the body cannot consume oxygen fast enough to support the energy demand. As a result, lactic acid begins to rapidly accumulate in the working muscles, hastening exhaustion.
  • Vo2Max - the maximum capacity of an individual's body to transport and utilize oxygen during physical activity.

Increasing your Fight Endurance

Increasing your endurance really means increasinh the levels and capabilities of your...

  1. Anaerobic Threshold
  2. Vo2Max
  3. Ability to relax

Increase Anaerobic Thershold

To improve your threshold you need to be perform activities at a VERY high intensity for up to 2 minutes. When performing these activities, your body learns to cope with increase lactate levels. Common exerises for increasing your Anaerobic Thershold would be any type of high intensity sprinting (running or swimming), high intensity circuit weight training, bodyweight conditioning exercises, high intenstity grappling and sparring.

When training to improve your Vo2Max - longer periods of exercise at a lower intensity. Swimming is an excellent way to increase your Vo2Max.

Relaxtion plays a huge role in the ability for a MMA fighter to perform in the cage. The ability to relax comes from experience and mental preparation. Some key tips for increasing your ability to relax during fight time are...

  1. Hard sparring and fight training: If the training is brutal and hard, the fight is a welcome release. Challenge yourself outside the cage so that the MMA fight is easy.
  2. Fight visualization - imagine everything about the fight, from getting your hands wrapped, walking out, hearing your music, entering the cage, touching gloves, the initial exchange, the techniques you before, and you WINNING the fight.
  3. Start small - enter grappling or boxing fights first, this will prepare you for the big show.

Sample Workout Circuits

The best way to condition yourself for a fight is to condition yourself according to the rounds and time of the fight. If you fight is 4 minute rounds with one minute rest, perform your exercises non-stop for 4 minutes, take 1 minute rest and repeat or go on the next stations.

When training for conditioning, it is best to setup stations.

  • Station 1: Burpees 30 seconds
  • Station 2: Jump Rope 30 seconds
  • Station 3: Sprawl 30 Seconds
  • Station 4: Instense Jab Cross Combos 30 seconds

Rest

  • Station 5: Sprawl to Double Takedown Exercise 30 Seconds
  • Station 6: Ground and Pound bag 30 Seconds
  • Station 7: Pushups 30 Seconds
  • Station 8: Jumping Squats 30 Seconds

Rest - Repeat 2 more times

You can see that you can mix in or up anything into these workouts. You can just do kicks on the bag one time, you can do all combinations on the bag, you could incorporate dumbbells, a sandbag, a parnter, etc. Get creative. As long as you keep moving at a high intensity pace, you will do well.

Friday, March 12, 2010

Interval Training


Interval Training

Week 1, Static Cycle.

Minutes RPE Notes
3 3 Warm up at low intensity
4 5 Increase resistance and/or pedal power
1 7 Increase resistance and/or pedal power
3 5 Decrease resistance and/or pedal power
1 8 Increase resistance and/or pedal power
2 5 Decrease resistance and/or pedal power
1 9 Increase resistance and/or pedal power
2 5 Decrease resistance and/or pedal power
1 9 Increase resistance and/or pedal power
3 5 Decrease resistance and/or pedal power
1 8 Increase resistance and/or pedal power
4 5 Decrease resistance and/or pedal power
1 7 Increase resistance and/or pedal power
3 3 Cool down at low intensity

Week 2, Cardio.

This week we increase the intensity by altering the duration. Static cycle.

Minutes RPE Notes
3 3 Warm up at low intensity
1 7 Increase resistance and/or pedal power
3 5 Decrease resistance an/or pedal power
1 8 Increase resistance and/or pedal power
2 5 Decrease resistance an/or pedal power
1 9 Increase resistance and/or pedal power
1 5 Decrease resistance an/or pedal power
1 9 Increase resistance and/or pedal power
1 5 Decrease resistance an/or pedal power
1 9 Increase resistance and/or pedal power
2 5 Decrease resistance an/or pedal power
1 8 Increase resistance and/or pedal power
2 5 Decrease resistance an/or pedal power
1 7 Increase resistance and/or pedal power
3 5 Decrease resistance an/or pedal power
3 3 Cool down at low intensity

Week 3, Cardio.

