The Nutrition of Health

Protein is one the most important nutritional sources required as part of a healthy diet, however is has had little attention paid to it until recently. In the last few years more and more research has been done on protein and high-protein diets in general, specifically comparing them to carbohydrates and fat based diets.

The recommended daily intake of protein is generally under 60 g for adults according to most national food recommendation policies however the recent advent of protein powder as a supplemental diet source has found many potential benefits for a highly increased protein intake.

People need to be aware that all proteins sources were not created equally. Good protein sources contain essential amino acids, that is amino acids that the body cannot produce on its own and can be used to build new proteins. Protein that comes from fruits,vegetables, and other plant-based sources do not generally contain high levels of essential amino acids which can in some cases results in protein malnutrition. Ideally the best sources of protein are as follows:

-Fish
-Chicken
-Red meat
-Nuts
-Vegetables such as beans and whole grains

A balanced diet where moderation is key and you receive protein from both animal and vegetable sources would be the best protein diet package. High-protein diets have shown many potential benefits with some studies showing increased weight loss, higher metabolic rate, increased strength and lean muscle mass, or even overall improvements in mood. Appetite suppression is also a major benefit of a high-protein diet has protein has been shown to be one of the best nutritional sources for reducing appetite for a long period of time.

Overall it is shown that as part of healthy protein nutrition you want to:

-Get a good mix of protein from a variety of sources
-Consider increasing your dosage above and beyond what the recommended intake is
-For animal-based protein try and use fish and chicken as your primary sources

Regardless of age, lifestyle, or athletic/fitness ability there is a strong case to be made for a higher protein diet. There is little risk in increasing your daily protein intake, as an allergic reaction to protein is exceedingly rare nor have there been any serious risks associated with higher protein diets in general. Increasing your protein daily calories from 10 to 20%, to 50% and higher could result in a numerous health and lifestyle benefits for almost everyone.

In the past articles I’ve been suggesting concerning the dangers of sugar substitutes, however the fact is that there are lots of them that I have had to breakdown the data so as not to tire you out of trouble.

We trust our government to deal with our health as in the Food and Drug Administration (FDA), when we know fully well the federal government most of the times does not have the man power or the economical resources to watch all of the departments that comprise the tangled web in our food. A minimum of, it is exactly what the FDA tells us.

What then are our options? The bottom line is, WE have to take care of our own health!

So then, let us talk about low-calorie alternatives.

In the year 1970, the U.S. Fda (FDA) banned the sale of cyclamates, after diagnostic tests in rats involving a ten:l combination of cyclamate and saccharin established that considerable amounts of cyclamates causes bladder cancer, a disease to which rats are particularly susceptible. Yet, cyclamates continue to be used as sweeteners in many areas of the world.

Saccharin was the very first artificial sweetener to appear in 1979 discovered strictly accidentally by Ira Remsen and Constantin Falhberg between your many years of 1877 and 1878. Sacharin is 300 times sweeter than sugar (sucrose) and is often used to improve the taste of toothpastes, dietary foods, and dietary beverages. In order to minimize the unpleasant aftertaste of saccharin it’s disguised by blending it along with other sweeteners.”

Some research indicates that high amounts of saccharin could possibly cause bladder cancer in Lab rats. These details caused fear concerning the use of saccharin. In turn, Canada decided to ban saccharin due to the animal research in america. In 1977 the FDA considered banning saccharin, however, Congress waded-in and put a legal duration of delay on the ban. This delay required an alert label as well as ordered further studies of saccharin safety issues.

Environmentally friendly Protection Agency (EPA) has officially removed saccharin and its salts using their listing of hazardous constituents and commercial chemicals. Inside a December 14, 2010 release the EPA stated that saccharin is no longer considered a potential hazard to human health.

Stevia has been utilized by countries in South usa for centuries plus Japan and contains been used commercially since 1970. Due to the unique characteristics of zero index list and zero calories, stevia has become more popular in many other countries.

In 1987 the FDA issued a ban on stevia since it had not been approved as a food additive. After being repeatedly provided with a lot of scientific data proving that there wasn’t any negative effects to the use of stevia like a sweetener from the soda companies, the FDA gave a “no objection” approval for GRAS (Generally Recognized As Safe) status to Truvia in December 2008.

