Showing posts with label Facts. Show all posts
Showing posts with label Facts. Show all posts

Monday, April 30, 2012

Body Composition via BIA--Why You Need One

Do you know your body fat percentage??


Bioelectrical Impedance Analysis or Bioimpedance Analysis (BIA) is a method of assessing your “body composition”—the measurement of body fat in relation to lean body mass. It is an integral part of a health and nutrition assessment.


Why Is Body Composition Important to My Health?

Research has shown that body composition is directly related to health. A normal balance of body fat is associated with good health and longevity. Excess fat in relation to lean body mass, known as altered body composition, can greatly increase your risks to cardiovascular disease, diabetes, and more. BIA fosters
early detection of an improper balance in your body composition, which allows for earlier intervention and prevention. BIA provides a measurement of fluid and body mass that can be a critical assessment tool for your current state of health.

BIA also measures your progress as you improve your health. Improving your BIA measurement, or maintaining a healthy BIA measurement, can help keep your body functioning properly for healthy
aging. Your BIA results can help guide us in creating a personalized dietary plan, including nutritional supplements when appropriate, and exercise to help you maintain optimal health and well being for a lifetime.


How Does a BIA Work?


BIA is much more sophisticated than your bathroom scale, but just as simple—and almost as quick. BIA is performed in our office with the help of a sophisticated, computerized analysis.  This analyzer “calculates” and estimates your tissue and fluid compartments—using an imperceptible electrical current passed through pads placed on your hand and foot as you lie comfortably clothed on an exam table. In just minutes,we’ll have detailed measurements to help create an effective, personalized program for you.

Follow-up Tests


We can conduct a series of follow-up BIA tests to monitor your health and measure your progress.



Guidelines for Assessment
For the most accurate results, the
following guidelines should be
followed:


1. Do not eat for 4 hours prior to
testing.


2. Do not exercise for 12 hours
prior to testing.


3. Do not consume alcohol for
24 hours prior to testing.


4. Drink at least 1 quart of water
one hour before your test.


5. Do not drink caffeine the day
of your test.


6. Do not wear pantyhose.


7. Do not put lotion on your
hands and feet.

Tuesday, November 15, 2011

Why Is Body Composition Important?

Why is Body Composition Important ?



Scale weight is not an indicator of an individuals fat, lean or health

Body composition is the amount of lean tissue compared to fat. Body composition

data can form the basis for a wide variety of therapeutic health and fitness prescriptions.

In clinical applications body composition analysis along with nonpharmacologic

nutrition and exercise prescriptions provide the foundation upon

which further treatment is based. Only body composition analysis can determine

how much muscle and fat are lost or gained as the result of any nutrition,

exercise, or pharmaceutical prescription.

How is abnormal body composition managed?

When there is an imbalance between calorie intake and calorie burn we change our body composition.

The quantitative management of abnormal body composition, i.e. obesity, anorexia, disease, etc. must be associated with daily calorie intake and expenditure. The successful application of body composition analysis must have a three compartment assessment. These compartments are:

The energy storage

compartment,

Fat Mass

Fat is the energy storage mass of the body and is the total lipid mass

(triglycerides) with a density of .9 g/ml. Fat mass is equal to actual

weight minus fat free mass

The functional

compartment,

Body Cell Mass

BCM is the functional mass of the body where work is done. All

oxygen consumption, carbon dioxide production, glucose oxidation,

protein synthesis and other metabolic work takes place within the

body cell mass. The body cell mass is, in effect, the total mass of all

the cellular elements in the body, and therefore, represents the

metabolically active component of the body. In the normally nourished

individual, muscle tissue accounts for approximately 60% of

the body cell mass, organ tissue for 20% of body cell mass, with the

remaining 20% made up of red cells and tissue cells. It also contains

the majority of the body’s potassium, (98 - 99%).

The support

compartment,

Extracellular Mass

ECM is the support mass of the body and is metabolically inactive,

consumes no oxygen, produces no carbon dioxide and performs no

work. The extracellular mass consists of extracellular fluids and

solids, such as bone and cartilage, with its primary function that of

support and transport. ECM is located outside of the cellular compartment

or outside of the body cell mass. Lean body mass is the

sum of body cell mass and extracellular mass.

The RJL Systems Quantum II assesses three compartment body composition with accuracy and repeatability. RJL

Systems software products allow you to manage three compartment information and interact with the data to create nd evaluate custom prescriptions for change. This is a significant step beyond all other analyzers, which only report body composition as fat and fat-free mass.


