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Agave Nectar: A Delicious Alternative   
Date:
June 04, 2024 04:57 PM
Agave Nectar: A Delicious AlternativeIn recent years, agave nectar has gained popularity as a natural sweetener, touted for its unique taste and potential health benefits. But what exactly is agave nectar, and how does it stack up against traditional sugar and other sweeteners? In this comprehensive guide, we will delve into the uses and nutritional benefits of agave nectar, comparing it to traditional sugar and other sweeteners to help you make an informed decision.
What is Agave Nectar?Agave nectar, also known as agave syrup, is a sweetener derived from the sap of the agave plant. The agave plant is native to Mexico and has been used for centuries in traditional medicine and as a sweetener. The sap is extracted from the core of the agave plant, then filtered and heated at low temperatures to break down the complex carbohydrates into simple sugars. The result is a sweet, viscous liquid with a taste similar to honey, but with a thinner consistency.
Nutritional Profile of Agave NectarAgave nectar is primarily composed of fructose, a simple sugar found in many fruits. Unlike traditional sugar (Sucrose), which is made up of equal parts glucose and fructose, agave nectar usually contains about 70-90% fructose and 10-30% glucose. Here is a quick look at the nutritional content of one tablespoon (21 grams) of agave nectar:
Uses of Agave NectarUse agave nectar in various ways to add versatility to your kitchen. Here are some common uses:
Comparing Agave Nectar to Traditional SugarCaloric ContentBoth agave nectar and traditional sugar contain similar amounts of calories per serving, but agave nectar is sweeter than sugar, which means you can use less of it to achieve the same level of sweetness. This can result in a lower overall caloric intake when using agave nectar as a sugar substitute.
Glycemic IndexOne of the key differences between agave nectar and traditional sugar is their glycemic index (GI). The glycemic index measures how quickly a food raises blood sugar levels. Foods with a high GI cause a rapid spike in blood sugar, while those with a low GI release sugar more slowly and steadily. Agave nectar has a low glycemic index, typically between 13 and 30, which is significantly lower than that of traditional sugar (Sucrose), which has a GI of around 65. This makes agave nectar a more suitable option for those trying to manage their blood sugar levels.
Fructose ContentWhile agave nectar's high fructose content may contribute to its low glycemic index, it also raises some concerns. Consuming high fructose intake in large amounts has been linked to obesity, fatty liver disease, and insulin resistance. However, when used in moderation, agave nectar can be a healthier alternative to traditional sugar and high-fructose corn syrup.
Comparing Agave Nectar to Other SweetenersHoneyHoney, often compared to agave nectar, provides a natural sweetener option with similar caloric content, allowing interchangeability in recipes. This sweetener has a higher glycemic index than agave nectar, meaning it can cause a quicker spike in blood sugar levels. However, honey also contains antioxidants, vitamins, and minerals, which can provide additional health benefits.
Maple SyrupMaple syrup, like agave nectar, is a natural sweetener with a lower glycemic index than sugar. It also contains some beneficial nutrients, such as manganese and zinc. However, agave nectar is sweeter than maple syrup, so you may need to use less of it to achieve the desired sweetness.
SteviaStevia, derived from the leaves of the Stevia rebaudiana plant, is a zero-calorie sweetener. It does not affect blood sugar levels and requires only a small amount due to its sweeter taste compared to agave nectar. If you want a super sweet brand of stevia, try Kal brand stevia, it has no after taste and contains over 1800 servings at a reasonable price. While stevia is a good option for those looking to reduce their caloric intake and manage blood sugar levels, some people find its aftertaste less appealing than that of agave nectar.
Potential Health Benefits of Agave NectarLower Glycemic IndexAs mentioned earlier, agave nectar has a lower glycemic index than traditional sugar, making it a potentially better choice for those managing diabetes or trying to maintain stable blood sugar levels.
Antioxidant PropertiesAgave nectar contains some antioxidants, which can help neutralize harmful free radicals in the body. While the antioxidant content is not as high as that found in honey or some fruits, it still provides some benefit.
Digestive HealthFructans, a type of carbohydrate found in agave, can act as prebiotics, promoting the growth of beneficial bacteria in the gut. This can contribute to better digestive health and overall well-being.
Moderation is KeyWhile agave nectar offers several advantages over traditional sugar and some other sweeteners, it is essential to use it in moderation. Its high fructose content can pose health risks if consumed in large amounts, so it's crucial to be mindful of your overall sugar intake.
Are You Ready For a New Kind of Sweetener?Agave nectar is a delicious and versatile natural sweetener that offers some nutritional benefits over traditional sugar and other sweeteners. Its lower glycemic index, antioxidant properties, and potential digestive health benefits make it an attractive option for those looking to reduce their sugar consumption. However, it is essential to use agave nectar in moderation and consider it as part of a balanced diet. By understanding the uses and benefits of agave nectar, you can make an informed decision about incorporating it into your culinary repertoire.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=6611) Stevia: A Zero-Calorie Sweetener 
Date:
June 03, 2024 04:15 PM
Stevia: A Zero-Calorie SweetenerIn a world where health consciousness is increasingly important, finding the right sweetener can be a game changer. One such alternative that has gained significant attention is Stevia. Known for its zero-calorie content, Stevia offers a natural sweetness without the drawbacks associated with sugar. This article examines the properties of Stevia, how it’s harvested, its sweetness compared to sugar, and its benefits for those managing diabetes.
What is Stevia?Stevia is a natural sweetener derived from the leaves of the Stevia rebaudiana plant, native to South America. Unlike artificial sweeteners, Stevia is completely natural and has been used for centuries by indigenous people in countries like Brazil and Paraguay. The leaves of the plant contain sweet-tasting compounds known as steviol glycosides, which are the primary components used in Stevia sweeteners found on shelves today.
How Stevia is HarvestedTraditionally, Stevia leaves are harvested by hand. Farmers usually pluck the mature leaves, which are then dried to maintain their sweetness. Once dried, these leaves can be used in their whole form, or they can be processed to extract the steviol glycosides. Modern extraction methods involve soaking the leaves in water and then processing the extract to remove impurities. This results in a highly concentrated sweetener that is hundreds of times sweeter than sugar.
Sweetness Compared to SugarWhen it comes to sweetness, Stevia stands out. Stevia is approximately 200 to 300 times sweeter than Sucrose (table sugar). This means a very small amount of Stevia is needed to achieve the desired level of sweetness, which also makes it an efficient option for those looking to cut down on sugar intake. However, it’s important to note that Stevia doesn’t have the exact same taste profile as sugar. Some people describe its sweetness as having a slight, licorice-like aftertaste, which not everyone finds appealing.
Benefits for Those Managing DiabetesFor individuals managing diabetes, Stevia can be an invaluable part of their diet. One of the primary concerns for people with diabetes is managing their blood sugar levels. Traditional sugar can cause spikes in blood glucose, making it difficult to control diabetes symptoms. Stevia, on the other hand, does not contain carbohydrates and has no impact on blood glucose levels. This makes it a suitable alternative for those who need to keep their sugar levels in check. Moreover, using Stevia can help diabetic individuals enjoy sweet foods and beverages without the fear of negatively affecting their health. The zero-calorie aspect of Stevia also contributes to maintaining a healthier weight, which is a crucial factor in managing diabetes.
Nutritional and Health BenefitsIn addition to its zero-calorie feature, Stevia also offers several nutritional and health benefits. Some research suggests that Stevia may help in lowering blood pressure and improving cholesterol levels. These potential benefits make Stevia not just a sugar substitute, but a supplement that can contribute to overall well-being.
Antioxidant PropertiesStevia leaves are rich in antioxidants, which help to combat oxidative stress in the body. Oxidative stress is linked to various chronic diseases, including heart disease and cancer. By incorporating Stevia into your diet, you might benefit from its antioxidant content, aiding in the reduction of inflammation and promoting better health.
