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When it comes to treating any form of diabetes there are many different things that a sufferer can do. Because both Types 1 and 2 are incurable, there are a number of different things a person can do in order to treat these conditions. They can manage the problem through the use of tablets and insulin supplements as well as a diabetes diet. The diabetes diet natural treatment means that the person is less likely to suffer from any unwanted side effects.

The first thing that a person should do when they have been diagnosed with diabetes is to devise a diet with their doctor that can help them to control the condition effectively. But along with their doctor helping them to devise such a diet the internet is a great place to get advice and information as well.

But normally when a person has been first diagnosed with having diabetes their doctor will actually come up with a dietary plan for them. This is because initially actually being able to regulate the diabetics blood sugar levels can be very difficult to do.

In order to devise the right kind of diet for a diabetic a doctor will need to know about their current dietary habits and the kind of lifestyle that they lead. Then once the diet has been devised the patient will then need to remain in regular contact with their doctor to make sure that the diet is working properly and to deal with any problems should they occur.

Plus it is vital that during the first few months of using a diabetes diet you as a sufferer should keep a journal. In this you need to write down each day what foods you have eaten, how much of them and when they were consumed. Also it is vital that you write down any changes that occur to your blood sugar levels after you have eaten. Finally in this journal you need to provide any other information that your doctor feels is essential.

But when it comes to you using the diet unlike those, which are used for helping a person to lose weight it does not need to be stuck to rigidly. Rather what a person should do is make sure that they eat sufficient amounts of those foods that are good for them and that will not cause problems concerning their blood sugar. Below is some advice that will help when it comes to planning a diet for a person who has diabetes.

1. It is important that you include with your dietary requirements a wide range of fresh fruit and vegetables. If you can make sure that, you eat sufficient amounts of apples, bananas, oranges, beans, carrots and red cabbage. Also, eat those vegetables, which contain high amounts of fiber in them, but have low levels of starch.

2. Secondly along with plenty of fresh fruit and vegetables their diet should consist of whole grain foods rather than processed ones. So when making a Spaghetti Bolognese or Chilli Con Carne, use brown rice and whole grain spaghetti instead.

If you keep the above in mind when it comes to controlling this condition the diabetes diet natural treatment will actually help you in many ways. It will not only help to control the condition, but will also help to make sure that your blood sugar levels remain constant throughout the day.

With the rising number of people diagnosed with diabetes, one has to wonder, will I be next? According to the American Diabetes Association, 7% of the population is diabetic or in pre-diabetic stages. In just one year, 1.5 million people age 20 and older were diagnosed with the disease. Of the youth population, 1 in 6 overweight children are pre-diabetic. Unfortunately, the cause of diabetes and it’s pathology are not clearly understood. To make matters worse, our society has become soft and lazy. It’s no surprise that the obesity rate is increasing as quickly as diabetes.

The vagueness surrounding diabetes unfortunately does not aid in determining a concrete plan of prevention. Without fully understanding its cause, one cannot educate the public as to how to avoid developing diabetes. Unfortunately, even insulin’s role in diabetes and metabolic processes is not completely clear. It is known that poor nutrition, increased levels of stress and physical inactivity are environmental factors that can bring on diabetes, with or without genetic predisposition.

Diabetes refers to the disease in which the body does not use or produce insulin as it should. Insulin is a hormone used in the metabolic process to aid in converting sugar, starches and other foods into usable energy. According to the American Diabetes Association, 7% of the population is diabetic or in pre-diabetic stages. In just one year, 1.5 million people age 20 and older were diagnosed with the disease. The most common form of diabetes is the Type II, or insulin resistant disease. Of the youth population, 1 in 6 overweight children are pre-diabetic. The numbers are climbing at an alarming rate. Almost directly proportional to the increasing diabetic population is the obesity rate. Not surprisingly, one is closely linked to the other.

Science has been able to examine the cell’s processes in respect to metabolism and fat storage. What it cannot answer is which comes first, the chicken or the egg. As a person’s weight increases as result of poor nutrition, overindulgence of foods, or physical inactivity. His or her metabolism slows down and is overwhelmed. The result is less sensitivity to natural sugar converting processes. When the body cannot convert the glucose into fuel for cells, it stores the glucose as fat. The more fat cells store, the more overweight an individual becomes. This literally boggs down the systems. The cycle continues to repeat if nothing changes.