This week and the following weeks, we increase the Intensity. Static cycle.

Minutes RPE Notes
3 3 Warm up at low intensity
2 5 Increase resistance and/or pedal power
1 7 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
1 8 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
1 9 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
1 9 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
1 9 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
1 9 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
1 9 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
1 9 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
1 9 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
1 8 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
1 7 Increase resistance and/or pedal power
1 5 Decrease resistance and/or pedal power
3 3 Cool down at low intensity

Due to the nature of this super toning routine, your nutrition must be optimum and fluid intake must be of at least 2 litres per day.

This routine was designed by Doug Lawrenson, owner of Pro-Diets.com. Doug is an expert in both nutrition and training.

The Super Toning Training Routine


Author:
Doug Lawrenson

This routine is such that you must be prepared for hard training and you should ensure that your health is of such that you may embark on this type of routine. If you are not sure then seek medical advice before starting. If just starting out then you must cut the routine down until your level of fitness and level of resistance training is of such a level that you can complete all of this routine. If you are a beginner you should only complete 2 sets of the resistance training given below and only complete the first six minutes of the cardio routine and increasing week by week. Making sure that you complete the warm up, stretch, and cool down given below.

It is very important that you warm up before training, and after the warm up you should complete some muscle stretching, and cool down after your training routine.

Warm Up.

The first part of any training routine is the warm-up, it should increase the heart rate, blood pressure, oxygen consumption, dilate the blood vessels, increase elasticity of the active muscles, and increase the heat produced by the muscle groups to be used during exercise.

A proper warm-up consists of two phases:

  1. A graduated aerobic warm-up activity - This is a warm-up to get the blood flowing to the muscles. This also heats up the working muscles making them less prone to injury. Any aerobic activity done at the very low intensity can serve to warm-up the muscles, tendons, and ligaments.
  2. Stretching and flexibility – This is to be performed on the muscle groups you will be exercising during the cardiovascular activity. (An example would be a quadriceps stretch before bicycling).

The warm-up phase should last anywhere from 5 – 10 mins.

Cool Down

The purpose of a cool down is to slowly decrease the cardiovascular work and overall metabolism that were elevated during the cardiovascular activity. A cool down consists of slowing down the intensity level of the cardiovascular activity you are performing slowly. Stopping exercise suddenly can be dangerous. A cool down keeps the body circulating blood and keeps blood from pooling in the veins. A proper cool down should last about 5 – 10 min for each thirty minutes of exercise if the cardiovascular activity is performed for longer periods or is of higher intensity the cool down phase should last longer.

Stretching Before Training

Stretching before your training routine has positive effects on your posture and mobility, and can also reduce the risk of injury. Here is a list of basic stretching exercises.

Upper back stretch.

From a standing position, grasp a stationary object (such as a pole or exercise machine) with both hands. Bend the knees and sit back so that your arms are fully extended and supporting your weight. Shift your weight to the right to isolate the right portion of your latissimus muscle (side of back). Hold this position for 20 – 30 seconds, and then shift your weight to the left. Complete 1 – 3 repetitions.

Triceps stretch. (back of arm)

From a standing position, raise your right arm over your head. Bend your elbow so that your right hand is behind your head. With your left hand grasp your right wrist or elbow and pull it back as far as comfortably possible, pointing your right elbow toward the ceiling. Hold this position for 20 -30 seconds then repeat the process with your left arm. Complete 1 – 3 repetitions with each arm.

Chest stretch.

From a standing position, grasp a stationary object (such as a piece of exercise equipment or a pole) with your right hand. Your arm should be straight and roughly parallel to the ground. Slowly turn away from the object, allowing your arm to go as far behind the body as comfortably possible. Hold this position for 20 – 30 seconds, and then repeat the process with your left arm. Complete 1 – 3 repetitions on each side.

Shoulder stretch.

From a standing position, Grasp your right wrist or elbow with your left hand. Without turning your body, slowly pull your right arm across your torso as far as comfortably possible. Hold this position for 20 – 30 seconds, and then repeat the process with your left arm. Complete 1 – 3 repetitions with each arm.

Bicep stretch (front or arm).