Culinary UsesStevia is versatile and can be used in a variety of culinary applications. It’s available in different forms such as powders, liquid extracts, and even whole leaves. You can use Stevia to sweeten beverages like tea and coffee, baked goods, desserts, and even savory dishes that require a touch of sweetness. However, due to its high sweetness level, it is recommended to start with a small amount and adjust according to taste. Keep in mind that Stevia might behave differently than sugar in recipes, particularly in baking. Sugar contributes to the texture and volume of baked goods, while Stevia does not. Therefore, recipes using Stevia may require additional adjustments for the best results.
Economic and Environmental ImpactGrowing and harvesting Stevia can be advantageous from both economic and environmental perspectives. Stevia plants require less land and water compared to sugar cane or beet crops, making it a more sustainable option in the long run. Additionally, Stevia farming can provide economic opportunities for communities in developing countries where the plant is grown.
Are You Ready For a Zero-Calorie Sweetener?Stevia stands out as an exceptional zero-calorie sweetener, especially beneficial for those managing diabetes and looking to reduce their calorie intake. Its natural origin, coupled with its impressive sweetness and array of health benefits, make it a compelling alternative to traditional sugar and artificial sweeteners. Whether you are looking to alter your dietary habits or manage a health condition like diabetes, Stevia offers a promising solution for a healthier sweetening choice.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=6610) Stevia leaves: Health benefits and uses for diabetes
Date:
December 18, 2018 04:04 PM
Stevia, a sweet extract from the plant Stevia Rebaudiana, has been used as a sugar substitute for years. Roughly 40 times sweeter than sugar but low in calories, Stevia can help in weight loss and blood sugar control. Stevia leaves also contain antioxidants, including kaempferol, which can, according to a study published in the American Journal of Epidemiology, lower the risk of pancreatic cancer by 23%. Stevia has also been reported to lower blook pressure, and is used in Brazil to treat diabetes. Stevia plants can be grown at home. The leaves can be stored like other herbs. Key Takeaways:
"Stevia is low-calorie, and much sweeter than sugar. If used as a substitute, it helps in weight-loss and controlling blood sugar levels, which may be beneficial for people with diabetes." Read more: https://www.timesnownews.com/health/article/stevia-leaves-health-benefits-and-uses-for-diabetes/331510
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=5908) How rare sugars might help control blood glucose
Date:
March 13, 2017 06:59 AM
Someone's glucose levels being too high can be a major problem. This can cause many health issues. It can even lead to diabetes. This talks about how rare sugars can actually help lower levels. It's funny to think of sugars being good for you but this explains it in a more understandable way. Key Takeaways:
"In an era when the label “natural” hits a sweet spot with consumers, some uncommon sugars emerging on the market could live up to the connotation." Reference:
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=4129) Reduce Caloric Intake with Xylitol
Date:
December 01, 2015 01:33 AM
Xylitol is a natural sweetener which was discovered long back in 1891 but since 1960s it is used as a good alternative for refined sugar to sweeten a number of edible products. It reduces caloric intake and the chances of cavities in your dental line. But before discussing the benefits of this alternative sweetener you should know the harms of white sugar on your health which compelled people to adopt it as an effective alternative. Harmful Effects of Refined Sugar on your HealthSugar is a kind of drug that contains additive chemicals but no nutritional value. Most of the people use it in their day-to-day life due to its addictive properties. According to various health experts white sugar affects your brain like cocaine. In fact, the added sugar in your day-to-day diet can be the single item that is most unhealthy for you. Most people eat it as they are ignorant about the harmful effects of white sugar on their health. It has been proven that white sugar can;
After realising the harmful effects of white sugar on their health many people have started to adopt alternative sweeteners like Xylitol etc. to replace white sugar and protect their health from its ill effects. What is Xylitol?Xylitol is a natural product which is produced by human body in normal metabolic conditions and is also found in various vegetables and fruits like fibrous vegetation, hard wood trees and birch etc. It is produced commercially from these fruits and vegetation plants due to the quantity of Sucrose and sweetness it provides without giving unpleasant aftertaste and increasing calories. When you eat Xylitol it gives cooling sensation in your mouth. How it replaces sugar effectively?Xylitol has been approved to be used in various oral health and pharmaceutical products like cough syrups, lozenges, chewable pediatric multivitamins, mouthwashes and toothpastes etc. It is also permitted to use in various food items like hard candies, chewing gums and gum drops etc. Benefits of Xylitol as alternative sweetenerXylitol is good in taste without any unpleasant flavour. It can be used in same quantity as in sweetness it is equal to sugar. Helps in reducing the chances of cavities in your teeth and reduces the formation of plaque in your teeth. Xylitol also helps in repairing damaged enamel of your teeth by increasing the flow of saliva. It provides 2.4 calories per gram which is about 1/3 of the calories provided by same amount of white sugar. Most of the healthcare providers advice it as a useful alternative to sugar to their diabetic patients. Thus, Xylitol can be used as an effective alternative to white sugar to reduce the chances of a number of health problems caused by the later one.
References https://www.atkins.com/how-it-works/library/articles/10-ways-sugar-harms-your-health \
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=3234) Dental Benefits of Xylitol; Protect your teeth against decay.
Date:
October 07, 2014 08:34 PM
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=3161) What is Xylitol?
Date:
February 09, 2014 08:50 AM
What is Xylitol?
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=3012) Erythritol - The Healthy Sugar
Date:
February 07, 2014 05:00 PM
What is erythritol
Erythritol is among the organic Sugar alcohols. This occurs normally inside a couple of items from the dirt nourishments. The idea whenever industrially ready it's made from sugar through fermentation having a candida called Moniliella pollinis. Sugar alcohols aren't because fairly sweet because desk Sugar (Sucrose) as well as include less calories from fat compared to Sucrose. Additionally they do not metabolize through dental germs, henceforth trigger absolutely no teeth rot. There are many Sugar alcohols as well as a number of them are used because sweeteners, for example xylitol as well as sorbitol, within Sugar free of charge nourishments.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=3009) Is D-Ribose Only Good For All Muscular Energy Or Just The Heart?
Date:
January 22, 2014 10:32 AM
What is D-Ribose
Before answering the above question, have a look at the science behind the fact that Ribose is helpful to heart patients. Well, in simple terms, heart of the people, suffering from congestive heart failure works much harder compared to the heart of normal people. To pump blood harder, heart requires more energy and if it doesn’t get the energy, it gets tired and also makes the body tired. This is where the external dosage of Ribose offsets the energy lost by the heart, and help it work properly. D-Ribose is frequently found in energy drinks and health supplements. Actually natural foods don’t really contain free Ribose, hence health supplements or energy drinks become the best source of Ribose. Before purchasing any health supplement featuring Ribose, make sure you consult with an expert doctor. So, whether you are suffering from congestive heart failure or chronic fatigue or you just want to boost your energy before the gym workouts, consume a genuine D-Ribose health supplement daily to see the difference.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2979) What Makes Tupelo Honey The Best Form Of Honey To Consume?