There is also a belief that insulin is needed to regulate blood sugar levels in the bodies. The term “insulin dependent” was created in the 1950s to create the impression that muscle and fat require insulin to take up glucose (the sugars created by eating high carbohydrate and sugary foods). However, current studies show that many different things in the body transport glucose. Cells require glucose for their cell respiration process. The body makes sure that the cells receive that, no matter how much insulin in present.

Without a doubt, balance is the answer, balancing nutrition with activity, relaxation with well-being. It has been found that nutrition and fitness can help prevent or manage diabetes. Prevention, if practiced soon enough, could mean a person will never get the disease, have to monitor their meals and blood sugar levels, or go on medication. Managing the disease by making changes in one’s diet and level of activity can make the difference between medication and insulin shots.

By incorporating inflammation fighting foods such as dark green vegetables, fresh dark fruits and complex carbs, as opposed to simple carbs, can not only help reduce pH levels in the body but improve blood sugar levels. By making conscious health decisions can delay the onset of diabetes does not have to be predetermined. Not everyone has to develop the it.

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A glucose meter (or glucometer) is a medical device for determining the approximate concentration of glucose in the blood. It is a key element of home blood glucose monitoring (HBGM) by people with diabetes mellitus or with proneness to hypoglycemia. A small drop of blood obtained by pricking the skin with a lancet is placed on a disposable test strip, which the meter reads and uses to calculate the blood glucose level. The meter then displays the level in mg/dl or mmol/l.

Since approximately 1980, a primary goal of the management of type 1 diabetes has been the achievement of closer-to-normal levels of glucose in the blood for as much of the time as possible, guided by HBGM several times a day. The benefits include a reduction in the occurrence rate and severity of long-term complications from hyperglycemia as well as a reduction in the short-term, potentially life-threatening complications of hypoglycemia.

There are several key characteristics of glucose meters that may differ from model to model:

• Size: The average size is now approximately the size of the palm of the hand, though some are smaller or larger. They are battery-powered.

• Test strips: A consumable element containing chemicals that react with glucose in the drop of blood is used for each measurement. For most models this element is a plastic test strip with a small spot impregnated with glucose oxidase and other components. Each strip can only be used once and is then discarded. Instead of strips, some models use discs that may be used for several readings.

• Coding: Since test strips may vary from batch to batch, some models require the user to enter in a code that may be found on the vial of test strips, or a chip that comes with the test strip. By entering the coding or chip into the glucose meter, the meter will be calibrated to that batch of test strips. However, if this process is carried out incorrectly, the meter reading can be up to 4mmol/L inaccurate. The implications of an incorrectly coded meter can be serious for patients actively managing their diabetes. For miscoded meters, the probability of making an insulin dose error of 2 units is 50%. The probability of making an insulin dose error of 3 units is 24%, compared to 0.49% when using a no coding meter. This may place patients at increased risk of hypoglycaemia.
  Bayer’s No Coding Technology involves a range of meters and test strips with automatic coding.^[1]

• Volume of blood sample: The size of the drop of blood needed by different models varies from 0.3 to 10 μl. (Older models required larger blood samples, usually defined as a “hanging drop” from the fingertip.) Smaller volume requirements reduce the frequency of unproductive pricks.

• Alternative site testing: Smaller drop volumes have enabled “alternate site testing” — pricking the forearms or other less sensitive areas instead of the fingertips. Although less uncomfortable, readings obtained from forearm blood lag behind fingertip blood in reflecting rapidly changing glucose levels in the rest of the body.

• Testing times: The times it takes to read a test strip may range from 3 to 60 seconds for different models.

• Display: The glucose value in mg/dl or mmol/l is displayed in a small window. The preferred measurement unit varies by country: mg/dl are preferred in the US, mmol/l in Canada and Europe. To convert mmol/l of glucose to mg/dl, multiply by 18. To convert mg/dl of glucose to mmol/l, divide by 18 or multiply by 0.055. Many machines can toggle between both types of measurements and there have been a couple of published instances in which someone with diabetes has been misled into the wrong action by assuming that a reading in mmol/l was really a very low reading in mg/dl, or the converse. Recent production U.S.-marketed machines are pre-set at the factory for mg/dl and cannot be changed.

glucose vs. plasma glucose: Glucose levels in plasma (one of the components of blood) are generally 10%–15% higher than glucose measurements in whole blood (and even more after eating). This is important because home blood glucose meters measure the glucose in whole blood while most lab tests measure the glucose in plasma. Currently, there are many meters on the market that give results as “plasma equivalent,” even though they are measuring whole blood glucose. The plasma equivalent is calculated from the whole blood glucose reading using an equation built into the glucose meter. This allows patients to easily compare their glucose measurements in a lab test and at home. It is important for you and your healthcare provider to know whether your meter gives its results as “whole blood equivalent” or “plasma equivalent.”

