Feeds:
Posts
Comments

Posts Tagged ‘physical fitness’

 

Welcome to Part II on “Losing Weight and Getting Into Shape in the New Year.” During Part II, I will cover the exercise component of my program. It will include preliminary information on exercise and losing weight, a sensible cardio program, warm-up exercises, weight training, cool down exercises, and a section on supplementation.

As a reminder I’d highly recommend you obtain your primary care physician’s green light before engaging in an intense program of exercise. First, there are a few preliminary things you need to know about exercise and losing weight.

As we all know life is precious. And, living a long life is highly desirable for all of us. With that thought in mind, it is very important that you realize that research may have found “the fountain of youth” after all!

“The One Thing you can do today to live Longer”[1]

Exercise.

“Yes, there’s that word again. But as you read, more and more research has emerged showing that exercise lengthens life. Consider just one piece of research: a 2012 study in the journal PLOS Medicine showed that 2.5 hours of moderate exercise per week (that’s half an hour of brisk walking a day for 5 days) increased life expectancy by 3.5 years. Those in the study upped their exercise intensity increased life expectancy by 4.2 years. Understand that this wasn’t a small group of college students measured over a few weeks. This review looked at data of more than 600,000 people. That’s one thing you can do to extend your life.

Exercise.”

 

First Things First—Those First Few Weeks of Exercise

Many people have different goals when they start to exercise, such as lose weight, look better, or maintain or improve one’s health. Here are some hints to understanding why you should not become disappointed at first when you’ve worked so hard yet that scale of yours doesn’t seem to cooperate. You’ll come to understand the term hydration and its importance. I found an article on the Spark People website (in the section Ask the Experts). This question was asked of the experts: I just started exercising to lose weight, but I’ve gained weight. Why did this happen?

According to Dean Anderson, Certified Personal Trainer, “When you start doing more exercise, your body begins storing more fuel in your muscle cells, where it can be used easily and quickly to fuel your workouts. The process of converting glucose (carbohydrates) into fuel that your muscles actually store and use (glycogen) requires three molecules of water for every molecule of glucose. As your muscles are building up glycogen stores, your body has to retain extra water for this purpose. That’s what causes most of the initial weight gain or lack of weight loss. This is a good thing—not something to worry about.

However, despite what the scale says, you are actually losing fat during this time. The extra water retention will stop once your body has adjusted to the new activity level. At that point, the scale should start moving down. You’ll end up with less fat, and muscles that can handle a larger amount.”

Realistic Expectations about Building Muscle Mass

The following is an article (posted April 7, 2014) online by Wannabebig.com. This article talks about setting realistic goals in your bodybuilding efforts. The essence of the article is that it takes time to build muscle, so please be patient. It may have taken some time to look like you do now, so it will take some time to alter how you look now.

“We all want more muscle, but packing on the weight isn’t as easy as just showing up. Find out how much muscle you can gain!”[2]

by Wannabebig.com Last updated: Apr 07, 2014

“One frequently asked question which always seems to plague gym instructors, Internet message boards, various magazines and books has to do with muscle gain. Many of us have heard or have overheard the local gym guru or the community fitness expert boasting about how much he/she has gained, or how one of their clients has gained 10 pounds in a month.

When someone hears this, a light goes on inside their head and it kicks off a series of thoughts that quickly translate into a set of unrealistic goals. I will say this: that from whichever mouth it comes, whether a highly regarded coach, trainer or a bodybuilder, the fact of the matter is that it’s physiologically impossible to achieve this muscle status! Later on, I’ll explain why.”[3]

 

mAKING Physical changes takes time

“Often, people making this claim have a faulty perception of how the body either works or are just super-optimistic. Of course, it’s not only the gym (freaks) that espouses this myth; it can be traced to numerous ads in a variety of muscle magazines lining the bookstore shelves. The bodybuilding industry, nowadays, thrives on people who are hungry for a quick change.

They are ready to buy into the notion that a change can be accomplished because a certain ad lays claims by way of an incredible cut and paste transformation. Frequently, it’s a beginner who testifies to the astounding feat of gaining 30 pounds over a period of several months.

This is, no doubt, a great achievement but most have been fooled into believing that a large percentage is muscle when most of it is due to an increase in glycogen stores, body fat and water.

It’s not my intention to dash your hopes or crush your dreams. I’d merely like you to know that the body simply cannot adapt at the speed claimed by many.”[4]

For example, Chris Thibaudeau of Iron Magazine Online states: “making physical changes takes time.”[5] This couldn’t be closer to the truth.

“So be forewarned that in your quest to change or morph yourself into the next Ronnie Coleman; the transformation is going to take more than a few months. Our bodies are equipped with systems that need to adapt together over a period. This is what you should bear in mind while working toward the goal of a more muscular physique.”[6]

So How Much Muscle Can You Gain?

“Sometimes we are our own worst enemy when it comes to gaining muscle. Nine times out of ten, most of us fail in the dedication department. What starts out as a carefully planned and calculated program, ends up hitting some bumps along the way.

However, even if we are dedicated (some may call it obsessed) and diligent about our nutrition with proper training and recuperation practices, we still would not be able to add more than one pound of muscle in a week. That’s right, only one pound per week–and this is assuming you’ve had a darn good week both inside and outside the gym! [7]

Hypertrophy

“Hypertrophy is enlargement or overgrowth of a muscle due to the increased size of the constituent cells. Increased training will result in an increase in the size of cells, while the number of cells stays the same.

Often, people believe that if they take in 3,500 more calories during a week that they will be successful at packing on slabs of muscle. However, the old adage that one pound equates to 3,500 calories is right for fat but not muscle. If you want to gain one pound of fat, then you should be taking in an extra 3,500 calories per week. Now there’s one way of putting on some weight!

As I mentioned earlier, the body’s multiple systems are all intricately interconnected: if one system has not undergone the proper adaptation, then the results will show in the form of a failure to produce optimal hypertrophy of the muscle complex. For example, if we were to look at some of the soft tissues involved in the hypertrophy process of the muscle complex, we’d see that muscle would generally adapt to a load within several days.

Unlike the tendons and ligaments, studies have shown that muscle responds by adapting after a period of several weeks or even months of progressive loading (McDough & Davies, 1984). It also should be noted that the protein turnover rate in collagen occurs approximately every 1000 days.