Date:
January 02, 2013 11:48 AM
The Reason Why Tupelo Honey Is The Best! The delicious sweet honey brings water to everyone's mouth. It is available in various forms to the honey lovers in different tastes. Often the classification is on different criteria. One such classification is based on the sources from which the honey is collected and another type of classification is based on the way in which the honey is processed and packaged. Tupelo honey forms a part of the first type of classification. There are many other types apart from this, all of which differ in tastes besides producing various benefits. However tupelo honey has better edge over others which can be substantiated with the following explanation. Tupelo honey is made from Nyssa Ogecha, the white tupelo tree. This is found mainly in the south eastern region of the United States. The basin of the Apalachicola River is the main source for this honey. The basins of other rivers such as Ochlocknee, Chipola and Choctahatchee also contain some trees that produce tupelo honey. Tupelo Honey Nutrient Rich! Often it is considered as the best form of honey because of its high ratio of the level of fructose to that of glucose. This indicates that it is capable of generating energy for the body for a longer duration than other forms of honey, besides containing all the antibacterial and antimicrobial properties like other forms of honey. Tupelo honey is rich in nutritional composition with dextrose accounting for 25.29 percent, fructose for 43.25 percent, Sucrose for 1.21 percent, maltose for 7.97 and other the higher sugars for 1.1 percent. In addition to these, it also contains riboflavin, thiamine, nicotinic acid, ascorbic acid, sodium, magnesium, potassium, manganese, copper, iron, phosphorous and calcium. Hence this is used for curing cough problems, treating sore throats and burns. Also because of its low level of dextrose and high level of fructose, its usage is often recommended for diabetics patients.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2797) Xanthan Gum Recipes
Date:
December 18, 2012 11:29 AM
Natural Healthy Thickener Anyone who has wielded a ladle knows exactly what it means to get the right consistency in sauces and soups. Generally a flour, either cornstarch or arrowroot powder based additive, which is carbohydrate rich, make our soups and sauces thick, using conventional cooking methods. However, with growing concerns over carb -rich diets being linked to obesity and the recurring need for thickening required in cooking, has necessitated a switch without compromising on health. Synthetic thickeners are not recommended though sometimes used commercially . Xanthun gum is a naturally derived form of a thickener made through the fermentation of glucose or Sucrose using the harmless bacteria Xanthomonas campestris. Marketed from the 1960's, this harmless bacteria forms one of the most useful thickening agents that has been used commercially in the food industry. It has been used as an anti-settling agent, thickener and emulsifier for ice creams, smoothies, gums and confectioneries and even as a binding agent in creams ,lotions as well as other cosmetics including lipsticks. Xanthan Gum Powder-Here are some benefits that one could look forward to:
This polysaccharide needs to be used in small quantities thus it is not only affordable but can get easily amalgamated into home cooked food recipes with absolute ease ending up providing the most mouth watering of recipes the respite from censure .
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2751) Benefit Of Stevia
Date:
October 06, 2012 08:09 PM
Stevia Stevia is one of the herbs that have been in use for a long period in the past to sweeten food and drinks. It has no calories, side effects and it does not contain sugar. Stevia is very helpful to pre-diabetics and diabetics because it does not cause spike of blood sugar. As a natural sweetener, it can also be useful to other carbohydrate-controlled meals. The research has shown that stevia is very beneficial to the pancreas by improving the sensitivity of the insulin as well it promotes the production of insulin. Stevia also helps to reverse metabolic syndrome and diabetes. If stevia is consumed before meal, it will reduce postpradial level of insulin as compared with Sucrose. Sweetener Stevia has been used for many years and it is argued by many experts to be safe as it has no harmful effects. It's leaves have been used for the treatment of diabetes mellitus. You should use stevia to sweeten your coffee or tea instead of sugar. It has no effect on the level of blood glucose and it maybe involved in enhancement of glucose tolerance.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2676) History And Uses Of Xylitol
Date:
February 07, 2012 07:50 AM
Xylitol is the 5-carbon sugar which is found within the birch tree sap and it's naturally found in the fibers of various vegetables and fruits. This is a sugar-alcohol sweetener commonly used as the sugar substitute. History of xylitol Although discovered in the 19th century during the Second World War, Xylitol has been recognized ever since the tardy 1800s. The researchers from Germany and France were the first individuals to try to produce this product approximately 100 years ago, but ended up creating syrup-like consistency mixture. This product became commercially available in the 1960s and the commercial process is still the same as it was during the 1960s. Before 1943, the scientists' categorized this sugar with various sugary carbohydrates (polyols) and it lingered so till the beginning of the war-associated deficiency of sugar which initiated the call for an alternate sugar. This initiated further research in to the xylitols insulin-independent properties, this resulted in discovery of its other biological benefits. In 1962 this chemical was introduced in the infusion therapy demonstrating that it can be introduced to ill individuals. The commercial production process involves extraction of Polysaccharides rich in Xylose from various agricultural by-products and hardwoods. These are hydrolyzed with various intense acidic treatments and then it is purified before hydrogenation is done. This process needs a lot of harsh chemicals and is quite expensive and inefficient. It was until 1970 that the odontological benefit of xylitol was ascertained in Finland, Turku. The initial study of the effects of this sugar on the dental plaque began during the same year. This resulted in large scale production of xylitol, in 1974 by the Finnish sugar company. Sugar-free dental product was first launched in Finland which was a xylitol chewing-gum. How xylitol works This sugar can prevent cavity in various ways by actually blocking the tooth decaying process. The bacteria causing decay cannot ferment this sugar into acids as it does with other sugars including dextrose, fructose, glucose and Sucrose. This results in production of less acidic by-product thus interfering with the dental plaque environment which favors decaying. This results in prevention of tooth demineralization. The high pH condition caused by xylitol sugar is not favorable for the cariogenic bacteria which are responsible for decaying. This results in fewer bacteria in the plaques and long-term exposure has an effect on which type of bacteria will prevail within the plaque. This also inhibits the growth of specific xylitol-sensitive bacteria strain. Since they cannot breakdown this sugar, they end up not reproducing and growing in population. The lack of fermentable sugars results in creation of anti-cavity effect. The starvation effect created by this sugar prevents accumulation of cariogenic bacteria in the plaques. Long term xylitol exposure results in change of predominant cariogenic bacteria to xylitol-resistant strains from xylitol-sensitive. This xylitol-sensitive strain of bacteria cannot colonize the plaque since they have less adhering capabilities. The less acidic condition in the dental plaque interface created by this sugar can initiate demineralization. Demineralization occurs when the plaque interface is at a pH of 5.5 or below since fewer bacteria live in the plaques. Studies have showed that demineralized tooth samples immersed in a solution containing 20% xylitol experienced a great remineralization degree. This is noted in the deep and middle tooth layers.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2558) Why is Xylitol So Good for You
Date:
May 23, 2011 01:01 PM
Xylitol and Its Health Benefits.Xylitol is fruit sugar that occurs naturally in fiber-rich plan-based foods, such as berries, oats, and mushrooms. Its sweetness has been compared to table sugar, the disaccharide Sucrose to be specific. Unlike simple sugars and most other carbohydrates, it contains much less calories, making it one of the best natural sweeteners. More importantly, it has been associated with numerous health benefits. The medicinal properties of xylitol were first noted in the second half of the 19th century, when it was introduced as a sugar substitute primarily for individuals afflicted with insulin resistance and diabetes mellitus. It is in fact a hydrogenated form of carbohydrate, which is also referred to as sugar alcohol. That being said, it does not impact insulin levels but rather contributes to healthy blood sugar. Prevents Dental Carries One of the earliest documented health benefits of xylitol is its role in preventing the formation of dental carries. Also known as tooth decay, dental carries result from the breakdown of hard tooth structure in the presence of bacteria. It is believed that over 90 per\cent of the global population experience caries at least once in a lifetime, with children being more susceptible. It should be noted that bacteria taking up residence in the mouth cavity rely on fermentable carbohydrates for nutrition. The products of fermentation are acids that are capable of denaturing the mineral content of teeth, leading to rampant dental carries over time. The use of xylitol has been advocated for over a century since it is not fermentable, unlike glucose, Sucrose, and fructose, which are almost always found in the human diet. Fights off Infections Xylitol has been observed to display disease-fighting properties. In fact, it has been utilized in the treatment of several bacterial and fungal infections. This sugar alcohol has long been reported to produce metabolites upon exposure to saliva. These metabolites are organic compounds that interfere with the ability of bacteria to adhere to the tissues of the oral and nasal cavities. More importantly, xylitol appears to enhance the effectiveness of mucus, antibacterial compounds, neutrophil granulocytes, and various enzymes that often get in contact with pathogens first. Regular intake of xylitol has been effective against oral infections of Candida yeast. It has also been cited in the treatment of ear infections, such as acute otitis media. Not surprisingly, it relieves sore throat. Regulates Blood Sugar Xylitol is one of the oldest recommended substitutes to sugar. It has a very low glycemic index, which makes that sugar levels in the blood rise gradually and steadily throughout the day. By so doing, it does not cause an insulin spike or impact blood sugar levels. Xylitol is an ideal source of energy for those who are suffering from metabolic syndrome and those who are following a low-carbohydrate diet. If you haven’t started xylitol, isn’t it time too?
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2300) Is There Any Benefit to Taking Grape Seed Extract?