• Clock/memory: All meters now include a clock that is set for date and time, and a memory for past test results. The memory is an important aspect of diabetes care, as it enables the person with diabetes to keep a record of management and look for trends and patterns in blood glucose levels over days. Most memory chips can display an average of recent glucose readings.

• Data transfer: Many meters now have more sophisticated data handling capabilities. Many can be downloaded by a cable or infrared to a computer that has diabetes management software to display the test results. Some meters allow entry of additional data throughout the day, such as insulin dose, amounts of carbohydrates eaten, or exercise. A number of meters have been combined with other devices, such as insulin injection devices, PDAs, and even Game Boys.^[1] A radio link to an insulin pump allows automatic transfer of glucose readings to a calculator that assists the wearer in deciding on an appropriate insulin dose. One model also measures beta-hydroxybutyrate in the blood to detect ketoacidosis (ketosis).

• Hospital glucose meters: Special glucose meters for multi-patient hospital use are now used. These provide more elaborate quality control records, and the data handling capabilities are designed to transfer glucoses into electronic medical records and the laboratory computer systems for billing purposes.

Cost

The cost of home blood glucose monitoring is substantial due to the cost of the test strips. In 2006, the consumer cost of each glucose strip ranged from about $0.35 to $1.00. Manufacturers often provide meters at no cost to induce use of the profitable test strips. Type 1 diabetics test as often as 10 to 12 times a day due to the dynamics of insulin adjustment, whereas type 2 test less frequently, especially when insulin is not part of treatment.

Some batches of counterfeit test strips for some meters have been identified, and these have been shown to produce inaccurate results^[2]. They should not be used and should be reported to the supposed manufacturer.

[edit] Accuracy

Accuracy of glucose meters is a common topic of clinical concern. Nearly all of the meters have similar accuracy (±10-15%) when used optimally. However, a variety of factors can affect the accuracy of a test. Factors affecting accuracy of various meters have included calibration of meter, ambient temperature, pressure use to wipe off strip, size of blood sample, high levels of certain drugs in blood, hematocrit, dirt on meter, humidity, and aging of test strips. Models vary in their susceptibility to these factors, and in their ability to prevent or warn of inaccurate results with error messages. The Clarke error grid is a common way of analyzing and displaying accuracy of readings related to management consequences. More recently an improved version of the Clarke error grid has come into use - this is known as the Consensus Error Grid.

[edit] History

The earliest glucose meter was the Ames Reflectance Meter by Anton H. Clemens. It was used in American hospitals in the 70’s. It was about 10 inches long. It needed connection to an electrical outlet for the power. A moving needle indicated the blood glucose after about a minute.

Home glucose monitoring was demonstrated to improve glycemic control of type 1 diabetes in the late 1970s, and the first meters were marketed for home use around 1980. The two models initially dominant in North America in the 1980s were the Glucometer whose trademark is owned by Bayer[3] and the Accu-Chek meter (by Roche). Consequently, these brand names have become synonymous with the generic product to many health care professionals.

Test strips that changed color and could be read “visually”, without a meter, were also widely used in the 1980s. They had the added advantage that they could be cut with scissors longitudinally to save money. As meter accuracy and insurance coverage improved, they lost popularity and are no longer marketed.

At least in North America, hospitals resisted adoption of meter glucose measurements for inpatient diabetes care for over a decade. Managers of laboratories argued that the superior accuracy of a laboratory glucose measurement outweighed the advantage of immediate availability and made meter glucose measurements unacceptable for inpatient diabetes management. Patients with diabetes and their endocrinologists eventually persuaded acceptance.

Home glucose testing was adopted for type 2 diabetes more slowly than for type 1, and a large proportion of people with type 2 diabetes have never been instructed in home glucose testing.