From a standing position, extend your right arm forward with your palm facing up. Place your left palm underneath your right elbow. Slowly straighten your right arm as much as comfortably possible, pressing your elbow down into your left hand. Hold this position for 20 – 30 seconds, and then repeat the process with your left arm. Complete 1 – 3 repetitions with each arm.

Glute/Hamstring stretch (backside and back of leg).

Sit on the floor with your legs straight and slowly bend forward. Allow your hands to travel down along the line of your body as far as comfortably possible. When you feel an intense stretch in your hamstrings, (back of the leg) grab onto your legs and hold this position for 20 – 30 seconds. Complete 1 – 3 repetitions with each leg.

Quadriceps stretch (front of thigh).

From a standing position, grasp a stationary object (such as a pole or exercise machine) with your right hand. Bend your left knee and bring your left foot toward your backside. Grasp your left ankle or foot with your left hand and slowly lift your foot as high as comfortably possible. Hold this position for 20 – 30 seconds and then repeat on the other leg. Complete 1 – 3 repetitions on each leg.

Calf stretch (rear of lower leg).

From a standing position, grasp a stationary object (such as a piece of exercise equipment or pole) with both hands. Bend your right knee and bring your left leg behind your body as far as possible whilst keeping your feet flat on the floor. Slowly lean forward without lifting your left heel. Hold this position for 20 – 30 seconds then repeat the process for the left leg.

Abdominal stretch (stomach muscles).

From a standing position, place your hands on your sides and slowly lean back as far as comfortably possible. For added effect and to enhance the stretch on the oblique muscles, (muscles on upper side of waist) lean to your left and then to your right while performing this stretch. Complete 1 – 3 repetitions.

Resistance Training.

In the routine given tomorrow, you will complete two to four sets of each exercise. You will finish all sets for each given exercise before moving onto the next exercise.

You must complete 8 – 10 reps (repetitions) for each exercise; this is the ideal amount of reps for muscle hypertrophy (tone). The reasons why we must complete this number of repetitions are:

  • Maximum growth can only be achieved by activating the full spectrum of muscle fibres, and a moderate rep scheme will accomplish this better than a low rep range or even a very high rep range. Both of the fast twitch and slow twitch muscle fibres are brought into play, and the time the muscle is under tension is long enough to work the muscles to their fullest potential.
  • Moderate reps have also been shown to maximise the release of various hormones, including testosterone and growth hormone. This is facilitated by the accrual of lactic acid. It has been shown that lactate promotes hormonal excitation, which then acts on the muscle cell to induce growth.
  • Moderate repetition has been shown to cause a distinct “pump” in the muscle in which your muscles fill up with blood. This not only provides a temporary fullness to your muscles, but also increases the hydration within muscle cells. Studies have demonstrated that a hydrated cell stimulates protein synthesis and inhibits protein breakdown (proteolysis). Therefore muscles will be provided with the raw materials to lay down new contractile proteins, which is the primary basis for muscle growth.

In relation to the overload principle, the weight you choose must be heavy enough that the last few reps must be a struggle, and you may not be able to complete all the reps, therefore if you are able to complete the full amount of reps quite easily then the weight is to light. If you are not able to complete at least eight reps then the weight is too heavy and must be dropped. It may take you a couple of sessions to get the weights right.

Rests between sets will be 60 – 90 seconds between sets, this has been proven to be sufficient so that you can be strong on the next sets whilst keep your anabolic levels high.

The workouts given below should not be done on consecutive days but ideally on a Mon, Wed and Friday. The days in between will be days that cardiovascular training will be done (details given below).

See tomorrow's posting for those workouts!

Interval training: Can it boost your calorie-burning power?


Interval training is a powerful tool for novice exercisers and accomplished athletes alike. Here's how it works.

By Mayo Clinic staff

Are you ready to shake up your workout routine? Do you wish you could burn more calories without spending more time at the gym? Consider aerobic interval training. Once the domain of elite athletes, interval training has become a powerful tool for the average exerciser, too.

What is interval training?

It's not as complicated as you might think. Interval training is simply alternating bursts of intense activity with intervals of lighter activity.