Date:
April 15, 2011 02:12 PM
Grape Seed Extract And Your Health!Grape seed extract has been linked to many health benefits. It is entirely derived from grape products, but contains higher concentrations of organic compounds naturally occurring in grape seeds. It has long been known that grapes are excellent sources of bioactive compounds while grape seeds have more phytochemicals. In addition to their long list of all-natural antioxidants, such as tocopherols, flavonoids, and oligomeric proanthocyanidins, grape seed extracts contain the essential fatty acid linoleic acid, the reason why they are exceptionally good for the skin.Accelerates Wound Healing The circulatory system is the best venue for nutrient distribution throughout the body. The tissues that have direct access to the blood vessels are more likely to receive nourishment and heal faster in the process. Grape seed extracts induce the productions of proteins called vascular endothelial growth factor, which stimulates the growth of healthy blood vessels, thereby accelerating wound healing in any part of the body. Improves Bone Density Grape seed extracts have been noted to increase bone mass and strength. The bones are the primary storage of inorganic minerals in the human body, like elemental calcium. As such, they undergo a lifetime cycle of resorption and reabsorption to respond to the mineral needs of other body parts. Any imbalance in the process may result in bone porosity. It is postulated that the phytochemical content of grape seed extracts inhibits bone resorption. Promotes Integumentary Health Oligomeric proanthocyanidins, or OPCs, are of special note for their unique antioxidant activities. They are capable of scavenging free radicals and preventing cellular damage. At the same time, they protect the skin, the scalp, and the rest of the integumentary system from the harmful oxidative effects of ultraviolet rays. Grape seed extracts are particularly rich in OPCs, which have been tied to impede skin tumor growth. Shows Cardioprotective Effects Grape seed extracts contain an abundance of organic compounds that promote cardiovascular health. First, it has shown to be effective in lowering low-density lipoproteins, also known as bad cholesterol. Second, its antioxidant properties prevent the oxidation of bad cholesterol, which results in the formation of arterial plaques if subjected to oxidative stress. Third, grape seed extracts reduce complications of preexisting cardiovascular disorders. Eases Digestive Problems Grapes have long been reputed as a digestive in many cultures. Grape seed extracts, having flavonoids with bioactive properties, serve as a cleanser of the alimentary canal. They aid digestion and modulate the effects of enzymes on food. The same organic compounds limit the growth of microorganisms that populate the colon, which is the cause of many disorders of the gastrointestinal tract. Prevents Tooth Decay Grape seed extracts contain phenolics that interfere with the metabolism of sugars in the oral cavity. The bacteria that take up residence in the mouth rely on the availability of saccharine compounds, and they thrive well in the presence of simple sugars, such as Sucrose, fructose, and glucose. Dental carries result from an abundance of these sugars and a growing bacterial population. Grape seed extracts impact both. As you can see, grape seed extract has many health benefits. All who want to keep their body’s working in tip top shape should be taking grape seed extract daily!
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2275) Agave Nectar
Date:
April 08, 2010 04:31 PM
Reading through the attack articles and blogs that have surfaced recently one could think that using agave is bad for one's health. These claims are utterly false and misleading. They are extreme views drawn from extreme examples and applied way out of context. They are propagandizing and clearly designed to frighten, not educate. All of the fears and concerns associated with the overconsumption of sugars and calories in general have been unfairly cast on agave. What is a "healthy" sweetener? One that you use moderately and sensibly. Health concerns related to fructose and caloric sweeteners are all dependant on the overconsumption of them. All foods have calories and it is the overall consumption of calories that lead to obesity and related issues, not any one food source.
Agave's caloric value is comparable to the other sweeteners in the category. Due to its greater sweetness though, less agave is used compared to the others, so agave actually can reduce caloric consumption per serving. This is due to a higher fructose content. The higher content does not mean higher consumption though, due to the smaller portion used. But, it is not the single serving that matters, it is the number of servings which lead to the overconsumption issues which may result in health concerns. As a reference point, 9-10 teaspoon servings of agave would be the approximate caloric equivalent of one 16 oz soft drink. With this perspective, is agave really being overconsumed as a choice of sweetener for home use? Every single health issue which the attackers have tried to associate with agave is really the result of a caloric overconsumption issue. There are no documented issues with normal, moderate consumption of agave or sweeteners in general as part of our everyday diet. For reasons unknown, some have attempted to isolate agave from the real world and real world conditions with the goal of inhibiting agave's use. They play on people's fears, reference false information and fail to address health issues in any meaningful way. The purpose of this article is to debunk the controversial misinformation surrounding agave. All information debunking the myths and misinformation is based on current science and facts. It is our goal to provide you with useful information so that you can make your personal nutritional choices in a well-informed, science-based manner. The Agave Controversy: Exposing the fraudulent article by Rami Nagel By Dr. Susan Kleiner, PhD, RD, FACN, CNS, FISSN And Craig Gerbore, CEO Madhava
The controversy about agave syrup was manufactured by the publication of a single article on the internet, which has been reproduced and adapted for virtually every other article produced on the internet and other media venues. That article, written by Rami Nagel and published on Naturalnews.com, was highly biased and full of inaccuracies, half-truths and misinformation about agave. Since the Naturalnews.com article has been the sole source of nearly all other popular articles in public media, we want to set the record straight with science-based, reliable information to offer a more balanced resource to those interested in learning more about agave syrup. According to the description on the Naturalnews.com website, Rami Nagel is a "citizen journalist". This means that Mr. Nagel is self-employed, and not employed as an in-house journalist by the website. He wrote and published the article without any editorial or content oversight, and the editor of the website, Mike Adams, makes it clear that the article was not checked for incorrect or inaccurate information or facts. The introduction to the article, written by Mr. Adams, states that readers had written to comment that Mr. Nagel's resources were biased with conflicts of interest due to their financial interests in competing sweeteners, such as brown rice syrup. So even the website editor himself states that the article is not fact-checked, and it is biased and unbalanced. Who is Russ Bianchi? The sole resource interviewed for the article is Russ Bianchi, identified by the author as Managing Director and CEO of Adept Solutions, Inc. Mr. Bianchi has clear conflict of interest ties to the sweetener industry. We have documentation of the fact that Mr Bianchi had plans to market a product named Replace. It was to be touted as a low calorie alternative sweetener composed of natural and artificial ingredients! Mr Bianchi was prevented from marketing this sweetener as the result of a lawsuit against him by the owner of the formula. Mr Bianchi is quoted by Nagel extensively and exclusively. Many, if not all, of his statements are blatantly false or misrepresentations of fact. He is clearly propagandizing against agave nectar. Was anyone else interviewed for this article?