What are the long-term benefits of a good body composition prescription?
The ability to (1) analyze body composition data interactively, (2) create prescriptions for change and (3) visualize the effectiveness of those prescriptions and professional recommendations with projected and historical graphs helps increase motivation for positive change.

The ultimate outcome is improved health and increased longevity!

Wednesday, November 9, 2011

Supplements For Better Health

Supplements for Better Health

Along with a healthy eating plan, regular exercise, adequate rest and relaxation, your physician might recommend specific supplements to ensure you receive enough nutrients. Some of the things he or she might recommend are:

EFAs
Essential fatty acids (EFAs, such as omega-3 found in fish, flaxseeds, and walnuts) are important for about every function in our bodies. Unlike the fat contained in cookies and cakes, these fats (when taken properly) can have a dramatic effect on health and vitality. And, since it’s difficult to get all the EFAs we might need from foods without eating large quantities of fish, a supplement is often recommended.

Probiotics
We’ve been hearing a lot about these recently. The term probiotic refers to friendly bacteria that live in our intestines. It may not sound too appealing, but these friendly bacteria work hard to keep us healthy by aiding in our digestion, supporting regular bowel movements, and supporting our immune systems. While certain yogurts have certified “live and active” bacteria cultures, they might also contain a lot of sugar, fruit syrups, and empty calories.

Fiber

Americans are averaging about 10 grams-15 grams of fiber per day; the recommended intake by health organizations is 20 grams-35 grams. Fiber also has broad-ranging health effects like supporting a healthy colon and cholesterol levels, and aiding in managing weight. It’s important to add fiber supplements slowly in graduated amounts with plenty of fluids to allow your digestive system to adjust.

Meal Replacement
A nutritious beverage containing optimal ratios of protein, carbohydrates, fat, and other essential nutrients can work to help stabilize blood sugar levels and prevent hunger surges and cravings. And, with the busy schedules most of us keep these days, a good mealreplacement can save us time.

Why We’re Getting Fewer Nutrients

What are nutrients?

There are two types of nutrients. Macronutrients include proteins, fats, and carbohydrates.

Micronutrients include vitamins and minerals found in dietary sources that fuel proper body functioning, such as vitamins A, C, B12, D, calcium, magnesium, and iron.

Why is it most of us don’t get enough nutrients?

Reason #1: We eat empty calories (foods that contain little nutritional value), such as:
Heavily Processed Foods, Baked Goods, Soda, Candy, and Desserts

Reason #2: Most people don’t know that many aspects of daily living can increase the level of nutrients your body needs, accelerate nutrient losses, or impair proper nutrient absorption. These include:
Antacids—Certain antacids might block the absorption of nutrients such as calcium or iron. Longterm antacid use in some cases has been associated with nutritional deficiencies.

Caffeine—The tannins in coffee and tea can interfere with absorption of calcium, iron, magnesium, and B vitamins. Because caffeine has a diuretic action, it also might deplete nutrients such as vitamin
B6. Caffeine can also increase emotional stress (see Emotional Stress below), increase cravings for unhealthy foods, and cause heartburn (see Antacids above).

Surgery—Recovery from surgery (like any illness or injury) requires additional nutrients, such as protein and antioxidants. Some surgical procedures (gastric bypass, intestinal resection) can also
permanently affect dietary absorption of important nutrients such as vitamin B12.

Pregnancy—Mothers need additional nutrients such as folic acid in pregnancy. Nutritional deficiencies
may force the mother and fetus to compete for nutrients and might lead to complications for either or
both. Nutrient depletion also sets the stage for post-partum ailments such as depression.

Influenza (the Flu)—A body depleted of nutrients not only makes a better host for infectious diseases
like the flu but also increases the body’s need for antioxidants (E, C, beta carotene) found in fruits,vegetables, whole grains, and nuts. A healthy balance of intestinal bacteria also positively
influences the body’s immune system and can be fostered by a healthy diet and probiotics.

Emotional Stress—In addition to physical stress, the body might encounter increased nutritional needs (like vitamin C) due to emotional stress—which can also cause unhealthy eating. And a poor diet—lacking in protein, Essential Fatty Acids, and key vitamins—on its own can be the cause of
emotional stress. Stress also restricts the body’s flow of blood (which carries nutrients) by tightening muscles.