[edit] Future

Development of noninvasive devices may enable continuous monitoring. Research is being done on noninvasive methods for measuring blood glucose, such as using electric currents and ultrasound.

There is one noninvasive glucose meter that has been approved by the FDA: The GlucoWatch G2 Biographer is designed to be worn on the wrist, and it uses electric fields to draw out body fluid for testing. The device does not replace conventional blood glucose monitoring. One limitation is that the GlucoWatch system is not able to cope with perspiration at the measurement site. The sweat must be allowed to dry before measurement can resume. Due to these limitations and others, the product is no longer on the market.

The market introduction of noninvasive blood glucose measurement by spectroscopic measurement methods, in the field of near-infrared (NIR), by extracorporal measuring devices, failed so far because at the present time, the devices measure tissue sugar, in body tissues, and not the blood sugar in blood fluid. To determine blood glucose, the measuring beam of infrared light, for example, has to penetrate the tissue for measurement of blood glucose.[4]

It is speculated that within the next decade, meters may be replaced with continuous glucose sensors for many people with diabetes. This will likely decrease complications found in people with diabetes by limiting problems associated with hyperglycemia and hypoglycemia.

There are currently 2 CGMS (continuous glucose monitoring system) available. The first is Medtronic’s Minimed Paradigm RTS with a sub-cutaneous probe attached to a small transmitter (roughly the size of a quarter) that sends interstitial glucose levels to a small pager sized receiver every 5 minutes. As well, the DexCom STS System is available (2Q 2006). It is a hypodermic probe with a small transmitter. The receiver is about the size of a cell phone and can operate up to five feet from the transmitter. Aside from a two hour calibration period, monitoring is logged at five-minute intervals for up to 72 hours. High and low glucose alarms are user-settable.

There is currently an effort to develop an integrated treatment system with a glucose meter, insulin pump and wristop controller, as well as an effort to integrate the glucose meter and a cell phone. These glucose meter/cellular phone combinations are under testing and currently cost $149.00 USD retail. Testing strips are proprietary and available only through the manufacturer (no insurance availability.) These “Glugophones” are currently offered in three forms: as a dongle for the iPhone, an addon pack for LG model UX5000, VX5200, and LX350 cell phones, as well as an addon pack for the Motorola Razr cell phone. This limits providers to AT&T for the iPhone and Verizon for the others.

[edit] Technology

Many glucose meters employ the oxidation of glucose to gluconolactone catalyzed by glucose oxidase. Others use a similar reaction catalysed instead by another enzyme, Glucose Dehydrogenase (GHD). This has the advantage of sensitivity over glucose oxidase, but is more susceptible to interfering reactions with other substances.

The first-generation devices relied on the same colorimetric reaction that is still used nowadays in glucose test strips for urine. Besides glucose oxidase, the test kit contains a benzidine derivative, which is oxidized to a blue polymer by the hydrogen peroxide formed in the oxidation reaction. The disadvantage of this method was that the test strip had to be developed after a precise interval (the blood had to be washed away), and the meter needed to be calibrated frequently.

Most glucometers today use an electrochemical method. Test strips contain a capillary that sucks up a reproducible amount of blood and an enzyme electrode containing glucose oxidase. The enzyme is reoxidized with an excess of ferrocyanide ion. The total charge passing through the electrode is measured and is proportional to the concentration of glucose in the blood. The coulometric method is a technique used to define a reaction where the amount of charge measured over a fixed time is measured. The amperometric method is used by some meters that allows the reaction to go to completion and where the total charge transfer is measured. The coulometric method allows for a fixed test time, whereas test times with a meter using the amperometric techique can vary.

[edit] Meter use for hypoglycemia

Although the apparent value of immediate measurement of blood glucose might seem to be higher for hypoglycemia than hyperglycemia, meters have been less useful. The primary problems are precision and ratio of false positive and negative results. An imprecision of ±15% is less of a problem for high glucose levels than low. There is little difference in the management of a glucose of 200 mg/dl compared with 260 (i.e., a “true” glucose of 230±15%), but a ±15% error margin at a low glucose concentration brings greater ambiguity with regards to glucose management.