This clearly shows that even if one were to gain in body weight, the body would only be able to accommodate a certain amount in the form of muscle; otherwise, the muscles would fall prey to injury due to the time span in adaptation rates for various other tissues.”[8]

Those who scoff at this and continue to believe they’ve gained super-size over such a short period forget, as suggested earlier, that much of the increased body weight is largely due to increased body fat stores, glycogen and water. [9]

 

“In the muscles, protein turnover rate occurs approximately every 180 days (6 months).[10]

“Hypertrophy of the muscle complex has, so far, been shown to be controlled by what is known as protein turnover (the breakdown of damaged muscle proteins and creation of new and stronger ones). This process takes time. Just as the many living organisms around us in nature require time to grow, so do our muscles. In our enzymes the protein turnover rate occurs approximately every 7-10 minutes. In the liver and plasma, it’s every 10 days.

And in the hemoglobin it’s every 120 days. In the muscles, protein turnover rate occurs approximately every 180 days (6 months). This lends even more support to the observation that the turnover rate limits the natural body (of the non-drug-using athlete, bodybuilder) in building muscle quickly.

The Colgan Institute of Nutritional Sciences (located in San Diego, Calif.) run by Dr. Michael Colgan PH.D., a leading sport nutritionist explains that in his extensive experience, the most muscle gain he or any of his colleagues have recorded over a year was 18 1/4 lbs. Dr. Colgan goes on to state that “because of the limiting rate of turnover in the muscle cells it is impossible to grow more than an ounce of new muscle each day.

In non-complicated, mathematical terms, this would equate to roughly 23 pounds in a year! Keep in mind that high-level athletes are the subjects of these studies.[11]

Putting It All Together

“Now that I’ve put a damper on your expectations you can step back and take a closer look at your training, nutritional practices and recuperation tactics. There’s no need to beat yourself up because you’ve only been able to gain a pound a week for the last 6 weeks. If anything, assuming your body fat levels has been kept at bay, you’re probably on the right track.

When it comes to muscle gain there is no dramatic technique or quick fix that will allow you to pack on more muscle naturally. It’s better to stay focused and realistic by training hard, eating meticulously and spending time to recuperate properly; this will result in you achieving a more muscular physique. Keep in mind that it’s physiologically impossible to gain more than one pound of lean muscle per week.”[12]

“For most weight-gainers, half a pound per week would be an even more realistic goal, because they reach their genetic limit. Remember that gaining muscle is a long-term project and not something that can be simply turned on. If you’re dedicated and diligent in your efforts, you’ll not be disappointed! [13]

 

Proposed Exercise Program for Strength and Fitness

I am proposing an exercise program that will include all the elements of total fitness: Cardio, warm-up exercises, weight training, cool down exercises and supplementation. There are three phases to my program. In Phase I you’ll follow my plan for three months. During Phase II my exercise program will be at a more moderate yet advanced level. During Phase III one will be at the most advanced level. By the time one reaches Phase III one should already be physically fit.

Later on you can tweak my program by experimenting with keeping the program more interesting. You don’t want to get bored; as you gain more knowledge around the gym (bodybuilding sites on the internet can also assist with knowledge building over time) my program will morph into your program. It is my hope that at the advanced levels (either Phase II or III) you will become hooked on bodybuilding, fitness, and good health. Trying new things is one key to keeping you motivated to continue any health or fitness program.

For the first three months in the gym, I want you to work on building muscle slowly (possibly building just ½ pound of muscle mass per week or, more realistically, only ¼ pounds of muscle or 4 ounces per week). After 52 weeks of exercising 3 days a week for 1 hour and 20 minutes your gain in muscle will likely be 4 ounces times 52 weeks or 13.5 lbs. of lean body mass. Combine this with a well-controlled healthy diet and one will look a much trimmer, healthy and better looking person in the mirror.

Do not get worried about what the scale shows as your weight because, at any point in time, it is the sum of you losing visceral fat and gaining lean muscle mass. As the weeks go by one can rest assured if one is looking better in the mirror, your body is definitely losing weight, even if the scale shows only modest weight loss. Combined with Part I’s discussion of dieting, I know you can succeed! Before I go any further, here is the recommended sequence of your program in the gym in Phase I, and at the advanced levels (Phase II and Phase III):

Cardio*

Warm-up Stretching Exercises

Weight Training

Cool Down Stretching Exercises

 

* Some people in the gym should probably do some stretching exercises before they jump on a treadmill, stationary or elliptical bike. However, most athletes in the gym using cardio machines warm up by simply starting at a slow speed (usually for 5 minutes). After five minutes your upper body and legs are warmed up. If one is doing cardio outside the gym, I highly recommend one do stretching exercises before they walk jog or run. Limbering up before any exercise is good for preventing injury or unnecessary strain.

Cardio Exercise, Warm-up and Cool-down Exercises

Good cardio exercises include walking (slow, medium pace, or power walking), using a treadmill, stationary bike, or elliptical bike. Some people like to jog or run in the outdoors. My preference is to work out in a gym. The most important consideration is how long you exercise rather than the method per se or where you exercise.

“The most important lesson for cardio work is that you have to stay with it: Research shows that exercise-induced cardiac protection is lost once regular exercise is stopped. If you stop exercising, the synthesis of those protective proteins comes to a halt. In under a week, you’ll be back to your pre-exercise level.”[14]

I recommend at least 20-30 minutes of cardio three days per week as a minimum. Others prefer 5 to 7 times per week. However, working out more than 3 days a week can sometimes be counter-productive if you don’t allow enough time for your body to recover from all your exercise. Actual muscle building occurs during rest & recovery, not necessarily in the gym or outside when you are tearing down muscle fibers.

The sequence I use in the gym is to do 20 minutes of cardio first, and then I do my warm-up stretching exercises (5 exercises should do it) for 5 minutes followed by approximately 45-60 minutes of weight training. After weight training, I do stretching exercises for another 5 minutes (again 5 more exercises should do it).

These stretching exercises are critically important. Your muscles need to be warmed up before jumping into weight training. At the end of weight training, there needs to be a cool-down with stretching exercises. For both warm-up and cool-down exercises, I like to include stretching exercises for the legs, waist (abs and oblique’s), and upper body including chest and arms. I work out only 3 days a week at the gym. The days usually are staggered throughout seven days. However, one day at home during my recovery time (as said muscle growth actually occurs on your recovery days where rest and good sleep is necessary) I use a foam roller to improve flexibility in my body. A foam roller is a piece of gym equipment that can be purchased in many sports stores for a reasonable amount of money. Using a foam roller on the floor takes less than 15 minutes of your time. Collectively, all elements of a full body fitness program are covered with my program: strength, balance, flexibility and stamina.