Dr. Gladys Alvarez has spent over forty five years working in different Medical Fields to incorporate Surgical Oncology, Research on Aids at one of our most prestigious universities as well as is a correspondent that has traveled extensively around the world studying different lifestyles, cultures and their nutritional habits because she’s committed to educate the customer as to the advantages of living a happy, healthy lifestyle through fitness, weight reduction and nutrition. If you have found this short article helpful, check out her website to receive your FREE videos at http://www.drkool.com TODAY!!!!!!

While current research has revealed that people generally have reduced their use of fat, there are more alarming findings about sugar consumption. Obesity has now been declared a worldwide epidemic and statistical evidence shows that overweight problems have more related to sugar consumption than fat consumption.

We want a reasonable knowledge of different sugars to make the best choices. Because this may get a tad too technical for many people, I’ve relegated a summary of definitions towards the end of this article.

Sugars of 1 type occur naturally in foods like vegetables and fruit. Processed sugars which have another constitution are put into foods, fruit juices and other drinks as sweeteners to make these products more palatable. Herein lies the main difference between what is good and what’s bad.

We need to differentiate between sugars classified as monosaccharides and disaccharides therefore we need to get acquainted with the terms fructose, sucrose, glucose, lactoseand galactose. Then, there is the role glucose vs. glycogen in our bodies. It gets complicated why don’t we keep to the essentials.

Monosaccharides
Monosaccharides would be the simplest form of sugar and can include fructose, glucose and galactose.

Fructose occurs naturally in fruits, honey, berries and most root vegetables. Your consumption of the meals in which it occurs naturally is healthy. Other monosaccharides include glucose and galactose.

A U.S. survey reveals that about 9% of average calorie intake originates from fructose. Only one-third of the fructose originates from fruit, while the other two-thirds originate from added refined sugars; this is when you will discover a correlation between unhealthy sugar consumption and obesity.

Disaccharides
Disaccharidesare carbohydrates that are created when two monosaccharides are joined. The best known disaccharides is sucrose, often called ordinary sugar, where a fructose molecule is joined with a glucose molecule. Another common disaccharide is lactose, found only in milk, where a glucose along with a galactose molecule are combined.

Glucose
Glucose is really a sugar our metabolism converts into energy. Our brain along with other tissues need a constant way to obtain blood sugar to outlive. Glucose, transported via the bloodstream, is the primary supply of energy for that body’s cells; it’s the prime metabolic fuel source for many organisms, from bacteria to humans.

The body produces glucose when we digest the sugar and starch which are found in carbohydrates. Such foods include rice, grains, pasta, potatoes, vegetables and fruit. Enzymes break up the starch and sugar into glucose which is absorbed into our bloodstream. The glucose combines with insulin and together they provide the power for our muscles and brain.

It is essential to the health to help keep glucose levels inside a normal range. Because the energy originates from the foods we eat, our body has a mechanism for maintaining a normal range. This mechanism is seated within our liver which stores excess glucose as glycogen.

Glucose and glycogen
Our body absorbs glucose from the foods we eat and this may obviously occur irregularly. The glucose the body doesn’t use immediately is converted into glycogen.

Glycogen is really a chain of glucose sub-units stored primarily in the liver and in our muscles. This glycogen is used to buffer our blood sugar level. For instance, our muscles use the glycogen kept in the liver for energy during strenuous exercise.

The most important thing within our quest for weight loss is the fact that any glucose more than the needs for energy and storage as glycogen is transformed into fat. This is the underlying cause for the common argument that claims the following:

1. Fruit contains fructose.
2. Fructose turns to fat.
3. If you want to lose weight, do not eat fruit.

This argument is essentially false because it ignores how our body metabolizes fructose.

Fructose and glycogen
Fructose can stimulate lipogenesis meaning the accumulation and storage of fat. However, fructose is primarily kept in our liver as glycogen. The liver can comfortably handle a regular intake of 50 grams of fructose without storing any other fat also it can store 100 grams of glycogen.

This is an important observation. An ordinary bit of fresh fruit contains approximately 6-7 grams of fructose so you would need to eat a lot more than 5-7 pieces of fruit in a day to soak up 50 g. In contrast, you are able to effortlessly absorb more than 50 g of fructose by drinking lots of carbonated sodas, or drinks sweetened with fructose corn syrup.