Yes. Craig Gerbore, president and owner of Madhava Agave Syrup, was extensively interviewed by the author but no parts of that interview were included in the article. It is important to note that neither Mr Nagel or Mr Bianchi have not made themselves available for questions on their statements since the articles appearance. They remain out of sight and have entirely avoided the controversy their statements created. What is agave nectar? The opening line of this paragraph in the article by Mr. Nagel states: "The principal constituent of the agave is starch, such as what is found in corn or rice." This is absolutely false. There is no starch in agave. The source of carbohydrate in agave syrup is inulin, a polysaccharide made up primarily of strings of fructose units. Starch is a polysaccharide made up of strings of glucose molecules. They are significantly different, and this difference is why agave syrup is naturally sweet. The very basis of the argument presented by Mr. Nagel is false. The Process The agave plant is a succulent, similar to a cactus. The agave sweetener comes from both the Salmiana agave plant and the agave Tequilana (Blue Agave) which are both organically farmed in Mexico and certified organic by USDA approved certifiers. As the salmiana plant grows it produces a stalk called the "quiote" and when this is removed, a natural liquid called "aquamiel". The liquid is collected from the plant, while Blue agave pinons are harvested and shredded to remove the similar juice. Either can be naturally processed thermally or by enzymes into agave nectar. The juice of the plant is not naturally sweet. The string of connected fructose units that makes up the major proportion of inulin does not have a sweet taste, but when the fructose units are separated (the process is called hydrolysis) by the addition of an enzyme, similar to digestion, or thermally for most blue agave, the syrup becomes quite sweet. That is the entire processing chain for agave nectar. There are no additives, other ingredients or chemicals in Madhava agave nectar. It is absolutely pure and organic and GMO free. ? Mr. Nagel claims that agave syrup is a "refined corn fructose" similar to high fructose corn syrup. This is absolutely false. There is no relationship between agave syrup and high fructose corn syrup in any way, including the source of the product, or the manufacturing process. ? Mr. Nagel refers to a "confidential FDA letter" from Mr. Martin Stutsman, claiming that agave is fraudulently labeled. We contacted Mr. Stutsman at the United States Food and Drug Administration, and his response made it clear that there was never a "confidential FDA letter". He did publish a public letter referenced in an FDA document as "FDA letter from Martin Stutsman to Dr. Eric Wilhelmsen (Wilhelmsen Consulting), May 8, 2000", regarding evaporated cane juice, a topic wholly unrelated to agave syrup. ? He continued in his response to us that the paragraph in Mr. Nagel's article inaccurately reflected the substance of his comments in the document. This link will take you to the original document in which the letter was referenced (reference #2): //www.fda.gov/Food/GuidanceComplianceRegulatoryInformation/GuidanceDocuments/FoodLabelingNutrition/ucm181491.htm In fact, Mr. Nagel fabricated the entire story of the letter. Mr. Stutsman is a lawyer, not a doctor. The quotes were completely taken out of context from the document, and the quotes never referred to agave syrup at any time. Nagel goes on to further misrepresent Mr. Stutsman's intent in the published document by weaving in other inaccurate information that is thoroughly unrelated to the original document. Mr Bianchi's subsequent statements on labeling issues are false and without merit. Mr. Nagel is clearly caught red-handed. He has misrepresented the words of a government official, lied about the facts, and twisted the information to achieve his own agenda. This strategy is repeated throughout the article. ? Mr. Nagel continues his deceptive writing by referring to a quote by the late Dr. Varro Tyler in his book, The Honest Herbal. The first line of the paragraph is a direct quote from the book. Nothing else in that paragraph remotely resembles anything else found in Dr. Tyler's book. Mr. Nagel is trying to claim that agave syrup contains large quantities of saponins, and that they can be harmful to health. Here is the debunking of that paragraph: 1. Dr. Tyler does not include the variety of agave plant used for agave syrup. 2. The entire discussion is about the use of the sword-shaped leaves and the stem. Agave syrup is produced from the natural liquid in the plant. The saponins are isolated from the leaves of the plant. 3. There is no documented evidence to suggest agave syrup contains worrisome levels of saponins and the entire rest of the discussion about health dangers is fabricated and false. Sugars People are going to continue to consume sweet food and drink. There are only three categories of choice to sweeten food. Those are artificial sweeteners, stevia, or caloric sweeteners from natural sources, sugars. Most people will not choose artificial. Many will not choose stevia. That only leaves the category of sugars. In this group, agave is a good choice due to its organic quality, ease of use, neutral flavor, low glycemic index and the fact that less is used to equal the sweetness of the others in the category. The sweeteners in this category are composed of three primary sugars used to sweeten foods: glucose, fructose and Sucrose. These sugars belong to a class of compounds known as carbohydrates. "Saccharide" is a term that denotes sugar, or substances derived from sugar. Monosaccharides are simple or single sugars; disaccharides are derived from two joined monosaccharides and when they are hydrolyzed, or separated, they yield two molecules of simple sugar. Strings of more than two sugar molecules are called polysaccharides. This category includes compounds such as starches, cellulose and inulin. Glucose and fructose are monosaccharides. Glucose and fructose are found abundantly in nature in fruits and plants. Sucrose is the disaccharide formed by the joining of glucose and fructose, also known as table sugar. When comparing their relative sweetness, glucose is the least sweet tasting, Sucrose is next, and fructose is the sweetest of the three sugars, measured as 1.4 times sweeter than table sugar. Because it is so sweet, people typically use less fructose when sweetening foods compared to Sucrose. ? In the article by Mr. Nagel he states , "fructose is not what is found in fruit. Commonly, fructose is compared with its opposite and truly naturally occurring sweetener, known as ‘levulose' (made by nature)..." Another fabrication. In fact, levulose is just another name for fructose. There are various nomenclatures used in the scientific naming of compounds. Fructose and levulose are exactly the same thing; the names are interchangeable. It is no different than if you called your father, "dad", and your sibling called your father, "father". He would still be the exact same person. Fructose and levulose are different names for the exact same thing: a sugar found in nature. Mr. Bianchi also is quoted to say that the body does not recognize the fructose in agave. This is another false piece of propaganda which demonstrates just how far he is reaching. If this were true, it would have no impact on us. He immediately contradicts himself with the claims of detrimental effects caused by the overconsumption of fructose. Using Sugars Sugars can be compared to each other in their ability to raise blood sugar levels by using the Glycemic Index. The scale is set from zero to 100, where low numbers do not have much impact on blood sugar levels, and high numbers raise blood sugar levels quickly. Fructose is very low on the scale. Because agave syrup is high in fructose, it has a rating of 32 or lower. Honey, which has a higher proportion of glucose to fructose, has a Glycemic Index of 58. Sucrose has a Glycemic Index of 68, and glucose, serving as the index standard, is 100. All sugars, whether fructose, glucose, Sucrose or others, contribute 4 calories per gram to our total diet. 1 teaspoon of sugar = 4 grams = 16 calories In addition to calories, sugars sweeten our foods offering a desirable taste and adding enjoyment and pleasure to our dining. During cooking and baking, sugars allow for browning and the unique consistencies of syrups, candies, frostings and frozen desserts. The varieties of sugars, such as crystallized table sugar, brown sugar, raw sugar, molasses, honey and agave nectar, among others, contribute different properties and flavors to foods. When you add your own sugar to foods you are in control of how much sugar you use. Most people would never add as much sugar as do the food manufacturers. Moderate amounts of sugar can certainly be enjoyed as part of a healthy diet for an active individual. Natural sugars are easily metabolized and utilized by the body, offering a very efficient source of fuel for physical and mental activity. Of course, sugars should be used in moderation in the diet. This can control calories and help create a diet that is dense in nutrients. Impact of sugar on health and disease ? The remainder of Mr. Nagel's article works to link agave syrup with the increased incidence of obesity, diabetes, metabolic disease, and the general rise of morbidity and mortality in the population. This is an overconsumption issue involving far more than the occasional use of agave. Here are the facts: • Rats that are fed a high fructose diet become obese and will develop the chronic diseases associated with obesity: insulin resistance, diabetes and metabolic disease. • No one should eat a diet that reflects this type of experimental diet. • Too much sugar in the diet, whether from fructose, glucose or Sucrose, can be unhealthy. Diets high in sugar promote tooth decay and periodontal disease; create