Prescription/OTC Drugs—Corticosteroids can inhibit calcium absorption, birth control pills and hormone replacement therapy can deplete B vitamins, statin medications can deplete essential CoQ10,
and certain weight loss drugs or “fat blockers” can reduce the absorption of other nutrients—just to name a few. Plus, some foods and nutritional supplements should be taken separately from certain
medications. Ask your doctor or phamacist for details.

Tuesday, July 5, 2011

Trace Elements: What They Do And Where You Get Them.

Chromium

Use of sugar in the body

Whole grains, spices, meats, brewer's yeast


Copper

Hemoglobin synthesis and function; production of collagen, elastin, neurotransmitters; melanin formation

Organ meats, shellfish, nuts, fruits

Fluorine
Binding calcium in bones and teeth

Fluoridated water

Iodine
Production of energy (as part of thyroid hormones)

Seafood, iodized salt

Iron
Hemoglobin synthesis and function; enzyme actions in energy production; production of collagen, elastin, neurotransmitters

Organ meats, meat, poultry, fish

Manganese
Functions not entirely understood, but needed for optimal health

Whole grains, nuts

Molybdenum
Functions not entirely understood, but needed for optimal health; detoxification of hazardous substances

Organ meats, whole grains, green leafy vegetables, milk, beans

Selenium
Functions not entirely understood, but necessary for optimal health
Broccoli, cabbage, celery, onions, garlic, whole grains, brewer's yeast, organ meats


Zinc
Immunity and healing, good eyesight, hundreds of enzyme activities
Whole grains, brewer's yeast, fish, meats

Minerals: What They Do And Where Do You Get Them

Calcium

Healthy bones and teeth, nerve conduction, muscle contraction, blood clotting, production of energy, immunity to disease

Dairy products, green leafy vegetables


Chlorine

Maintaining body's fluid and electrolyte balances, digestive juices

Table salt


Magnesium

Every major biologic process, use of glucose in the body, synthesis of nucleic acids and protein, cellular energy

Green leafy vegetables, fish, nuts, beans, whole grains


Phosphorus

Strong bones, all cell functions, cell membranes

Dairy products, fish, meats, poultry, vegetables, eggs


Potassium

Many major biologic processes, muscle contraction, nerve impulses, synthesis of nucleic acids and protein, energy production

Fresh vegetables, fresh fruits


Sodium

Water balance in tissues

Table salt, added to foods by manufacturer




Sulfur

Sulfur-containing amino acids

Onions, garlic, eggs, meat, dairy products

Vitamins... And Where You Get Them

Vitamin A
(and beta-carotene)

Healthy skin, strong teeth and bones in children, maintaining resistance to infection, normal growth, cell structure, normal eyesight

Fish liver oils, liver, dairy products (vitamin A); carrots, dark-green leafy vegetables (beta-carotene)


Vitamin B-1
(thiamine
)

Use of carbohydrates in the body, digestion and appetite, normal function of nervous system

Whole grains, brown rice, beans, peas, organ meats, lean pork, seeds/nuts


Vitamin B-2
(riboflavin)

Normal growth, formation of certain enzymes, cellular oxidation, prevention of sores and swelling of mouth and tongue

Dairy products, meats, poultry, fish, green vegetables (broccoli, turnip greens, asparagus, spinach)


Vitamin B-3
(niacin)

Activities of enzymes in the body's use of carbohydrates and fats, detoxification of pollutants and alcohol, nervous and digestive system functions, production of sex hormones, healthy skin

Lean meats, fish, poultry, whole grains


Vitamin B-6
(pyridoxine)

Use of amino acids in the body, making hemoglobin

Meats, whole grains, wheat germ, brewer's yeast


Vitamin B-12

Nervous system functions, normal development of red blood cells, production of genetic material in cells, effective use of carbohydrates and folic acid from foods

Fish, dairy products, organ meats, beef, pork, eggs


Biotin

Activities of enzymes needed to break down fatty acids in carbohydrates, ridding the body of wastes from breakdown of proteins

Nuts, whole grains, vegetables, fruits, milk, organ meats, brewer's yeast


Folic acid

Important metabolic processes in the body, growth, reproduction, production of red blood cells

Green leafy vegetables, oranges, beans, peas, rice, eggs, liver


Pantothenic acid

Production of certain hormones, activities of enzymes in the body's use of fats and carbohydrates, use of vitamins, normal growth, nervous system functions