Phase I

Phase I is for beginners. At the beginning of a fitness program you may lack balance, flexibility and physical strength if you haven’t been exercising in the months leading up to your decision to join a gym or to undertake a general exercise program.

Phase I is to be followed for three months. If one doesn’t feel comfortable going to the advanced program, then feel free to continue working out at the Phase I level until you are ready to move on. One of the first things in Phase I you need to know is what muscles are involved in a good weight training program.

What Muscles Are We Talking About?

When it comes to exercising, what muscle or muscle groups are we talking about?

The following is an overview of the important muscles or muscle groups in the human body. Here is a quick overview of the Major Muscle Groups: Legs (Quadriceps and Hamstrings), Glutes, Chest (Pectoralis Major and Pectoralis Minor), Back (Trapezius, Rhomboid, and Latissimus Dorsi), and Shoulders (Deltoid—Anterior, Medial and Posterior).

Here is a quick overview of the Minor Muscle Groups: Biceps, Triceps, Abdominals (Abdominal Rectus and Oblique’s) and Calves (Gastrocnemius and Soleus). There are many websites available to show you the physiology of muscles in the human body. Much will depend upon how deeply you want to become knowledgeable. This type of detailed knowledge is out there; you just need to seek it out.

Initial Weight Training Program

The following is an overview of the Major and Minor Muscle Groups and a sub-listing of exercises one could do (at least 2 sets each as a beginner) as your initial program—primarily directed at beginners although at the advanced level some of these same exercises may apply.

If you do not know what these are specifically, go to any of the bodybuilding sites on the Internet because you’ll not only get a written description of these exercises, but also a video of each exercise being performed. This will make learning proper technique and form much easier to absorb. Don’t expect perfect execution of technique and form the first time. Like they say, “practice makes perfect.” Covering all the major and minor muscle groups will take one approximately 4 workout days to go through one cycle of this beginning program. Then repeat same cycle for 3 months. Good luck!

 

Major and Minor Muscle Groups

 

Major Muscle Groups

Legs

     Quadriceps

Leg Press Machine

     Hamstrings

Lying Leg Curls

Glutes

Barbell Squats

Close Stance Dumbbell Squats

Wide Stance Dumbbell Squats (between the legs)

 

Chest

     Pectoralis Major

 Peck-Deck Machine

Dumbbell Fly’s

Dumbbell Press

Low Cable Chest Fly’s

             Incline: Chest Press (Machine)

 

     Pectoralis Minor

Chest Dips

Barbell Bench Press

Dumbbell Incline Bench Press

Cable Crossover

    

Back

     Trapezius

Reverse Lats Pull Down

Lat Pull Down

Bent Over Two Arm Long Bar Row

     Rhomboid

 Bent Over One-Arm Long Bar Row

Bent Over Two-Arm Long Bar Row

One Arm Dumbbell Row

Seated One-Arm Cable Pulley Row

Barbell Deadlift

     Latissimus Dorsi

 Lat Pull Back

Lat Pull Down

Shoulders

    

     Deltoids

         Anterior deltoid

Overhead Barbell

Barbell or Dumbbell Upright Row

Incline Barbell Front Raise

Bent-Over Lateral Raise

Reverse Peck-Deck Fly’s
      

     Medial   deltoid

Arnold Presses (dumbbell)

Front Arm Raises (cable)

Upright Row (barbell)

         Posterior deltoid

Rear Deltoid Lateral (Peck Deck)

 

Minor Muscle Groups

 

Biceps

Reverse Grip Rows

Cable Curls

Overhead Cable Curls

Hammer Curls

90 Degree Preacher’s Curls

Triceps

Rope Pull Down

Dips

One Arm Cable Triceps Extension

Seated Overhead Dumbbell Exercises

Barbell Shrugs

Seated Curl Push Down

 

Abdominals

 

     Rectus abdominals + Oblique’s

 Ab Machine

Oblique Cable Crunch

Bell Tower Crunch

Side Bend with Plate

Standing Oblique Dumbbell

 

 

Calves

     Gastrocnemius and Soleus

Seated Calf Raises

Standing Calf Raises

Dumbbell Calf Raises

Common Question

One of your first questions upon arrival to a weight training room or facility will be how much weight should I try to lift. As times goes by you’ll increase your weights, sets and repetitions (lighter weights—more repetitions; heavier weights—fewer repetitions). However, at the beginning individuals will each have a different answer to this question.

Individuals always vary in their natural abilities. No matter whom you are—start with the lighter weights. You’ll have to experiment to get a precise answer. For example, when doing barbell curls should I start with 20 lbs. or 40 lbs.? When I first started to do leg presses I put on only 50 lbs. I found it much too light for my leg muscles. After my first nine months I reached a weight of 405 lbs. doing 5 reps. At one year in the gym I can now do 405 pounds for 20 repetitions (most people in the gym simply call them “reps”).

 

Phase II

The Advanced Program

During Phase I you were exposed to two different ways to exercises your muscles, that is muscles in isolation and/or compound exercises. An example of muscles in isolation would be to work your biceps or triceps. Compound exercise movements involve several muscles or muscle groups exercised at the same time. While most of the exercises in Phase I are single muscles in isolation, most of the exercises in the advanced program found in Phase II are compound exercise movements with some isolation. [Please remember to give yourself approximately 1 minute rest time between every set regardless of whether one is in Phase 1, II, or III].

The most advanced program (Phase III) increases sets and the program’s intensity. But it still involves both isolation and compound movements. There is some disagreement in the bodybuilding community in what I’m about to say: While compound movements are best at developing strength and muscle mass, isolation and the targeting of specific muscles can help to produce better symmetry, tone and definition. Both types of muscle building nevertheless are important and can achieve all of the characteristics above. It all comes down to what your specific goals are i.e., how you want to look. Often these differences are physically reflected among contestants in the Bodybuilding versus Physique contests.

You can advance to this more advanced level if and when you are possessed with good strength, vitality, balance and flexibility. What I mean by this is that you are really physically fit.