an overabundance of calories and a deficit of nutrients. This scenario typically leads to weight gain and the development of chronic disease. • Active individuals can include a moderate amount of added sugar in their diet without negative health consequences. When calorie intake is balanced with physical activity, sugar serves as an efficient source of fuel for muscles, the brain and the central nervous system. • According to the World Health Organization (2003), individuals can healthfully include 10% of their daily calories from added sugars. This translates into 200 calories for a 2000 calorie diet, or 12½ teaspoons of added sugar daily. Clearly, one can safely add a couple of teaspoons of sweetener to a cup of tea or coffee, or have a little sweetened food without worrying about their risk of developing disease. • Agave syrup, which is sweeter than other sugars and low on the Glycemic Index scale, is a good choice to include as one of the added sugars in your diet because you will use less sugar (and therefore fewer calories) and minimally raise blood sugar levels. Just a teaspoon of agave: the healthy use of sweeteners in your diet We all want to live healthier and longer lives. Diet and nutrition plays a key role, impacting our health and our ability to perform physically and mentally now and into the future. Food offers us not only sustenance, but also pleasure and enjoyment. Food is present in so many parts of our lives: at celebrations, business events, family events, religious and spiritual occasions, sports outings, the focus of our family meals, intimate dinners, and sometimes just the excuse to socialize. Sweet foods make us feel good. Sugar allows for the elevation of serotonin in our brains, the "feel good" neurotransmitter that elevates mood, helps us focus, and in the evening, helps us relax and sleep. Sugar is a source of energy for our muscles, brain and central nervous system. Without sugar our bodies will not function at peak capacity. Too much sugar, however, is not good. In small amounts sugar energizes us, but in large doses, repeated throughout the day, day in and day out, sugar puts stress on the body. The extra calories can lead to weight gain and obesity, which in time can lead to chronic disease. In the short term, high sugar intakes can lead to a nutritionally deficient diet and a sense of being on an emotional roller coaster. So be selective about your use of sugars and use them in moderation in your diet. Just like all foods, a variety will enhance the nutritional content of your diet and the flavor and tastes that you can enjoy. Since sugars come in different forms and have different flavors, they can be used most effectively in specific foods and beverages. For instance, agave syrup is liquid and less viscous than honey, making it easy to mix into cold liquids like iced tea and coffee, and is great to add to cold unsweetened cereals for a little sweet taste. Agave's mild flavor allows chefs and bakers to sweeten foods lightly, without overpowering the taste of the dish. Pay attention to how much sugar is added to your diet every day. Read labels so that you know when sugar is added to manufactured foods. Keep the consumption of added sugars in your diet to no more than 10% of your total daily calorie intake so that you have plenty of room for nutrient dense foods like fruits, vegetables, grains, dairy, protein-rich foods, nuts, seeds and healthy oils. Remember that nutrition is a science based on facts. We are making great advances in our understanding of the science of foods and nutrition. Beware of people with hidden agendas using fear tactics to influence your choices. Don't take their opinion at face value. What are their credentials? What conflicts of interest do they have? If they do not disclose conflicts, then assume that they are manipulating the truth. Most of all enjoy food. Think about what you need to eat to promote whole health. Don't overindulge, but don't deprive yourself of the bounty of wonderful tastes, either. Use celebrations as occasions to enjoy your favorite foods and try new ones. A teaspoon or two of sugar easily fits into the diet of an active, healthy person. Agave syrup offers an organic low-glycemic choice for those looking for that option. Resources for this article: Charley H. Food Science, 2nd Edition. John Wiley & Sons, New York, NY, 1982. Figlewicz DP et al. Effect of moderate intake of sweeteners on metabolic health in the rat. Physiology and Behavior 98:618-624, 2009 Johnson RK et al. Dietary sugars intake and cardiovascular health: A scientific statement from the American Heart Association. Circulation: Journal of the American Heart Association, 2009 Tyler VE. The Honest Herbal, Third Edition. Pharmaceutical Products Press, New York, NY, 1993.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2152) Essential Enzymes Feel The Body To Good Health
Date:
March 19, 2010 07:08 PM
Most American diets are lacking in enzymes. The only way to get them is from live food or else through supplements. A mostly cooked-food diet needs a larger amount of enzymes from the digestive organs. This causes exhaustion and degeneration of the organs. The stress can be taken off of the pancreas and the entire system by supplementing with digestive enzymes. There are two types of enzymes: digestive and metabolic. The digestive enzymes work in the gastrointestinal tract to break down food into forms that can be assimilated and used by the body. Digestion takes up a lot of the body’s energy and needs the help of digestive enzymes in order to properly assimilate food. Overcooked food destroys enzymes. Additionally, foods may be lacking in enzymes due to pesticides, preservatives, pasteurization, and water containing chlorine. All of these are responsible for destroying enzymes. With age, our bodies manufacture fewer enzymes. It is necessary that the body has a proper balance of amino acids in order to manufacture enzymes. Metabolic enzymes work inside the cells in order to produce energy and detoxification. This type of enzyme is required for all bodily functions. Metabolic enzymes produce the energy that is required for the body to survive and thrive. A steady supply of enzymes is needed in order for complicated chemical reactions to occur in the body. Supplemental digestive enzymes should contain protease, which is responsible for breaking down protein into amino acids. Amylase is responsible for breaking down starch into Sucrose, while lipase functions in the digestion of fats. Cellulase is needed to break down cellulose. Enzymes are responsible for improving the digestion and assimilation of food. They also help to improve assimilation of vitamins, minerals, amino acids, and essential fatty acids. They also help the body break down old encrusted material on the entire digestive system. Enzymes can be taken after meals in order to improve digestion. Additional enzymes are necessary in between meals so that they are able to penetrate into tissues and break down undigested protein that can cause disease. They may also help prevent conditions like cancer, arthritis, and autoimmune diseases. Supplemental enzymes are usually needed because of poor eating habits that deplete the body of its own enzyme reserve. Eating too much cooked food, processed food, wrong food combinations, pesticides, preservatives, and additives can lead to the destruction of essential enzymes. For more information on the many beneficial effects of enzymes, please contact a representative from your local or internet health food store.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2131) Natural Sweeteners Vs. Artificial Sweeteners
Date:
April 30, 2009 10:16 AM
Artificial sweeteners are food additives intended to replace the sweetness of sugar without the calorie intake. There are also natural sweeteners that can replace sugar, so which should you choose? Natural sweeteners such as sugar, honey and grape juice are well known, although there are also the less well known, but much more effective, sucanat and stevia. Sucanat is dried unrefined cane sugar, and unlike refined sugar retains the molasses. Stevia, on the other hand, is a shrub, native to Paraguay, the leaf of which contains a non-Sucrose sweetener, 300 times the sweetness of sugar, and which is not absorbed by the body. It is a sweetener pure and simple, with no proven health issues. It is also Japan's most popular sugar substitute. Artificial sweeteners have been known for many years, the first and best known being benzoic sulfanide, known to you as saccharin. The health risks of saccharin have been the subject of debate for over 100 years and have yet to be resolved. Studies had shown it to cause cancer in rats, and it was placed on a list of known or suspected carcinogens. It has been banned for use in the USA, but that was lifted by the FDA in 1991, and in 2000 saccharin has no longer required a health warning label. The issue appears to have been resolved by rats metabolizing saccharin in a way not possible in humans. However, many are still suspicious of it, and if you don't trust a food additive then do not voluntarily consume it. The top two artificial sweeteners in the USA are sucralose and aspartame. Sucralose, discovered in the UK in 1976, is the less emotive of the two, and is chemically the chlorocarbon trichlorogalactoSucrose, produced by chlorination of Sucrose and 600 times as sweet. It should be stressed that a chlorocarbon is totally different to a chlorinated hydrocarbon. It is generally considered safe to use, although it is very slow rate of degradation in waste water has raised concerns that concentrations could increase with increasing popularity of the sweetener. According to' Sweet Deception', the book states sucralose to be discovered during the search for an insecticide, and is produced when sugar is treated with acetic anhydride, hydrogen chloride and trityl chloride among others in the presence of toluene, MIBK and dimethyl