Take walking. If you're in good shape, you might incorporate short bursts of jogging into your regular brisk walks. If you're less fit, you might alternate leisurely walking with periods of faster walking. For example, if you're walking outdoors, you could walk faster between certain mailboxes, trees or other landmarks.

What can interval training do for me?

Whether you're a novice exerciser or you've been exercising for years, interval training can help you jazz up your workout routine. Consider the benefits:

  • You'll burn more calories. The more vigorously you exercise, the more calories you'll burn — even if you increase intensity for just a few minutes at a time.
  • You'll improve your aerobic capacity. As your cardiovascular fitness improves, you'll be able to exercise longer or with more intensity. Imagine finishing your 60-minute walk in 45 minutes — or the additional calories you'll burn by keeping up the pace for the full 60 minutes.
  • You'll keep boredom at bay. Turning up your intensity in short intervals can add variety to your exercise routine.
  • You don't need special equipment. You can simply modify your current routine.

How will my muscles respond to interval training?

During intense exercise, muscles produce waste products that can contribute to muscle soreness. Too many accumulated waste products can make exercise painful and exhausting. But by alternating bursts of intense exercise with easier intervals, you'll help reduce the buildup of waste products in your muscles. The result is more comfortable exercise.

Are the principles of interval training the same for everyone?

Yes — but you can take interval training to many levels. If you simply want to vary your exercise routine, you can determine the length and speed of each high-intensity interval based on how you feel that day. After warming up, you might increase the intensity for 30 seconds and then resume your normal pace. The next burst of more intense activity may last two to three minutes. How much you pick up the pace, how often and for how long is up to you.

If you're working toward a specific fitness goal, you may want to take a more scientific approach. A personal trainer or other expert can help you time the intensity and duration of your intervals — which may include movement patterns similar to those you'll use during your sport or activity — based on your target heart rate, the ability of your heart and lungs to deliver oxygen to your muscles (peak oxygen intake) and other factors. This type of interval training also adds variety to your workout, but it requires more discipline and concentration.

Does interval training have risks?

Interval training isn't appropriate for everyone. If you have a chronic health condition or haven't been exercising regularly, consult your doctor before trying any type of interval training.

Also keep the risk of overuse injury in mind. If you rush into a strenuous workout before your body is ready, you may hurt your muscles, tendons or bones. Instead, start slowly. Try just one or two higher intensity intervals during each workout at first. If you think you're overdoing it, slow down. As your stamina improves, challenge yourself to vary the pace. You may be surprised by the results.

Thursday, March 11, 2010

Interval Training Builds Fitness Fast


Vary Your Training Intensity to Boost Your Performance

By Elizabeth Quinn, About.com Guide

Updated: April 19, 2009

About.com Health's Disease and Condition content is reviewed by the Medical Review Board

Interval training has been the basis for athletic training routines for years. The first forms of interval training, called "fartlek" involved alternating short, fast bursts of intensive exercise with slow, easy activity. Fartlek was casual, unstructured training that perfectly fit its English translation: "speed play."

What is Interval Training?

The interval programs of today have become highly sophisticated methods of structured training for athletic performance enhancement. Physiologists and trainers have designed interval programs that are specifically suited to individual athletes. These sessions include precisely measured intervals that match the athlete's sport, event and current level of conditioning. Often the appropriate intensity and duration of the intervals is determined by the results of anaerobic threshold testing (AT) that includes measuring the blood-lactate of an athlete during intense exercise.

How Interval Training Works

Interval training works both the aerobic and the anaerobic system. During the high intensity effort, the anaerobic system uses the energy stored in the muscles (glycogen) for short bursts of activity. Anaerobic metabolism works without oxygen. The by-product is lactic acid, which is related to the burning sensation felt in the muscles during high intensity efforts. During the high intensity interval, lactic acid builds and the athlete enters oxygen debt. During the recovery phase the heart and lungs work together to "pay back" this oxygen debt and break down the lactic acid. It is in this phase that the aerobic system is in control, using oxygen to convert stored carbohydrates into energy.

The Benefits of Interval Training

This repetitive form of training leads to the adaptation response. The body begins to build new capillaries, and is better able to take in and deliver oxygen to the working muscles. Muscles develop a higher tolerance to the build-up of lactate, and the heart muscle is strengthened. These changes result in improved performance particularly within the cardiovascular system.