The imprecision is compounded by the relative likelihoods of false positives and negatives in populations with diabetes and those without. People with type 1 diabetes usually have glucose levels above normal, often ranging from 40 to 500 mg/dl (2.2 to 28 mmol/l), and when a meter reading of 50 or 70 (2.8 or 3.9 mmol/l) is accompanied by their usual hypoglycemic symptoms, there is little uncertainty about the reading representing a “true positive” and little harm done if it is a “false positive.”

In contrast, people who do not have diabetes but periodically have hypoglycemic symptoms will have a much higher rate of false positives to true, and a meter is not accurate enough to base a diagnosis of hypoglycemia upon. A meter can occasionally be useful in the monitoring of severe types of hypoglycemia (e.g., congenital hyperinsulinism), to ensure that the average glucoses when fasting remain above 70 mg/dl (3.9 mmol/l).

[edit] YouTube Videos of Blood Glucose Meters

• WaveSense KeyNote
• LifeScan SureStepFlexx

[edit] External links used as references

• Diagnostic Devices, Inc. Markets The Only No Coding, Talking Glucose Meter To Assist The Visualy Impaired (Prodigy Voice, Autocode, Duo, Eject)
• Roche Diagnostics (Accu-Chek)
• Abbott Diabetes Care (FreeStyle, Flash, Optium)
• Bayer Diagnostics (Ascensia)
• LifeScan (OneTouch)
• National Diabetes Information Clearinghouse

References

1. ^ Healthcare Professionals — Products and Services. Bayer Healthcare. Retrieved on 2008-01-30.
2. WikiPedia - GLucose Meters

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How many times have you heard people say that they can’t stop eating cookies, or bread, or pasta, or candy? They may even laugh and say they are addicted to chocolate, as they pop the 10th truffle in their mouth. Well it’s time we faced the facts. We are addicted to many of the foods we eat. And when you really look at it, it’s not so very funny. You might even say, food addiction is a debilitating phenomenon.

‘Debilitating,’ you might say. ‘That’s a bit extreme, isn’t it?’ Well maybe not.

It is often said that society favors thin people, and that the model for beauty is skin-and-bones. Now this is probably true and I don’t deny it. But you may be a size 14, and you want to be a size 8, and you know this is your ideal size, as well as very achievable. And yet you can’t get there because of all the cookies, pasta, and bread you eat, even as you say you don’t want to. Then you have a problem. And the problem is that you are fighting food cravings.

At this point you may wonder what it wrong with you. You may wonder why you have no will power. You might try diets and feel your mood swing, as you starve yourself and your blood sugar goes down. You may become irritable and grouchy as you ‘white-knuckle it’ with your family. Then you might give up and go eat all you want for a few weeks. You then might watch the pounds you lost come back on, with extra pounds as interest. And once again you are bound to feel there is something wrong with you.

This is what a low-level food addiction looks like, before it becomes full-blown. As it progresses, obesity and binge eating often set in. The binge eating causes extreme waves in blood sugar, and a feeling of exhaustion and lethargy. This feeling follows food addicts through their entire lives. Binge eating will sometimes lead to bulimia, as the ‘fight to handle’ extreme cravings rages on. And this, of course, is a perilous place to be. Either way, most food addicts’ metabolisms are destroyed and diets no longer work, and self-esteem becomes next to nil.

If you’re lucky, at this point you will just continue your cycle of irritability, obesity, and carbohydrate abuse until your body depletes its insulin supply. At this point you will become diabetic and sentence yourself to a shortened life-span, and an old age of pain and misery. If you’re not so lucky, you will convince yourself that it is better ‘not to eat at all’ than to fight the cravings, or to be fat. You will then become anorexic. If this is the case, judging by statistics, you probably won’t make it.

And this is the thing about which we joke at parties as we eat our 10th cookie.

I want you to know that it is possible to stop fighting food cravings. There are various programs of help for food addicts. The one I have attended is called Overeaters Anonymous. If your addiction is very extreme, you may want to attend a program called Food Addicts Anonymous. You will also need a food plan that does not include the foods that you are addicted to. And there are many other tools I can tell you about in later articles. But for now, suffice it to say, there are sources of help. And you can find them. You just need to you look.

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Many people with type 2 diabetes have to take insulin to control blood glucose levels. There are various types and brands of insulin to meet different needs. Synthetic human insulins produced by recombinant technology are most commonly used today. Human insulins generally have a more rapid onset and shorter duration of activity than pork-derived insulins. For further details on 24 hour insulin, read What Causes Diabetes?