formamide among other solvents. Although marketed as coming from a natural source, it is anything but natural. Aspartame was developed by G.D. Searle, and its approval by the FDA has been a matter of concern for many years. Promoted by Donald Rumsfeld, then CEO of Searle, he "called in his markers" to have the substance approved, which was not one of the more glorious moments in America's history. It is used in over 6,000 products, most household names, yet was based on "inconclusive and incompetent science" according to detractors. In 1981, on the day of his inauguration, Ronald Regan suspended the powers of the FDA on aspartame, and then a month later appointed a new FDA head, Arthur Hayes, who immediately licensed the substance. Donald Rumsfeld was on President Regan's team. There is a strong body of evidence that aspartame is toxic to humans, although the official evidence has discredit such studies. Recent evidence that linked aspartame to cancer has been stated as irrelevant to humans. In spite of the concerns, the substance has been approved, not only in the USA but also by the European Union. This might call into question the relevance of studies to humans, but many still believe that commercial considerations are behind these decisions. In fact, an extensive study carried out by the Italian European Ramazzini Foundation, showed that aspartame can cause a significant increase in cancers and leukemias in rats at well below the doses allowed by the EU or the US. This substance required further study by bodies with no vested interest in the outcome. Those that believe so point to the stevia situation. This natural sweetener is banned for use as a food additive in the EU, and cannot be sold as sweetener due to the FDA not recognizing it as such. It has also been banned in Hong Kong, even though it is the sweetener of choice in Japan, with no apparent side-effects becoming endemic in that country. The USA might not approve stevia as a sweetener, but it is considering lifting its ban on cyclamate. Cyclamate was banned by the FDA due to tests on rats indicating a possibly carcinogenic effect, but no more positive than those on aspartame. Cyclamate is permitted in Canada, where saccharin is not, and also in the UK, but not throughout the EU. It is obvious, then, looking at the various claims and counter-claims, and the conflicting legislation between civilized countries, that the artificial sweetener industry is wrought with uncertainty. In the past, it is almost certain that commercial considerations have come before the health of the nation, and that does not engender confidence. In fact, the only sane approach to take at this time would be to avoid artificial sweeteners altogether, and stay natural. That is not to claim that natural products are safe to eat - far from it! Many of the most virulent poisons are natural, but the well-used natural sweeteners appear to be safer at this time than any of those artificially manufactured. There might be objections to this where diabetes is concerned, and Canada, while banning saccharin for normal use, still allows it for use by diabetics. This is the one of the two major bodies that promotes the use of artificial sweeteners: the diabetic lobby and the weight loss lobby. It is difficult to question the obesity and weight problem that America has while at the same time arguing against the use of artificial sweeteners. However, don't forget that stevia is widely used in Japan with no reported health problems, and stevia is a natural sweetener that is permitted for use as a food additive, and that is not absorbed by the body. However, there is also a recent 2005 study that has indicated that diet drinks containing artificial sweeteners might fool your body into believing that the sweet taste is promising energy, and when it doesn't materialize, you feel hungry and eat more. This has been supported by animal studies. These have shown convincingly that the sensation of sweetness induces the production of insulin with resulting hypoglycemia because there is no actual increase in blood sugar. This induces increased food intake. This has been proved with rats, and also proved was the fact that the natural response of eating less at the next meal, after sugary food, was gradually diminished in animals fed non-calorific sweeteners. The choice is yours, but it would seem advisable to stick to natural sweeteners for the time being, at least until the studies carried out are in concurrence as opposed to offering conflicting results depending upon who is doing the testing.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=2001) Gymnema Sylvestre
Date:
November 12, 2008 09:51 AM
Gymnema sylvestre is found naturally in central and southern India, where it has been used in traditional Indian medicine for almost two thousand years. It is known as 'gurmar' in ancient Indian texts, a word meaning 'sugar destroyer', which gives an indication of its uses in medicine. It is used to reduce the absorption of glucose into the body, and also reduce the sweetness of foods, both of which are desirable for those wishing to lose weight and to reduce the level of sugar in their blood. It was used for this purpose in Ayurvedic medicine, subjects being given the leaves to chew. As with many other ancient Ayurvedic remedies, this use of gymnema sylvestre has passed into modern times, and has sound scientific basis. First, however a bit more about the plant itself. It is found predominantly in the Western Ghats, and also to the west of the mountains, around coastal Goa. It is a vinous plant that climbs on other bushes and trees, known in Sanskrit as Meshasringa, or ram's horn after the shape of the leaves from which the supplement is extracted. For what it's worth, the official name seems a mix of Greek and Latin (gymnos(Gr) - naked and Silva (L)- forest) for naked forest. That, however, is irrelevant to its uses, so let's have a look at the science involved and the active ingredients in the plant. The main constituents are terpenoid saponins known as gymnemic acids, so one can assume that they were first found in this plant. They are glycosides, including hodulcine and ziziphin, which act as sweetness inhibitors so that there is no sweet taste in anything that is sweetened by Sucrose. There are over 20 types of gymnemic acid in the leaves, of which the strongest, Gymnemic Acid 1, can suppress the sweetness even of artificial sweeteners such as aspartame. These are not irreversible effects, and last only about 10 minutes, after which normal sweetness is detectable by your tongue. During the active period, however, a solution of normal sugar will taste like ordinary unsweetened water. However, is this just a matter of taste, or does it affect the sugar itself? Studies have shown that animals fed the leaves of Gymnema sylvestre develop hypoglycemia, probably because it stimulates the pancreas to generate insulin that reduces the level of sugar in the blood. Further studies have shown the presence in the leaves of a number of types of acylated derivatives of deacylgymnemic acid. There are well over a dozen types of saponins known to be contained within the leaves. Other chemicals found include anthraquinones, flavanoids, chlorophylls, querticol, phytin, a number of glycosides and anthraquinones. The bush also contains alkaloids, although these are constituents in most plants used in ancient remedies. This is by no means all of the chemicals discovered, and many of the minor benefits of using it could be due to the minor constituents of this amazing little leaf. A study of the above constituents will reveal a few antioxidants, and it is no surprise that the extract from Gymnema sylvestre also possesses anti-inflammatory properties. Gymnemic acid is believed to have a similar chemical structure to saccharose, and the plant extracts can be used not only to reduce a craving for sugar, but also to treat digestive problems and high cholesterol levels. So what scientific evidence is there other than the obvious effects reported by those that use it? A study in the UK in 2005 found that an aqueous extract of Gymnema sylvestre caused the secretion of calcium and insulin from mouse and human cells to be increased at a specific concentration without affecting the cellular function. This means that the supplement can be used to stimulate the secretion of insulin with people with Type 2 diabetes without otherwise affecting health. Its usefulness to diabetics is obvious, but there are other health benefits to those that are not diabetic. Anything that modulates a sweet tooth must be of use to those seeking to lose weight, particularly if they feel the need for sweet foods. In fact Gymnema tends to reduce food cravings for carbohydrates and sweets, and can be used by those seeking a natural means of curbing their appetite for sweet and sugary foods. Because excess weight can lead to diabetes, Although there have been many discussions about the biochemical mechanism of the gymnemic acids in this effect on taste, recent evidence suggests that the phytochemicals act on both your taste buds and on those parts of the intestine responsible for absorbing nutrients from digested foods. Not only that, but studies have also indicated that Gymnema sylvestre removes the bitterness of acerbic chemicals such as quinine in the same way that it removes the sweetness form cakes and candies, and if you drank tonic water it would taste just like water. On the other hand, if you ate an orange, you would taste the acidity but not the sweetness. The way to use this remarkable supplement is to follow the instructions, and within about a week you will be able to control your appetite much better, and any cravings for carbohydrates you previously had will be much reduced. After a month or so, you will notice an accelerated rate of weight loss if you had been overweight, and diabetics will find a significant reduction on blood sugar between insulin shots.