Interval training also helps prevent the injuries often associated with repetitive endurance exercise, and they allow you to increase your training intensity without overtraining or burn-out. In this way, adding intervals to your workout routine is a good way to cross train.

According to the American College of Sports Medicine, more calories are burned in short, high intensity exercise. If you are counting calories burned, high intensity exercise such as intervals are better than long, slow endurance exercise, but you may pay a price. Read more about the benefits and dangers of high intensity exercise.

You don't need to be a world-class athlete and have sophisticated blood analysis to take advantage of the benefits of interval training. The standard "speed play" training of fartlek works well for the rest of us. This type of interval work is based upon your subjective needs. Simply pay attention to how you feel and set your intensity and duration accordingly.

Interval Training Safety Tips

  • Warm Up before starting intervals
  • Assess current conditioning and set training goals that are within your ability
  • Start slowly. (for example: walk 2 minutes/ run 2 minutes) In general, longer intervals provide better results
  • Keep a steady, but challenging pace throughout the interval
  • Build the number of repetitions over time
  • Bring your heart rate down to 100-110 bpm during the rest interval
  • To improve, increase intensity or duration, but not both at the same time
  • Make any changes slowly over a period of time
  • Train on a smooth, flat surface to ensure even effort
  • You can also use circuit training as a form of interval training

Advanced Interval Training Workouts
You can take a more scientific approach to interval training by varying your work and recovery intervals based on your pre-determined goals. Here are the four variables you can manipulate when designing your interval training program:

  • Intensity (speed) of work interval
  • Duration (distance or time) of work interval
  • Duration of rest or recovery interval
  • Number of repetitions of each interval

Wednesday, February 24, 2010

The Science behind Fat Loss Training


by Stephen Holt, Stemulite Fitness Pro

Alwyn Cosgrove’s Real World Fat Loss Manual points out that…


* A 2004 diet study that shows a simple change can increase dietary compliance and fat loss by 96% — (and it’s not “eat less”!)
* A 1998 study that showed that the addition of 45 minutes of hard aerobic training, 5 times a week for twelve weeks – had no effect on fat loss
* A study from 1994 showed an interval training method that actually reduced body fat (skinfold measurements) nine times more than traditional cardio training — despite taking less time, and actually burning fewer calories per session
* A 1999 study showed that the addition of a specific resistance training program increased fat loss by 35% over diet plus aerobic training
* That same study also showed that 3 aerobic sessions of up to 50 mins, for 12 weeks (36 sessions) only increased fat loss by one pound over dieting alone
* A 2002 study used an Afterburn-type approach to training – and showed an elevation of metabolism for 38 hours post workout.

Alwyn Cosgrove – from Afterburn Extreme Fat Loss Training – Part II


by Stephen Holt, Stemulite Fitness Pro

Caloric expenditure

Fat loss is all about caloric expenditure. We must burn more calories than we take in, and the real key to doing this, as mentioned before, is not aerobic training, which will burn calories while you are doing it, its anaerobic training, which burns calories while you are doing it AND increases the calories burned for hours afterwards.

In the case of weight training, if we build muscle and keep it, that burns calories forever more. Even when you sleep!

The key with anaerobic training is what is known as EPOC. Anaerobic exercise burns a ton of calories while you are performing it. However, the metabolism remains elevated following this type exercise.

This was, at one time, referred to as the oxygen debt, but is now referred to as the excess post-exercise oxygen consumption (EPOC).

The recovery of the metabolic rate back to pre-exercise levels can require several minutes for light exercise (aerobic training), several hours for very heavy exercise (anaerobic cardio training), and up to 12 to 24 hours or even longer for prolonged, exhaustive exercise (interval training or circuit weight training).

The EPOC can add up to a substantial energy expenditure when totaled over the entire period of recovery. If the oxygen consumption following exercise remains elevated by an average of only 50 ml/min or 0.05 liter/min, this will amount to approximately 0.25 kcal/min or 15 kcal/hr.

If the metabolism remains elevated for five hours, this would amount to an additional expenditure of 75 kcal that would not normally be included in the calculated total energy expenditure for that particular activity.