Other than that, the disease is greatly individualized. How a person cares for themselves prior to the onset, as well as management of the disease determines what quality of life he or she will experience.

Diabetes has warning signs that are often overlooked. They include the following: Frequent urination (in large quantities) Excessive thirst

Extreme hunger

Insulin is categorized by its onset, peak and duration. There are four categories of insulin: rapid acting, regular or short-acting, intermediate and long acting. The onset refers to how soon the insulin reaches the bloodstream. Peak is the point at which the insulin is most effective in reducing blood sugar levels and duration explains how long it will continue to work. There are more than 20 different kinds of insulin. They are either manufactured in a lab or derived from animals.

Fatigue (weak and tired)

Irritability and mood changes

Unfortunately, once damage occurs to the pancreas or cells that produce insulin the implications are serious. Type I diabetes is irreversible. Once it is diagnosed, alternative methods to convert glucose into usable energy must be incorporated. Due to the nature of Type I, insulin is the only alternative.

There are four ways to categorize insulin: rapid acting, regular or short-acting, intermediate and long acting. Characteristics of insulin include onset, peak time and duration. Onset refers to the time before insulin reaches the bloodstream. Peak time is when the insulin is at its most effective state in lowering blood glucose levels. Duration is how long the insulin continues to work. Depending on the individual and lifestyle, a doctor can determine which type is most beneficial for the diabetic. The various types are either created in a lab or derived from animals.

Education helps an individual learn the warning signs, before permanent damage to the pancreas takes place. Unfortunately, many people have the tendency to overlook symptoms. They contribute them to some other minor problem. For example, fatigue is brushed off as a result of working too late. It should be known, however, that life with Type I diabetes is manageable. Advances in medicine paired with information about living healthy gives diabetics a huge advantage over this disease.

Diabetes requires constant management and monitoring, as any life-threatening disease demands. Conditions associated with Type I diabetes include hyperglycemia, hypoglycemia, ketoacidosis. Complications including heart disease, kidney disease, eye complications. Diabetic neuropathy and nerve damage, foot complications, skin complications, gastroparesis and depression can cause symptoms and complications that make life more difficult for the diabetic. Most of diabetes complications are directly related to how well an individual cares for themselves and his or her blood sugar levels. Life with diabetes can be normal as long as a healthy lifestyle is adopted and practiced.

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The margin of time that determines muscle building success or failure in the gym is a heck of a lot shorter than you might think. Just as fraction-of-a-second moments during a 100 metre dash will make or break a sprinter’s race, fraction-of-a-second moments will also make or break your body’s muscle growth response in the gym.

In fact, your entire margin of success in the gym can ultimately be reduced to just a short time span of 60 seconds. That’s correct, how you choose to handle a short 60 second time period during your workouts will translate to either poor, mediocre or significant muscle building results. Although each entire workout will last for about an hour, only 60 seconds of that actual time will determine what kind of gains you achieve.

Let me try to explain. Every set of execises that you perform in the gym will give you benefits on the last 1-2 reps. Why? Because muscles respond to stress, so, the first reps you perform are nothing but a mechanism to trigger the stress your muscles need to grow.

Then, reps 1-4 are only performed in order to get to reps 5 and 6, the ones that really matter in the bodybuilding process. The first ones, do very little in terms of stimulating muscular growth.

What’s important then, is to overload the muscles on reps 5 and 6. And the most important thing to achieve better results is try to keep that stress level as long as you can at the end of each set.

The best way to trigger your body’s adaptive responses is training until your muscles cannot move the weight another inch. Drop the weight some seconds before the guy next to you and you will see the difference between his and your muscles after some weeks.

Let’s do some math. If you perform 10 sets per workout, and have a margin of 6 seconds between success/failure per set, then it means that the way you handle that 60 seconds could mean a significant muscular growth…or a total waste of time.

Well, if we assume that you perform 10 total all out sets per workout and have a margin of 6 seconds between success/failure per set, this gives you 60 seconds of total time per workout to either battle through with full effort or to surrender and settle for mediocre results.

As long as you can force yourself to train to all out muscular failure, you’ll see the best possible results. If you drop the weight 3 or 10 seconds before muscular failure, it will mean a great difference in muscular growth terms.

Training your muscles to muscular failure is the way to achieve betters results. If you drop the weight before you reach it you are compromising the results.