 

Phase II

3-Day Compound Movement’s

Program with some Isolation

When you are ready to start the advanced Phase II program, try the following:

 

[5 warm-up exercises]

Day 1(4×8)

Four sets of 8 reps for the following exercises:

Incline Bench Press Barbell

Lat Pull Down

Deadlifts

Shrugs (Dumbbell or Barbell)

Biceps (Bicep curls)

Calves (Use a machine that exercises several muscles on the leg such as calves, hamstrings, and quadriceps at the same time)

[5 cool down exercises]

_____________________________________________________

[5 warm-up exercises]

Day 2 (5×5)

Five sets of 5 reps for the following exercises:

Incline Bench Press—Dumbbell

Bent over Rows

Squats

Upright Barbell Rows

Triceps (Rope pull down)

Abs (Ab Machine)

[5 cool down exercises]

_______________________________________________________

[5 Warm-up exercises]

Five sets of 5 reps for each of the following exercises:

Day 3 (5×5)

Incline or Decline Hammer

Cable Rows

Romanian Deadlift

Military Seated Press (or standing)

Abs (Bell Tower)

[5 cool down exercises]

Phase III

At about one year into my training program one should be ready for my most advanced level (Phase III). I want to make it clear that after Day 2 one might want to experiment with the Day 3 program. In my case I wanted to do more isolation muscle training involving my biceps. Someone else might need to work toward better symmetry with their calves, chest or back muscles. You’ll know by then which way to go. For now here is my advanced Phase III program:

Phase III Advanced Bodybuilding Program

Primarily Compound Movements

There are a total of 415 reps in this 3 day program

Day 1

[5 Warm-up exercises]

Flat Bench Press   4 sets of 8 reps

Squats                       4 sets of 8 reps

Deadlifts                  4 sets of 8 reps

Clean and Press   4 sets of 8 reps

[5 Cool-down exercises]

Day 2

[5 Warm-up exercises]

Military Press       4 sets of 8 reps

Bent Over Rows   4 sets of 8 reps

Upright Rows       4 sets of 8 reps

[5 Cool-down exercises]

Day 3

[5 Warm-up exercises]                 Additional Isolation Exercises

Five Best Bicep Exercises

Barbell Curl                     4 sets of 8 reps

Incline Dumbbell Curl     4 sets of 8 reps

Standing Biceps Cable Curl               4 sets of 8 reps

Reverse Grip Bent-Over Rows         4 sets of 8 reps

Concentration Curls                           4 sets of 8 reps

[5 Cool-down exercises]

 

Supplementation

The last part of this program involves supplementation. This can sometimes be a “touchy subject” for health and safety reasons, and for reasons related to alleged effectiveness and additional cost.

Most people are aware of the dangers of steroids and bodybuilding. There are lots of supplements being advertised that are supposed to help you as an athlete, no matter what sport or activity one is involved with. My strongest recommendation is first see if you have any deficiencies. My deficiencies turned out to be iron and vitamin D3. I took steps to remedy the situation. Once you address the issue of deficiencies, some supplements may be very helpful to supporting your body’s ability to handle a vigorous exercise program.

I recommend the following supplements based on recommendations in Dr. Life’s Plan:

  • A multivitamin and mineral supplement daily
  • Getting enough fatty acids in the proper amounts (Omega 3, 6 and 9)
  • A probiotic supplement
  • Vitamin D3
  • CoQ10
  • Saw palmetto
  • Lycopene
  • Milk thistle
  • Calcium
  • Pycnogenol/L-arginine [15]

First however, discuss any and all supplements you currently take, and those you are planning to take, with your primary care physician. There may be reasons in your particular medical profile that requires you not take certain supplements. This might be due to possible adverse reactions with any medicines you are already taking.

Individuals have different medical needs; therefore, what you take in supplements must be done cautiously. That said, I do recommend some supplements for good health and as a kind of insurance policy, but also to aid your body during an intense exercise program.

Summary

There are no guarantees in life. If you don’t eat right and exercise there is also no guarantee of a long life. What I’ve offered is a simple road map to meeting any New Year’s resolutions you may have that involve dieting and getting into shape. Many people have good intentions but never follow through. But this will be your year to succeed. As they say, “better late than never.” Good luck!

[1] Jordan D. Metzl, MD., The Exercise Cure, p. 2

[2] Wannabebig.com, April 7, 2014

[3] Ibid.

[4] Ibid.

[5] Ibid.

[6] Ibid

[7] Ibid.

[8] Ibid

[9] Ibid.

[10] Ibid.

[11] Ibid.

[12] Ibid.

[13] Ibid.

[14] The Life Plan, p.124

[15] Ibid., p. 297-298

Read Full Post »

Exercise and Your Body: How Your Internal Organs Are Affected

     In this Blog I will explore how the human body benefits from exercise, and discuss my personal lifetime of experience with exercise-related activities. I will raise important questions people sometimes have when they initiate a new (exercise) program, and finish with the specifics as to how exercise affects various diseases we all know about, and their effect on the various systems and organs in the human body. If one is contemplating starting a new exercise program I highly recommend you first consult with your doctor or primary care physician.

It’s long overdue for a more precise understanding of just what impact exercise does, in fact, have on the human body, specifically our internal organs. All too often we hear one should exercise and that it is good for us. But most catch phrases are generalities at best. That is the primary question I am going to answer. Therefore, I am initiating a Blog on Exercise and Your Body: How Your Internal Organs Are Affected.

Connections

     I used to play a lot of sports when I was growing up. When I graduated from high school I was in the best shape of my life. In my late 20s I did scuba diving taught by a U.S. Navy Seal and in my 30s did some bodybuilding with weight training, and played on an adult softball team and a couple’s volleyball team. For a short time a buddy of mine and I did a 100 mile program of swimming at the local YMCA. During my 40s I no longer exercised regularly but, in my 50s, I played golf every week for 5 solid years going from a 30 handicap to a 14. In my early 60s I had a good walking program but was inconsistent in terms of how often or how long I walked.

In 2010, at the age of 67, I joined USA Track and Field and competed in the Master’s Program for two and a half years (4 gold medals, 6 silver medals, 3 bronze medals and a number of 4th through 7th place finishes) in local, regional and national master’s track and field events. My events included the shot put, hammer throw, weight throw, discus and javelin. The highlight of all my track & field meets was an honor to participate in the 2011 Master’s World Games as a member of Team USA. My Olympic type events at the Master’s World Games included Shot Put, Weight Throw, and the Javelin. I came in 6th in the world in the javelin, 12th in the weight throw, and 17th in the shot put. I was in the 65-69 year old age group at the time I competed.