This major source of energy expenditure, which occurs during recovery, but is directly the result of the exercise bout, is frequently ignored in most calculations of the energy cost of various activities.

If the individual in this example exercised five days per week, he or she would have expended 375 kcal, or lost the equivalent of approximately 0.1 pounds of fat in one week, or 1.0 pounds in 10 weeks, just from the additional caloric expenditure during the recovery period alone.

This is the key to maximizing the return on your exercise investment.

The next obvious idea is – if you trained the next day while your metabolism is still elevated, will we have an even higher return – is the effect accumulative? Is the whole greater than the sum of the parts? (these are great questions. where are the answers?)

Science has yet to give us an answer, however in the real world, I think so. I have seen amazing results with my clients using this exact protocol.

Interval training


So is there a better way of performing cardio workouts to prevent these adaptations, and rapidly improve fat loss results? Yes. The key is to perform what is known as interval training.

Interval training simply refers to a series of intense activity separated with short rest periods.

Through using interval training you are able to exercise at a higher intensity without getting tired. In other words – because we alternate the periods of high intensity work, with periods of lower intensity work – you are able to do much more work in the same time period than you were before.

The beauty of this is as you improve, the work intervals can get harder and harder, and the recovery intervals can be shortened, or performed at a higher speed.

In fact, there is no end in sight, and no downside to interval training (other than it is really hard).

Wednesday, December 23, 2009

Strength Training Over Age 50

Are there special guidelines for aging athletes?

By Elizabeth Quinn, About.com Guide

Updated: July 08, 2008

The American College of Sports Medicine (ACSM) now has fitness guidelines specific to weight training for people over 50. The advice: perform such exercises 2 to 3 times a week to condition all of the major muscle groups -- arms, legs, shoulders, and trunk. The goal is to lift a weight that's heavy enough to achieve 10 to 15 repetitions per session before the muscles become fatigued.

Most older individuals are well aware that they need regular aerobic exercise, such as walking, swimming, or running, to strengthen their heart and lungs and tone their bodies, but many dismiss weight training (also called resistance training) as an activity predominantly for the young or the vain. However, it is the only type of exercise that can substantially slow, and even reverse, the declines in muscle mass, bone density, and strength that were once considered inevitable consequences of aging. Unlike aerobic, or endurance, activities, which improve cardiovascular fitness and require moving large muscle groups hundreds of times against gravity, weights provide so much resistance that muscles gain strength from only a few movements. Resistance is usually provided by free weights or machines, but individuals can also get stronger by exercising in water.

People shouldn't experience pain while lifting weights, but it's normal to feel some soreness the next day. Experts believe that as muscles are challenged by the resistance of a weight, some of their tissue breaks down; as the muscles heal, they gradually increase in strength and size. Although muscles should be worked until they are fatigued, common sense will dictate when it's time to stop. If you feel joint or nerve pain, or are putting a tremendous amount of strain on any part of the body, you're probably going overboard and can harm yourself. Because strains, sprains, and tissue damage can take weeks or even months to heal, preventing injury should be a priority. Although many older people who are inactive but want to get moving may think that a pair of walking shoes is a wiser investment than a set of weights, the opposite may actually be true, say fitness experts. People who have been sedentary for long periods are at high risk for falls because their muscle tone is weak, flexibility is often limited, and balance may be precarious. To reduce the risk of falls and injury, people over 60 who haven't recently been active should begin by strengthening their legs, arms, and trunk muscles with 3-4 weeks of weight training 2-3 times a week before walking long distances or engaging in other aerobic exercise.

Because aerobic activity and strength training are each important for health, the ACSM recommends that able adults do both on a regular basis; 20 to 60 minutes of aerobic activity is advised 3 to 5 days a week and weight training should be done for 20 to 30 minutes 2 to 3 times a week. The guidelines also suggest that people perform stretching exercises -- which increase the range of motion, or amount of movement, of joints -- a minimum of 2 to 3 times a week.