You must train hard and with full effort at all times. When the weight feels heavy and your muscles ache and burn with discomfort, you must push through and continue until true muscular failure is reached.

If you stop short, even a second short, your gains will be compromised. Keep this in mind at all times in the gym and you’ll experience better results than ever before.

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Jack finishes a focused set of exercises and re-racks the weight. His legs are wobbly, he feels light headed and he takes a big swig from his water bottle. He looks down at his watch and presses the start button to begin counting down backwards from 2 minutes.

He saw on TV that 2 minutes is the perfect rest time between sets, and what he wants is to do it exactly in that way. So, the watch beeps and he’s be back in the squat rack ready for his next set of exercises with the weights.

2 minutes is up. His legs still feel weak, his heart still beats frantically and he doesn’t quite feel 100%, but that watch beeped and that means his time is up. He must perform his next set regardless of how he feels.

He performs the next set. He is not really ready to exercise right now, so he puts forth a mediocre effort, finish the set, and waits for another 2 seconds. He is making a huge mistake, just as hundreds of lifters in another gyms.

By having a set rest interval between sets, he is forcing his body to train at an effort level that is far less than his maximum potential and is severely sacrificing the amount of muscle growth he can ultimately stimulate because of this.

Muscles grow because of an adaptive response to stress. You lift X amount of weight for Y number of reps, and your body adapts to this level of stress. In order to see continual gains in muscle size, you must continually force X and Y to higher and higher levels.

What you have to do then is to lift as much weight as you can again, and again, and again.

If you don’t rest enough between sets, you will not reach your maximum strenght potential sacrificing the amount of weight you can lift, and also sacrificing the amount of muscle you can build. So, to begin the next set qhen you are still tired is the big mistake you should not make.

A watch will never tell you when you are ready to begin the next set. Instead of it, listen to your body and you will know when to follow your training.

The set rest period theory is also highly flawed because it does not take into account the fact that certain exercises tax the body much more heavily than others and therefore require more rest between them.

Image via Wikipedia

Anyone who has the condition known as diabetes has a condition that creates a situation where the conversion of energy from the food they eat is faulty. Glucose is the body’s natural fuel source provided by the food we eat. Diabetes interrupts the transportation of glucose around the body. As more and more glucose remains in the bloodstream blood glucose or blood sugar levels can rise too high.

Two main types occur; information on both is looked at briefly here. Juvenile onset diabetes is called type one and usually, but not always, affects children and young adults and is where the body’s production of insulin has ceased; this means insulin must be given to the diabetic on a daily basis for them to live. Insulin is used by the body to regulate the amount of glucose the blood contains. The second form of diabetes usually affects people when they are of mature years; this can be controlled by diet but is caused by problems with the insulin production or its function.

To stay alive we need energy, something which is supplied in abundance by everyday foods like various pastas, bread, potatoes, rice and fruit for instance. Many health conditions can be caused by long term high blood sugar levels including: poor vision, heart complaints, problems with the kidneys and in some cases even limb amputation. Specialists in diabetes will tell you that provided you do exactly what your care and management program tells you to do, your condition will start to improve; some of the possible conditions will be halted completely whilst others will be delayed.

Managing your condition means you must take control of certain areas of your life by ensuring you take your medication regularly; but this means sticking to your medication, watching your blood sugar, cholesterol and to stop smoking!

In addition, weight and blood pressure will need to be routinely monitored and kept stable. Diabetes cannot be cured and once diagnosed it is a lifelong complaint; currently approx 2.6 percent of the U.S. population or about 5.5 million Americans, are known to have this health problem.

However, it is estimated that about the same number of people again have the condition; each year there are over six hundred thousand new cases. The number of Americans who have diabetes and die each year is approximately 320,000 but only 34,000 die as a direct result of having the condition.

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You may be wondering if your decision to give up meat is the right one. So how will it change things in your life and for the planet? It might be true that one extra person won’t make a huge statistical difference in a world of meat-eaters.

It is true just one person won’t make a huge difference but if you multiply this by millions of people who make the choice then the effect becomes much more significant. A classic example of this is illustrated by the amount of heart disease in the USA that meat-eaters suffer from.