In 2013, I had to drop-out of USA Track & Field due to a bad case of Sciatica. With good physical therapy I was able to regain my balance and ability to walk in a normal way; however, I was a long way from regaining full strength and physical fitness and my readiness to once again compete in track & field. Over my lifetime I would best describe myself as a kind of a sporadic athlete, not one normally committed to a regular and consistent program of exercise.

After some procrastination my wife and I finally made a commitment to join a health and fitness club. It turned out to be one of the best decisions of our lives. In fact, I became very angry with myself for having NOT joined a fitness club 10-20 years earlier.

On November 15, 2013 we started to work out for 1 hour and 45 minutes, three times a week, exercising 35 minutes of cardio (stationary bike or treadmill) and 1 hour 10 minutes doing weight training (machines and free-weights).

Here are some personal tips regarding how diet, and other personal choices, can help your body become healthier even if you can’t fully commit yourself to an intense, regular exercise program. For the last three years I have been a vegan. The vegan diet is great for providing nutritional needs for your body and includes: fruits, vegetables, whole grains, and fiber.

However, recently I added fish back into my diet (wild salmon, tuna, and sardines). The fish, besides being a great source of protein (for building muscles), provides Omega-3s in ample supply, particularly where salmon is concerned. Also, I am no longer taking any artificial sweeteners, caffeinated coffee, carbonated drinks, or any form of over-the-counter pain killers. Follow these dietary/other suggestions and your strength and vitality will return in no time.

What about Exercise?

Because of my background as a researcher I always have lots of questions about everything. Exercise was no exception. We know exercise is good for one’s health. However, I’ve already said that’s fine as a generality. But what are the real, specific internal benefits on the various systems and organs of the human body? All of us are different with different needs. Some of us have medical conditions and some of us do not. Should one engage in certain types of exercise, but not others? In the weight room, what exercises are better for a particular muscle, or major muscle group? For example, which exercises are best for the abdominals, deltoids, oblique muscles, trapezius, biceps, or quadriceps? Is blood flow better when one does cardio or when one does weight training, or is the blood flow simply different in different parts of the body? Is there an optimal level of sets and reps for exercising different types of muscles?

My quest for answers has taken me in a lot of different directions in a very short period of time; all of the questions I’ve posed are important for you to answer if you want to get the most out of any full-body exercise program.

In this blog, I am committed to answering what I think is the most important question of all: What Impact Does Exercise Have on the Internal Organs of the Human Body?

If you want justification to help motivate you to get out of that easy chair and starting exercising, answering the above question just might do the trick.  But first there is something everyone needs to know.

First Things First—Those First Few Weeks of Exercise

Many people have different goals when they start to exercise, such as lose weight, look better, or maintain or improve one’s health. For those of you who have weight reduction as a goal, here are some hints to understanding why you should not become disappointed at first when you’ve worked so hard but that scale of yours doesn’t seem to cooperate. You’ll come to understand the term hydration and its importance. I found an article on the SparkPeople website (in the section Ask the Experts). This question was asked of the experts: I just started exercising to lose weight, but I’ve gained weight. Why did this happen?

According to Dean Anderson, Certified Personal Trainer, “When you start doing more exercise, your body begins storing more fuel in your muscle cells, where it can be used easily and quickly to fuel your workouts. The process of converting glucose (carbohydrates) into fuel that your muscles actually store and use (glycogen) requires three molecules of water for every molecule of glucose. As your muscles are building up glycogen stores, your body has to retain extra water for this purpose. That’s what causes most of the initial weight gain or lack of weight loss. This is a good thing—not something to worry about.

However, despite what the scale says, you are actually losing fat during this time. The extra water retention will stop once your body has adjusted to the new activity level. At that point, the scale should start moving down. You’ll end up with less fat, and muscles that can handle a larger amount.”

The following is an article written by Judith Blake, a staff reporter, for the Seattle Times.

Full-body workout: Exercise benefits mind, organs, resistance to disease

“Need another reason to exercise? We’ve dug up a bundle of ’em.

Of course, there’s always that old standby, a sleeker body. It’s the reward that lures legions to the jogging trail, the health club or the aerobics class.

But did you know that exercise might alleviate depression, help keep cancer out of your colon, increase the number of cells in your brain (or at least in a mouse’s brain) and boost your immune system?

People have always believed that exercise is good for them, says Dr. John O’Kane, University of Washington sports-medicine expert and lead physician to the UW’s athletic teams. The latest research shows just how good for us it is.

Health experts also say you don’t have to run marathons or hit the gym for endless hours to gain significant benefits. Probably the best-known benefit is heart health, and for that, a program of regular, moderate exercise will do just fine, O’Kane said.

‘If you can just get yourself to start walking 30 minutes a day, that’s a good start,’ he said.

‘You do get benefits from more vigorous exercise,’O’Kane added. You burn more calories and gain endurance, for instance. And one study suggested that men who exercised vigorously had lower rates of prostate cancer.

Exercise does its best work when teamed with healthy eating. But studies now show exercise has its own beneficial impact, even when you’re not also following an ideal diet, he said.

The same is true with weight loss. A study at the Cooper Institute for Aerobics Research in Dallas showed that even when individuals remained obese, exercise was linked to fewer heart attacks.

Exercise gets points today not only for health maintenance but for recovery. Jack Berryman, a UW medical historian, says that ‘for thousands of years we realized that exercise was healthy.’ Yet until the 1950s, complete bed rest was prescribed for many conditions, including heart-attack recovery.

That changed, he said, when President Dwight Eisenhower had a heart attack while in office. Well-known cardiologist Dr. Paul Dudley White soon had him up walking and playing golf.

‘That was the beginning of the important movement of cardiac rehabilitation’ employing controlled exercise, Berryman said. Today, exercise is part of the recovery program for many conditions.

Here’s some of the latest research on health and exercise:

Cancer

Breast cancer: Regular physical activity may lower risk. Of about two dozen studies on breast cancer and exercise, about two-thirds have found reduced risk of up to 30-40 percent with exercise, says Dr. Anne McTiernan, of the Fred Hutchinson Cancer Research Center. Possible reason: Exercise may reduce production of estrogen (a possible cancer promoter) by the ovaries and by fat cells.