Organ meats, eggs, whole grains, brewer's yeast


Vitamin C
(ascorbic acid)

Healthy skin, bones, teeth, gums, ligaments, and blood vessels; immunity to disease; wound healing; absorption of iron from the digestive tract

Citrus and other fresh fruits, fresh vegetables


Vitamin D

Strong bones; regulation of the absorption of calcium and phosphorus from the digestive tract

Fatty fish, liver, eggs, fortified milk


Vitamin E

Normal brain function, formation of red blood cells, maintaining some enzymes, normal cellular structure, protection against pollutants

Whole grains, vegetable oils, green leafy vegetables, eggs


Vitamin K

Blood clotting

Green leafy vegetables, dairy products

Understanding Foods

The news is always filled with stories about diet and nutrition. Many of these stories make it hard for people to know what they should and should not be eating. According to the American Heart Association (AHA), there is no single recommended diet. Instead, the AHA has a set of guidelines that take into account that people need a variety of foods to eat and that some people have specific health problems, which could mean eating less of certain foods. If you think that you are not eating a well-balanced diet, if you have health problems, or if you are about to make major changes to your diet, talk to your doctor or a dietitian who can help you decide on a nutrition plan that works for you.

The US Department of Agriculture (USDA) and the Department of Health and Human Services have revised their guidelines for healthy eating. The new guidelines, called the 2010 Dietary Guidelines for Americans, focus on balancing calories with physical activity, and encourage you to eat more vegetables, fruits, whole grains, fat-free and low-fat dairy products, and seafood. They also urge you to eat less sodium, saturated and trans fats, added sugars, and refined grains.

Carbohydrates

Carbohydrates are the main source of fuel in a balanced diet. The body converts carbohydrates to "glucose," which is a type of sugar. Your body uses some of this glucose right away for energy, and any extra glucose is converted into a sugar called "glycogen." Your body stores glycogen in your liver and muscles for future use. Glycogen can be quickly changed back to glucose as needed. Once your body has made enough glycogen, the leftover glucose is stored as fat.

Sugars and starches are carbohydrates. Sugars are called "simple carbohydrates" or "simple sugars." The most common form of simple sugar is glucose. When glucose molecules link together, they create a number of larger molecules called "complex carbohydrates." Starches and fiber are examples of complex carbohydrates.

Most carbohydrates are in the form of starches, which are found in foods such as grains, potatoes, and other starchy vegetables. Another common source of starch in our diets is refined grains, like white bread and pasta. Starches also may be added to foods to thicken or stabilize them. Added sugars and added starches usually increase the calorie count of foods, but they do not add essential nutrients. Although most people consume an adequate amount of total carbohydrates, many people consume too much added sugar and refined grain and not enough fiber.

Sugars

Sugars, or simple carbohydrates, give the body a quick source of energy, because they can be used right away. Refined and brown sugars, syrups, and honey are examples of sugars. Added sugars are those found in foods like candy and soft drinks, but they add more calories than nutrients to your diet. According to the 2010 Dietary Guidelines for Americans, you should reduce the number of calories you get from added sugars. Instead, you should try to get your daily supply of sugars from fresh fruits, which will also add vitamins and minerals to your diet.

Starches

Starches are called complex carbohydrates because your body must break them down to use their sugars. Breads, cereals, corn, peas, potatoes, pasta, and rice are examples of complex carbohydrates. Many studies have shown that people who eat a lot of whole grains have a lower risk of coronary artery disease than people who mainly eat high-fat or high-sugar foods do.

Fiber

Fiber is another form of complex carbohydrate. A diet high in fiber has been shown to reduce cholesterol levels and help protect against heart disease, cancer, and stomach and bowel problems. Fiber comes in two forms: insoluble and soluble. Insoluble fiber can be found in cereals, whole-grain breads, rice, and many vegetables. Soluble fiber is found in oatmeal, dried beans, peas, and many fruits, including apples, strawberries, and citrus fruits.

The new dietary guidelines recommend eating 14 grams of fiber per 1,000 calories, or 25 grams per day for women and 38 grams per day for men. You should try to eat foods that contain both insoluble and soluble fiber. Both forms are important to your diet. A diet high in soluble fiber may lower your risk of heart disease by decreasing your blood cholesterol. Insoluble fiber helps speed the passage of food through your digestive tract, keeping your body "regular." Eating fiber-rich foods may also help you lose or control your weight because most high-fiber foods provide complex carbohydrates, protein, vitamins, and minerals with little, if any, fat. Also, fiber takes up more space in your stomach and digestive tract than fats and simple sugars do, so you may feel full without eating as many calories.