High fructose corn syrup (HFCS) consumption has grown dramatically and is now a main contributor to obesity. You must know the following misconceptions:

* People confuse HFCS with fructose occurring naturally in fruit.
* The entire weight of the piece of fruit is not made up of fructose; most of the weight is fiber.

Conclusion
You will suffer no ill effects from eating several pieces of fruit on a daily basis. What you ought to avoid is HFCS consumption and processed sugars added as sweeteners to foods and drinks.

Additional definitions:

Fructose
Fructose, or fruit sugar, is one of three dietary monosaccharides, another two being glucose and galactose. All three are absorbed into our bloodstream during digestion.

Fructose is really a naturally sourced sugar, typically present in fruits, honey, berries and many root vegetables. It’s the most water-soluble of sugars. In plants, fructose may exist like a monosaccharide and/or a component of sucrose. in scientific terms called a disaccharide.

Commercially, fructose is derived from sugar cane, sugar beets and corn. Derived from these sources, it comes in three forms:

* Crystalline fructoseis the monosaccharide and has high purity if this has been dried and ground.
* High-fructose corn syrup (HFCS) is a combination of glucose and fructose.
* Sucrose (see definition below) is commonly put into foods, fruit juices along with other drinks as a taste enhancement.

Sucrose
Sucrose is really a complex carbohydrate that exists naturally in fruits and vegetables and happens in greatest quantities in sugar cane and sugar beets. The food industry separates the sugar from these plants to create ordinary sugar and sweeteners which are put into foods, fruit drinks and other drinks.

During digestion, sucrose is broken down into its constituent monosaccharides, glucose and fructose. The glucose and fructose molecules are absorbed into our bloodstream and causes an immediate rise in blood glucose levels. This can cause problems for people who suffer from hypoglycemia or diabetes.

Galactose
This can be a simple sugar present in lactose that is less sweet than glucose (ordinary sugar). It’s a monosaccharide (see above) which comes mainly from milk and dairy food. Galactose is metabolized primarily in our liver into glucose 1-phosphate.

Lactose
A sugar formed by galactose and glucose found mainly in milk where it happens at 2-8% by weight. When we consume milk, an enzyme called lactase stops working lactose into glucose and galactose. Because of through genes of food sources, European people are generally much more tolerant of lactose than people from Africa and Asia. Those who are intolerant to lactose are affected bloating and flatulence once they consume milk products.

Cardiovascular disease is among the main reasons for death in the United States and has an immediate link to dieting and exercise. If you are looking for ways to keep your heart and arteries healthy and free from plaques, listed here are 5 foods which help promote vascular and overall health and taste great too.

1. Wonderful Fish Oils. Omega-3-fatty acids are located in salmon and other cold water fish, it has natural anti-inflammatory properties. It will help helps make the platelets less sticky so they are not as likely to clot and from plaques in our arteries. There are many methods to add healthy fish to your diet and even if you don’t like fish you can include other sources of omega 3 fatty acids to your diet. You can include ground flax seeds to some fruit smoothie as well as sprinkle it in your cereal.

2. Bad breath with a benefit. Garlic is an excellent seasoning for food, not to mention that it’s antimicrobial properties and it also prevents plaque formation and it energizes the manufacture of nitrous oxide, a chemical produced in your body that can help relax circulation system lining.

3. What’s in your salad? Dark green leafy vegetables like spinach and Swiss chard are filled with many antioxidants, minerals and vitamins that provide the body with the nutrients that it must function. They contain vitamin k supplement which is a powerful blood thinner that prevents platelet clumping.

4. A simple cup of green tea extract.
The chill is in the air, fall is here now and teas are an excellent and healthy way to beat the cold and obtain your daily dose of antioxidants. Antioxidants in green tea extract prevent clotting and keep blood vessels healthy.

5. Give a little spice to your food. Curcumin, the active component of turmeric is a superb way to give a flavor to curries and soups. It keeps arteries healthy by reduction of inflammation and protecting the liner of the blood vessels for free radical damage.

With the increased prevalence of cardiovascular disease and blood pressure many people are searching for healthier, natural methods to remain healthy. There is no better way than to get these health benefits through the foods that people eat. A number of these foods are available in your local grocery store and you’ll even have them in your pantry. You don’t have to be worried about finding exotic foods that will help you remain healthy and stop heart disease.