Exercise may also boost the immune system, possibly helping fight cancer. McTiernan and others are researching exercise’s impact on both the immune system and on estrogen levels in women.

Colon cancer: Exercise appears to reduce risk by up to 50 percent, based on about three dozen observational studies around the world, says McTiernan. She and others will try to learn more about the protective mechanism in a new study. They’ll take biopsies from the colon and rectum of exercising and nonexercising participants at the start and finish of the study to observe how cells are growing, dividing and dying. They’ll also check the balance of “good” and “bad” prostaglandins, body chemicals thought to be involved in colon cancer.

(For information on participating in the study, call 206-667-6444. Researchers are recruiting men and women who are basically sedentary and who have had a colonoscopy, a type of colon exam.)

The Brain

Mental sharpness: Exercise may help preserve it as you age. A recent study found that among women 65 and older, the least amount of cognitive decline over eight years occurred in those who exercised the most (walking 18 miles per week), while decline was greatest in those who exercised the least (walking half a mile per week). Decline decreased with each added mile. Researchers at the University of California, San Francisco, and others studied 5,925 women 65 and older without cognitive impairment or physical limitations.

Brain cells: Physical activity may increase their numbers. In one study, researchers found that adult mice doubled their number of new cells in the hippocampus — a brain area involved in memory and learning — when they had access to running wheels. Whether exercise increases brain cells in humans has not yet been demonstrated.

Depression: Studies suggest exercise reduces symptoms, possibly by releasing mood-altering brain chemicals, such as endorphins.

The Rest of the Body

Impotence: Exercise may reduce risk. A study of nearly 600 men over eight years found that physical activity amounting to least 200 calories a day — the equivalent of walking briskly for 2 miles — may reduce a man’s risk of developing erectile dysfunction. Possible reason: Exercise boosts blood circulation, which may aid erectile function.

Enlarged prostate: One study showed a 25 percent lower risk of noncancerous prostate enlargement in men who walked two to three hours a week than in men who seldom walked.

Diabetes: Many studies show regular physical activity helps prevent or control diabetes. Exercise works on diabetes in two ways: By burning energy in the form of blood sugar and by reducing body fat (fat contributes to Type 2 diabetes by impairing the body’s ability to process insulin).

Bones: Many studies indicate that weight-bearing exercise such as walking and weight-training helps prevent the porous, fracture-prone bones of osteoporosis.

Regular exercise, including strength training, may also help older people avoid falling and breaking their bones. In one study, older women assigned to a home-based strength-and-balance exercise program had fewer falls than women who didn’t exercise.

In another study, researchers at Oregon State University and the University of Utah asked women ages 50 to 75 to wear weighted vests while performing lower-body strength and power exercises. Results after nine months: Improved lower-body muscle strength and balance — especially balance to the side. ‘This has been very exciting for us to find, because falling to the side raises the risk of breaking a hip 20 times over falling forward,’ said Christine Snow, the study’s co-author.

Arthritis: Both aerobic exercise and strength training, in moderation, can reduce joint swelling and pain and extend mobility.

The Heart: Perhaps the best-known effect of regular exercise is its benefit to the heart. Many studies indicate lower heart-disease risk with regular exercise, which boosts oxygen supply. Exercise also helps bring down high blood pressure, reducing risk of stroke.

And that’s not all: Studies also point to the power of exercise to help prevent or control sleep disorders, gallstones, diverticular disease (an intestinal disorder) and more.”

Sources: University of Washington medical faculty; Oregon State University; the Society for Neuroscience; Seattle Times files. This article includes information from the Associated Press, the Washington Post and Nutrition Action Health Letter.

 

The following is an article by Catherine Field of Demand Media.

What Major Organs of the Body Benefit the Most From Exercising?

Exercise benefits major organ systems and the body as a whole.

“The health benefits of general exercise are well-known. Those who exercise, in general, feel better and suffer from fewer health problems. Even those with chronic health conditions — like diabetes — can manage their conditions better with exercise. But depending on the type of exercise, some of the human body’s major organs benefit the most from exercise. And it’s this reaction that helps the exerciser obtain results such as weight loss, lower blood pressure and reduced blood sugar.

The Heart & The Cardiovascular System

The cardiovascular system is primarily comprised of arteries, veins, and, at the center, the heart. The heart is the system’s muscular power house that needs to be exercised to keep in top form. Exercises that increase the heart rate exercise the heart muscle and pump blood more efficiently throughout the body.

Running, jogging, aerobic exercises are just a few examples that will work the cardiovascular system. As the cardiovascular system improves the resting heart rate will decrease, circulation will improve and blood volume will increase. In addition, blood pressure will decrease, ‘bad’ cholesterol can decrease while good cholesterol can increase, and less plaque will build in your arteries.

The Muscular System

Through a process known as hypertrophy — an enlargement of cells — muscles, when exercised, not only become bigger but become stronger. Activities that create new muscular proteins, like weight training and non-bearing weight exercises such as lunges and squats, increase muscle activity and encourage muscle growth. Eating protein after a workout targeting strength training will encourage muscle growth.

Lungs & The Respiratory System

The lungs are exercised through normal respiration. The simple act of breathing exercises the lungs and the diaphragm. Performing aerobic exercises that increase heart and respiration rate, the amount breathed in at one time, will exercise the lungs. As the lungs are exercised, the body will take in more oxygen and be able to use it efficiently.

 

 

The Brain & The Central Nervous System

The central nervous system involves the brain and the spinal cord. The central nervous system is responsible for maintaining the human body’s autonomic functions, or the functions that are outside our control. These are, for example, breathing and heart rate. When the body exercises, it produces hormones. The brain produces its own hormones called neurotransmitters: serotonin, epinephrine, adrenaline, and endorphins. These can reduce pain and provide a euphoric feeling that can help those who suffer from mild, non-clinical depression. The release of these neurotransmitters can also improve sleep and help curb appetite.

 

The Role of Inflammation and the Effect of Exercise on it

Back in January, 2013 I wrote a Blog called: Update on Type II Diabetes in America [Epidemiology and New Research Findings]. During the course of researching for that Blog, I found out and reported that Inflammation (both low-grade and chronic) may be a causal variable in Heart Disease, Cancer, Stroke, Diabetes, Metabolic Syndrome, Alzheimer’s Disease, forms of arthritis such as Rheumatoid and Lupus, Inflammatory Bowel Syndrome, Sepsis (blood poisoning or the body’s inflammatory response to infection), Multiple Sclerosis, and allergies. And, it may be linked to all conditions ending in “itis.” Because this blog is about the effect of exercise, I found an article about exercise and inflammation.  This article was written by researchers at the School of Nutrition and Health Promotion, Arizona State University, Mesa, AZ.