Many of today’s heart conditions would not be so commonplace if people did not eat so much food with high levels of cholesterol, such as dairy products and eggs. The figures speak for themselves when a person who eats meat is four times as likely to suffer a heart attack as someone who is a vegetarian.

The risk of a heart attack for vegans is even lower with only a one in ten chance of having a heart attack against those of a person who eats meat. But these are not the only health benefits of choosing to be a vegetarian.

For instance, you won’t be exposed to nearly as many preservatives, which are common in meat and are linked to cancer. Of course vegetarians will not be exposed to the number of additional hormones that are fed to cattle as part of their feed and will not experience some of the hormone problems people have because of this.

A digestive problem, which many nutritional experts believe to be caused by intolerance to lactose, will also be avoided. Ok so there are obvious health benefits to becoming a vegetarian but it will also mean that many animals will not be harmed either.

One particular study illustrates this point by claiming that the average American is responsible for the death (for food) of over two thousand seven hundred animals during their life. If you quit eating meat now, you could literally prevent the suffering and death of hundreds of animals over the course of a couple decades.

So if you haven’t worked it out by now, yes we can all make a difference both individually and collectively which should show why becoming a vegetarian is so important. An improvement in your overall health with less chance of cancer or a heart condition and the reduction of animal deaths provide a compelling argument.

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by Wendy Matters

Are you like me and fed up of using medication to lower your blood pressure? Those pills that you take every day with all these negative side effects. At last in the power of five easy steps you can reduce your blood pressure.

Due to the fact that high blood pressure will usually occur with little or no symptoms, your blood pressure may be high and you have no idea, because of this it may be left untreated and lead to a dangerous disease called hypertension. Although medication is often used to lower high blood pressure, there are several natural steps to take in order to help yourself naturally cure hypertension.

First and foremost take charge of your diet. This is one of the leading ways to lower high blood pressure. you must know that the what you eat plays a major role on how high your blood pressure will be. If you want to naturally cure hypertension, be careful about what you supply your body with. Fruits, vegetables and low-fat dairy should be taken on a daily basis, and even those who do not have high blood pressure, especially those who have it in the family, can keep blood pressure in a safe range, by eating well. It is said that drinking a glass of wine once in a while and indulging in some dark chocolate can really help reduce blood pressure, however all things should be done in moderation.

Stress and anxiety are other causes of high blood pressure. These alone may not cause its occurrence, however they do offer a vital role in aggravating it, or sometimes even aggravate situations in which your blood pressure may increase. To lower high blood pressure, it is important to maintain a handle on your stress and anxiety. Stress relieving methods are welcomed when trying to do that. In order to naturally cure hypertension, you need to relieve your life from stressors.

Obesity or being overweight is a factor which leads to high blood pressure. Try all the ways you can to lose any excess weight, this will allow your body less weight to carry around. It will be much easier for your heart, lungs, and the rest of your body systems to perform their functions, which will help to lower your high blood pressure. It is advised that you participate in an exercise program. Exercises is one of the ultimate ways of strengthening your heart and lungs, loose excess weight and which eventually lead to lower blood pressure.

Although salt is part of your diet it is placed as one of the steps for greater emphasis to be made on it. One of the major minerals found in the body is sodium, it is supplied to the body through the intake of salt. The fluid leveling system in the body depends greatly on sodium to fulfill its functions. Increases in fluid levels occur anytime you use too much salt, which in turn leads to a higher blood volume. Your blood pressure will definitely be up, it is therefore necessary to avoid excessive ingestion of salt and you will be a step closer to naturally cure hypertension.

To lower high blood pressure, and help keep it down, the last step is to monitor your blood pressure and document it daily. You may want to purchase your own blood pressure monitor, this will serve as an alternative to always going to the doctor’s office. This will enable you to make your own documentations of your blood pressure, where you will have hands on knowledge of the differences in your body by doing yourself a favor and trying to naturally cure hypertension.

Here you have it five simple pointers so you can naturally cure hypertension. If you have high blood pressure, or if you know that you are at risk for high blood pressure, take a pre-emptive strike and keep your high blood pressure within normal range. This will allow you to maintain the healthiest lifestyle possible. Do it naturally!

About the Author:

Download this Urgent Hypertension Report “Who Caused Your Hypertension?” If you or your love one is diagnosed with hypertension, and you are concerned about the side effects of medication. Visit the Uber Article Directory to get a totally unique version of this article for reprint.

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