Proteins

Proteins give your body the building materials for the growth, maintenance, and repair of tissues and muscles. Proteins also help your body make hormones. Extra protein is converted and stored in your body as fat, which can be used as emergency fuel when carbohydrates and fats are not on hand.

There are two main types of protein: animal protein and vegetable protein. Foods rich in animal protein include beef, pork, fish, chicken, eggs, and dairy products. Some foods that contain vegetable protein are broccoli, lentils, potatoes, pasta, oatmeal, rice, nuts, chickpeas (garbanzo beans), soybeans, and kidney, lima, and navy beans.

Although animal products are a good source of protein, eating a lot of animal products can raise your cholesterol level since animal products are often high in cholesterol and saturated fat.

The new dietary guidelines suggest that we should eat more protein in the form of seafood. Seafood contributes a range of nutrients, notably the omega-3 fatty acids, eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA). Studies have shown that eating about 8 ounces of seafood per week is associated with reduced number of heart-related deaths among people with and without heart disease.

Fats

The American Heart Association’s diet allows 30% of your daily calorie intake to come from fat. A Mediterranean-style diet may allow for up to 40% of your daily calorie intake to come from fat, but that extra 10% must come from healthy fats like olive oil, avocado, and fish.


Dietary fat is an important part of your daily nutrition, but you only need a small amount to keep your body's chemistry in balance.


Dietary fat comes in 2 basic forms: saturated and unsaturated. Saturated fat is the type of fat that raises your cholesterol and increases your risk of heart disease. Main sources of saturated fat are the butter fat in milk products, fat from red meat, and tropical oils such as coconut oil.

Unsaturated fat is better for you. It comes in 2 forms: monounsaturated or polyunsaturated. Vegetable oils are the best-known sources of unsaturated fat. Keep in mind, though, that a "100% vegetable oil" product may not live up to its name. Hydrogenation, the process that turns liquid vegetable oil into hydrogenated or partially hydrogenated vegetable oil to make shortening, margarine, and other solids, turns unsaturated fatty acids into saturated fatty acids. In general, you can easily recognize saturated fats because they will be solid at room temperature. Think of butter, stick margarine, shortening, and coconut oil. On the other hand, olive oil, canola oil, peanut oil, and liquid margarine are liquid at room temperature because they contain mainly unsaturated fat.

Another good way to tell whether a fat is saturated or unsaturated is to look at the label. Food manufacturers are required to list saturated fat separately, so this type of unhealthy fat is easy to spot.

In addition to saturated fat, the hydrogenation process creates another kind of unhealthy fat: trans fatty acids. This type of fat is also listed on food labels. Trans fatty acids are made when unsaturated vegetable oils are hydrogenated. The unsaturated fatty acids that do not become fully saturated may instead become trans fatty acids, which also may contribute to heart disease. Trans fatty acids have been shown to lower levels of "good cholesterol" and raise levels of "bad cholesterol."

In general, you can lower your trans fatty acid intake by avoiding foods that contain ingredients such as margarine, shortening, and hydrogenated or partially hydrogenated oils. Also, you can avoid foods such as french fries, doughnuts, cookies, and crackers, which are often high in trans fatty acids as well as saturated fat. Since trans fatty acids rarely occur naturally, they are mostly found in processed foods made with hydrogenated vegetable oil.

BODY SHAPE

Body Shape: Apple or Pear?

Where we store extra fat on our bodies also plays a role in the risk for heart disease. Most men tend to be apple-shaped, meaning fat is stored between the waist and the chest. Women, on the other hand, tend to be pear-shaped, meaning fat is stored on the hips and legs. Those women who develop male-pattern fat storage appear to be at higher risk of heart disease and heart attack.

The waist-to-hip ratio is another tool for determining fat distribution and heart disease risk. To find your waist-to-hip ratio, divide your waist measurement by your hip measurement. A number above 1 shows an apple shape. A number below 1 shows a pear shape. Remember, a waist-to-hip ratio greater than 1 shows male-pattern fat storage, which has been linked to an increased risk for heart disease.