Lifestyle Measures to Reduce Inflammation

 

Abstract

Chronic low-grade inflammation associated with cardiovascular disease and type 2 diabetes (T2D) may be ameliorated with exercise and/or diet. High levels of physical activity and/or cardiorespiratory fitness are associated with reduced risk of low-grade inflammation. Both aerobic and resistance exercise have been found to improve inflammatory status, with the majority of evidence suggesting that aerobic exercise may have broader anti-inflammatory effects. In particular, aerobic exercise appears to improve the balance between pro- and anti-inflammatory markers. Improvement in inflammatory status is most likely to occur in persons with elevated levels of pro-inflammatory markers prior to intervention. A number of dietary factors, including fiber-rich foods, whole grains, fruits (especially berries), omega-3 fatty acids, antioxidant vitamins (e.g., C and E), and certain trace minerals (e.g., zinc) have been documented to reduce blood concentrations of inflammatory markers.

Anti-inflammatory foods may also help mitigate the pro-inflammatory postprandial state that is particularly evident after ingestion of meals high in saturated fat. Intensive lifestyle interventions involving both exercise and diet appear to be most effective. For the most part, anti-inflammatory effects of exercise and diet are independent of weight loss. Thus overweight and obese men and women, who are most likely to have a pro-inflammatory profile, do not necessarily have to normalize body mass index to improve inflammatory status and reduce risk of type 2 diabetes and cardiovascular disease.

                       

The following is an article written by Sarah Klein of the Huffington Post in their HUFFPOST Health Living section.
This Is What Happens To Your Body When You Exercise

“Whether you do it to lose weight, to reach a fitness goal or — dare we say it? — Just for fun, exercise changes you.

There’s the red face and the sweating, the pounding heart and pumping lungs, the boost to your alertness and mood, the previously nonexistent urges to talk about nothing but splits and laps and PBs.

But while we all know that staying physically active is essential to a long, healthy, productive life, we don’t often understand exactly what’s happening behind the scenes.

We asked the experts to take us through — from head to toe — what happens in the body when we exercise. Neuroscientist Judy Cameron, Ph.D., professor of psychiatry at the University of Pittsburgh School Of Medicine, Tommy Boone, Ph.D., a board certified exercise physiologist, and Edward Laskowski, M.D., co-director of the Mayo Clinic Sports Medicine Center spill the beans on what gets and keeps you moving.

Muscles

The body calls on glucose, the sugar the body has stored away from the foods we eat in the form of glycogen, for the energy required to contract muscles and spur movement.

It also uses adenosine triphosphate, or ATP, but the body only has small stores of both glucose and ATP. After quickly using up these supplies, the body requires extra oxygen to create more ATP. More blood is pumped to the exercising muscles to deliver that additional O2. Without enough oxygen, lactic acid will form instead. Lactic acid is typically flushed from the body within 30 to 60 minutes after finishing up a workout.

Tiny tears form in the muscles that help them grow bigger and stronger as they heal. Soreness only means there are changes occurring in those muscles, says Boone, and typically lasts a couple of days.

Lungs

Your body may need up to 15 times more oxygen when you exercise, so you start to breathe faster and heavier. Your breathing rate will increase until the muscles surrounding the lungs just can’t move any faster. This maximum capacity of oxygen use is called VO2 max. The higher the VO2 max, the more fit a person is.

Diaphragm

Like any muscle, the diaphragm can grow tired with all the heavy breathing. Some argue that as the diaphragm fatigues, it can spasm, causing a dreaded side stitch. (Others argue a side stitch is due to spasms of the ligaments around the diaphragm instead, while others believe the spasms to originate in the nerves that run from the upper back to the abdomen and are caused by poor posture!) Deep breathing and stretching can alleviate the discomfort in the middle of a workout, and preemptive strengthening in the gym can ward off future issues.

Heart

When you exercise, heart rate increases to circulate more oxygen (via the blood) at a quicker pace. The more you exercise, the more efficient the heart becomes at this process, so you can work out harder and longer. Eventually, this lowers resting heart rate in fit people.

Exercise also stimulates the growth of new blood vessels, causing blood pressure to decrease in fit people.

Stomach & Intestines

Because the body is pumping more blood to the muscles, it takes some away from the systems and functions that aren’t top priority at the moment, like digestion. That can result in tummy troubles. Movement, absorption and secretion in the stomach and intestines can all be affected.

Brain

Increased blood flow also benefits the brain. Immediately, the brain cells will start functioning at a higher level, says Cameron, making you feel more alert and awake during exercise and more focused afterward.

When you work out regularly, the brain gets used to this frequent surge of blood and adapts by turning certain genes on or off. Many of these changes boost brain cell function and protect from diseases such as Alzheimer’s, Parkinson’s or even stroke, and ward off age-related decline, she says.

Exercise also triggers a surge of chemical messengers in the brain called neurotransmitters, which include endorphins, often cited as the cause of the mythical “runner’s high.”

The brain releases dopamine and glutamate, too, to get those arms and legs moving, as well as gamma-aminobutyric acid, or GABA, a prohibitive neurotransmitter that actually slows things down, to keep you moving in a smooth and controlled manner.

You’ll also likely feel better thanks to a bump in serotonin, a neurotransmitter well known for its role in mood and depression.

Hippocampus

This part of the brain is highly involved in learning and memory, and it’s one of the only sections of the brain that can make new brain cells. Exercise facilitates this, thanks to the extra oxygen in the brain.

Even when you stop exercising, those new brain cells survive, whereas many other changes in the brain during exercise eventually return to their normal state should you become less active.

Hypothalamus

The hypothalamus is responsible for body temperature, as well as salt and water balance, among other duties. As your body heats up, it tells the skin to produce sweat to keep you cool.

Pituitary Gland

This control center in the brain alerts the adrenal glands to pump out the hormones necessary for movement. It also releases growth hormones. As the body searches for more fuel to burn after using up your glycogen stores, it will turn to either muscle or fat, says Cameron. Human growth hormone acts as a security guard for muscle, she says, telling the body to burn fat for energy instead.