In general, as people grow older, their muscle fibers shrink in number and in size (atrophy) and become less sensitive to messages from the central nervous system. This contributes to a decrease in strength, balance, and coordination. Although there is no question that people experience at least some of these declines at about age 40, the extent to which they occur depends on a number of factors, including genetics, diet, smoking and alcohol use, and -- most important -- physical activity level. Indeed, recent research has indicated that inactivity is responsible for the majority of age associated muscle loss. Fortunately, resistance exercise can reverse much of this decline by increasing the size of shrunken muscle fibers.

It is also well known that weight training can increase bone mass, which lowers the risk of developing osteoporosis and fractures. Strength training adds more weight to the skeleton by building muscle; this stimulates the bones to strengthen and grow to bear the heavier load on the muscles. Once achieved, much of the gain can be maintained through weight-bearing endurance activities such as brisk walking, stair climbing, and aerobics. Resistance exercise can also help older people live independently by giving them the strength they need to perform everyday tasks. There is even evidence that resistance exercise can help people sleep better and can improve the mood of mildly to moderately depressed individuals. And because proper strength training doesn't apply stress directly to joints, it is ideal for people with arthritis; indeed, rheumatologists often recommend it. Although it cannot reverse arthritic changes, lifting weights helps alleviate symptoms by strengthening the muscles, tendons, and ligaments that surround joints.

Wednesday, October 07, 2009

Vast Applications

Individualization has vast implications for your entire fitness program— not just exercise. For instance, just because 99% of Americans rely on commercial gyms for their fitness needs doesn't mean that YOU have to. You may prefer to train at home, or even outdoors. Today, people have access to an almost limitless variety of exercise modalities, including aqua fitness, martial arts, elastic resistance bands, yoga, dance, you name it. Many roads lead to Rome, so do what you enjoy.

Smart athletes also know that nutrition must be individualized as well. Case in point: English bodybuilder and elite strength athlete Gary Taylor. Despite the conventional advice of eating a high protein diet, Gary feels he does best on high carbs and low protein. With a 600 pound behind-the-neck push press to his credit, it's hard to argue with his unique approach.

Your goals don't need to be structured in conventional ways, either. While most seek more muscle or strength, you might find more satisfaction pursuing other objectives, such as everyday functional ability, or simply the sense of well-being that comes with following an exercise program. It's important to enjoy the process of training. If you're getting the results you want, don't change a thing. But if you're still not satisfied, try the suggestions we've outlined here. Lastly, remember that your individuality is a dynamic concept. As you progress, your exercise program must be constantly modified.

That's right. Your body will help determine what you need. If you get stuck, get some help.

Not only do our fitness goals determine what type of exercise we should do, but also our personalities. Some people find gyms boring, but they love salsa or bhangra class. I chose martial arts because I'm rambunctious, and I supplement it with weight training & cardio. One one person likes, another doesn't.

You probably won't see me running any marathons. Not because I can't, but because it doesn't interest me. However, some people get complete ecstasy from it. The point is, choose the activity you like most and work around that to determine the best way for you to be fit.

-Melissa


Thursday, July 30, 2009

Physical Training Routine

Physical Training Routine


WARM-UP

5 minutes on the seated row with a low weight


STRETCHES

Hamstring/Calf Stretch (10-15 seconds each side)

Crossed Leg Hip Opener (10-15 seconds each side)

Runner’s Lunge with hands behind your back (10-15 seconds each side)

Runner’s Lunge grabbing back leg with your hands (10-15 seconds each side)

Leaning over hamstring/side back stretch (10-15 seconds)

Leaning over inner thigh/side of back stretch (10-15 seconds)

Seated torso stretch (10-15 seconds)

Rear shoulder/neck stretch (10-15 seconds each side)

Dancer torso/hip stretch (10-15 seconds each side)

Cat/Cow (10 times)


EXERCISES: 18-20 REPS EACH


Upper Body

Chest Press

Bicep curls with arms at your sides or Reverse grip bicep curls or Cable curl

Triceps (your choice)

Lateral Raise

Lateral Pull down

Chest Flyes


Lower Body

Lunges

Squats or Dumbbell Squat

Pelvic Thrust

Hamstring Curl (foot on foot)

Leg Press

Leg Curl

Leg Extension


Abs/Back

Super Girls

Super Girls with rotation

Ab curl

Ab curl combo

Oblique V-ups

Legs up to the air

Plank

Saxon side stretch