Kidneys

The rate at which the kidneys filter blood can change depending on your level of exertion. After intense exercise, the kidneys allow greater levels of protein to be filtered into the urine. They also trigger better water reabsorption, resulting in less urine, in what is likely an attempt to help keep you as hydrated as possible.

Adrenal Glands

A number of the so-called “stress hormones” released here are actually crucial to exercise. Cortisol, for example, helps the body mobilize its energy stores into fuel. And adrenaline helps the heart beat faster so it can more quickly deliver blood around the body.

Skin

As you pick up the pace, the body, like any engine, produces heat — and needs to cool off. The blood vessels in the skin dilate, increasing blood flow to the skin. The heat then dissipates through the skin into the air.

Eccrine Glands

At the hypothalamus’s signal, one of two types of sweat glands, the eccrine glands, get to work. These sweat glands produce odorless perspiration, a mixture of water, salt and small amounts of other electrolytes, directly onto the skin’s surface. When this sweat evaporates into the air, your body temp drops.

Apocrine Glands

This second type of sweat gland is found predominantly in hair-covered areas, like the scalp, armpits and groin. These sweat glands produce a fattier sweat, typically in response to emotional stress that can result in odor when bacteria on the skin begin to break it down, according to the Mayo Clinic.

Face

The capillaries close to the skin’s surface in the face dilate as well, as they strain to release heat. For some exercisers, this may result in a particularly red face after a workout.

Joints

Exercising puts extra weight on the joints, sometimes up to five or six times more than your bodyweight, says Laskowski. Ankles, knees, hips, elbows and shoulders all have very different functions, but operate in similar ways. Each joint is lined with cushioning tissue at the ends of the bones called cartilage, as well as soft tissue and lubricating fluid, to help promote smooth and easy motion. Ligaments and tendons provide stability.

Over time, the cushioning around the joints can begin to wear away or degenerate, as happens in people with osteoarthritis, the most common type of arthritis.

The final article (actually a Blog from My 24, 2012) relates to exercise and dental health. The Blog was called 5 Ways Exercise can improve Dental Health and was written by Janet Lynch.

“The health of your teeth and gums is directly linked to your overall health. The link is a two way street because people who have healthy habits tend to have good dental hygiene habits and people with a healthy lifestyle have an easier time maintaining a healthy mouth. A healthy diet is essential for a healthy mouth, but what most people do not think about is how important a role exercise plays in oral hygiene.

Burn off excessive carbohydrates

Sugar and refined carbohydrates are responsible for a great deal of the tooth decay we see today. While it is true that exercise does not keep the carbohydrates out of your mouth, it does help keep blood sugar in check. This can also keep you at a healthy weight. Being overweight is a known risk factor for tooth decay.

Reduce inflammation

Exercising is a good way to reduce the body’s inflammation response. Keeping the inflammation response in check can help reduce periodontal disease.

Help the body use vitamins and minerals more effectively

Exercise helps the body digest and use food more efficiently. Your body will be able to better absorb the vitamins and minerals you need for a healthy mouth.

Prevent Diabetes

Diabetes is another known risk factor for oral diseases. Regular exercise can prevent and even help reverse diabetes.

Improve circulation

Exercising helps make your cardiovascular system healthier. Better circulation overall means better circulation to your mouth. This will help your mouth stay healthy and help stop tooth decay.

It is important to realize that exercise should be part of an overall healthy lifestyle. Exercise should be part of a regimen that includes regular exercise, healthy diet and regular oral hygiene care. Diet is as important as exercise. While exercising can help burn off extra carbohydrates, it is even more helpful to take in fewer carbohydrates. This is especially true of refined carbs and sugar.

When you eat grain you should be eating whole grains that are high in fiber. At least half of the grains you eat should be whole, but it is even better if you stick to all high fiber, whole grains. You can kick the health benefits up a notch by limiting yourself to 2-3 servings of grains per day. The rest of your carbohydrates and fiber should come from fruits and vegetables.

Vegetables contain a high amount of fiber for a low amount of carbohydrates and low amount of sugar. Fruit is good as well, and is even better if you choose low sugar fruits. The best choices are melons and berries. Melons and berries provide you with a great deal of nutrition for low amounts of sugar. Once you stop eating sugary snacks you will find that these fruits can satisfy your sweet tooth without compromising your oral health.

Maintaining a healthy weight is important for oral health. Exercising daily is important to help maintain weight, but if you need to lose weight to get to a healthy weight then you need to reduce your calorie intake. Substituting vegetables and fruits for starches can help you a great deal with just this one change. Other healthy steps include drinking water and measuring foods.

It is easy to overeat when you do not measure your food. Buying a food scale and a set of measuring cups is inexpensive and can help you properly measure your food intake. Measure everything you eat and track those numbers with a computer program or even a notebook.

Drinking water is important. Not only does water not rot your teeth the way sugary drinks do, it also keeps your mouth moist. A dry mouth is a perfect place for tooth decay, so keeping it moist with water can prevent oral problems. Drinking plenty of water keeps you hydrated and this is especially important if you are exercising.

Oral care is essential to improving dental health. In addition to exercising daily you should be brushing twice a day. Brushing after meals and snacks is better. You should be flossing once a day as well. Regular dental visits are important too. You should be seeing your dentist every 6 months.

There you have it. Exercise is important for your health and the health of your mouth. There are several benefits to regular exercise that have a direct impact on your teeth, gums and mouth. Make exercise a non-negotiable part of your day and you will start to see benefits in your body and your mouth as well. Take care of your body and your body will take care of you. 

POST SCRIPT

I hope from this Blog you are able to take away some knowledge on how exercise can improve one’s level of fitness, help improve most kinds of medical conditions and, above all, help you feel and look better in the process.

What you do with this knowledge is up to you. But remember this: Our culture these last 100+ years has made it easier to live life in so many ways. And yet, such easy living has made us fatter and less physically capable, and dare I say it, less mentally fit as well despite all the technological improvements.

Bottom line: Our culture has inadvertently created the conditions whereby we are killing ourselves with little fanfare as the nation, including our children, become more obese, and less physically fit (physical education has been dropped in many high schools throughout the country or reduced substantially from five days a week).

The writing is on the wall. Be tenacious and start exercising your body on a regular basis. Encourage your children to do the same. Good luck!

Read Full Post »