Gymnema sylvestre can take care of any sugar or carbohydrate cravings, and is of significant use to the overweight, obese or to diabetics, and the mechanism by which it works has now been all but understood, although there are still some biochemical secrets that this amazing plant has yet to reveal. This amazing herb can be found at your local or internet vitamin store.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1935) Glycine
Date:
October 11, 2008 10:26 AM
The non-essential amino acid glycine is needed to generate muscle tissue and also for the conversion of blood glucose into energy. It is referred to as being ‘non-essential’ because the body can manufacture its own glycine, and is therefore not an essential component of your diet. Other uses to which glycine is put by the body includes the maintenance of a healthy nervous system, and is necessary for the proper functioning of the digestive system. Amino acids play three essential roles in the human body: 1. They are the building blocks of proteins: proteins comprise about half of the dry weight of the majority of your body cells, and without them there would be no life. They are produced using monomers known as amino acids, and there are about 20 different amino acids used to make the vast variety of proteins that make up the human body. Proteins are needed to form enzymes, the catalysts that permit the majority of chemical reactions within our bodies, and also genes, the building blocks of DNA. 2. More relevant here, amino acids play an important role in the production of ATP (adenosine triphosphate) from ADP (adenosine diphosphate) by phosphorylation with creatine phosphate. The more creatine phosphate available, the more ATP can be produced. Since ATP is the molecule responsible for the generation of energy, then the more ATP available the more energy is generated. Although creatine is available from many food sources, it is destroyed by cooking, and over half of what you use is made from the three amino acids, glycine, arginine and methionine. The energy produced in this way is very short-lived, and last only a few seconds - more on that later. 3. Glycine is heavily involved in the production of collagen, which is the substance that maintains the flexibility of your skin and other connective tissues while still maintaining their strength and firmness. Without glycine your skin would become slack due to the degrading effect of sunlight, free radicals and oxidation. The non essential amino acid, glycine, is believed to offer other benefits to the human body, but it is the second of those above, the production of ATP, which interests us here. ATP is an extremely important nanomolecule, second in importance to the body only to DNA, and possibly also RNA since the two are linked. RNA makes copies of your DNA structure for use in cell division and growth. When a cell expends energy for whatever reason, such as when I am typing this, or when your heart beats, or even when your liver synthesizes a protein, one of the phosphate groups is removed from the adenosine triphosphate molecule, and converts it to adenosine diphosphate (ADP). The ATP is then said to be 'spent', just as your energy is spent when you are tired and can exercise no more. The ADP is then immediately reconverted to ATP in the mitochondria, a part of every cell in your body. A cell can contain hundreds, or even thousands, of mitochondria, the number depending upon that particular cell's need for energy. Hence, cells in your muscles, or in your liver where most of the body's chemistry takes place, contain thousands of mitochondria whereas those in your scalp contain a lot less. Once changed to ATP, a phosphate is again lost when energy is expended, and so the cycle continues. Glucose is needed allow the ADP to be converted to ATP, hence the need for sugars, or the carbohydrates from which they are manufactured in your body. Each cell can contain up to a billion molecules of ATP, although the couch potatoes among you probably have a lot less! Your store of ATP molecules last about 2 to 5 seconds before being changed to ADP although more rapidly for athletes that expend a lot of energy. Then the energy stored in the form of glycogen in the liver kicks in for another 4 - 6 seconds. Additionally, you cannot expend more energy that the (eventual) sugars that you take in your diet, which can be in the form of ordinary 'sugar' (Sucrose), fruit (fructose), glucose, carbohydrates that are metabolized into sugars, or any other member of the sugar family (e.g. lactose, maltose, etc.). Glycine is one of what are called glucogenic amino acids, which refers to their ability to provide glucose to the blood. Because it helps to maintain proper blood glucose levels, it is often prescribed for conditions that are caused by low glucose levels, such as hypoglycemia that shows symptoms of fatigue and tiredness, and also anemia and what is known as CFS (chronic fatigue syndrome). The one activity of the human body, in fact that of any mammal, for which ATP is essential, is the heartbeat. Without that no mammal could survive, or any other creature that relies on a circulation system for life. The only reason you heart has to beat is to pump your blood around your body, and it is your blood that contains the oxygen and nutrients needed to sustain life. Your cardiovascular health relies on lots of ATP being available to power each and every heartbeat. Analysis of the heart during the final stages of heart failure has revealed that there is a general decrease in the myocardial arginine: glycine amidinotraferase (AGAT) gene expression, which is indicative of the necessity of this enzyme for proper heart function. The enzyme is responsible for the first stage in the biosynthesis of creatine from glycine. Creatine is well known to athletes, and while it is available naturally from some food sources, it can be destroyed during cooking, and at least 50% of the creatine needed by the body is produced in the liver, pancreas and kidneys. It is creatine phosphate that is broken down into creatine and phosphate, the latter of which is used by the mitochondria to regenerate ATP from ADP.
The study carried out on the reduced AGAT levels found in heart failure patients indicates the importance of glycine to heart health. Without a good supply of glycine, there will insufficient creatine produced biochemically to generate the phosphate needed to for the ATP to produce the energy required to keep the heart pumping with the required strength. The energy provided by the mitochondria is used locally by the cells in which it is produced, and within a few seconds of that production. As explained earlier, ATP stores are used up within 2 - 5 seconds, and glycogen stores within another 4 - 6 seconds. That is why sprinters cannot keep running at maximum speed for more than around 10 seconds or so, because the immediate availability of glycine, and hence creatine, are insufficient to last longer than that. That is one reason why they have to finish those 100 meters as fast as possible, because otherwise they would run out of energy. Other than trying to win, of course! However, when it comes to the heart, ATP stores are essential, and the cells in your heart require a constant supply of ATP from creatine, which itself depends upon your intake or biosynthesis of glycine. Since dietary sources are insufficient to meet all your needs, and destroyed by cooking, a glycine supplement is the only way to ensure a sufficient intake. You cannot undernourish your heart and remain healthy.
ATP biosynthesis is essential if that of glycine theoretically is not, but the fact that 50% of your glycine requirement has to be produced by your body and the other 50% is sensitive to heat during cooking, a supplement of glycine could be essential to many people.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1912) Natural Sweeteners: Which One Should You Take?
Date:
December 09, 2007 03:23 PM
There are many natural sweeteners to choose from if you want to avoid sugar, but don’t want any of the artificial sweeteners over which there are a few questions. You can choose from xylitol, luo han, stevia and others, but before discussing these, let’s have a look at the problems with sugar, artificial sweeteners and the American sugar industry. Sugar as most people know it originates either from sugar cane or sugar beet, though by far the biggest American industry is in the cane. There are many different types of sugar, though that obtainable from cane sugar is Sucrose. Sucrose is a disaccharide and carbohydrate, stored by plants as a reserve energy source to be used when needed. Humans cannot directly use Sucrose, and it is metabolized in the body to glucose which needs the hormone insulin to help convert it into energy. Insulin is produced in the pancreas, and a lack of it, or the body’s failure to use it properly, is referred to as diabetes. There are two types of diabetes: Type 1: A total lack or deficiency of insulin due to the pancreas producing insufficient quantities of insulin, or even none at all. This is often seen in young people and is generally cause by the immune system attacking the insulin-producing sells in the pancreas. The treatment for type 1 diabetes is to introduce insulin to the blood, normally by means of injections, plenty exercise and the adoption of a high carbohydrate low fat diet. Type 2: This is strongly associated with obesity and weight, and is due either to insufficient insulin production by the pancreas (but not as deficient as for Type 1 diabetes) or an inability of the cells of the body to properly use insulin. Type 2 diabetes does not always require insulin injections, and can be treated by exercise, diet and weight control. However, there are occasions where insulin injections are also required. It tends to affect people older than those with Type 1 diabetes and 90% of cases are of this type. Both types, however, are connected with an excess of glucose in the blood, into which most sugars are converted. A diet low in Sucrose will go a long way towards helping people that suffer from either type of diabetes, and control of carbohydrate intake should include a reduction in the intake of Sucrose in the form or beet or cane sugar. This accepted, then if you need a sweetener, a saccharide free natural sweetener would appear to be the logical choice. You could opt for a synthetic sweetener, but they also have their problems. There is evidence that saccharin could be a carcinogen, and ‘aspartame’ disease is not a myth. The other artificial sweeteners also have sufficient questions that natural sweeteners would appear to be the obvious choice. But which? That is the question. Let’s have a look at some and check out their pros and cons. The first is Stevia. This is a South American herb that is 400 times sweeter than Sucrose and yet is very low in calories and does not affect diabetics. Used throughout most of the world, it has not been approved by the FDA as a food additive due mainly, it would appear, to lobbying by the American sugar corporations. This is understandable, since mass substitution of sugar by stevia in processed foods is entirely possible, but would cost the sugar corporations billions. However, it is available to purchase from health food stores, and does not appear to possess the problems that aspartame does. Unlike that sweetener, it can be used in baking and cooking, and is ideal for diabetics and people suffering from yeast infections such as candida. Such infections are aggravated by sugar in the colon, since yeasts love sugar, but they cannot survive on stevia. The safety of stevia has been proven through hundreds of years of popular use without any problems. However, there are others. Luo Han Guo is a sweet Chinese fruit of which extracts are marketed as a natural sweetener. The plant it comes from is the Momordica grosvenori, a member of the cucumber squash family that grows in the mountainous areas of southern China. The sweeteners it contains are called mogrosides that are terpene glycosides, of which there are five different forms, the main one being termed mogroside-5. The extract is available in the form of a powder consisting of around 80% mogrosides, and possesses around 250% of the sweetness of Sucrose. This, too, can be used in cooking; because it is stable to heat and contains about 2% of the calories of ordinary sugar (one half teaspoon is equivalent to 25 teaspoons sugar). You can help 50 medicines go down for the same calories of getting one down using sugar! Not only that but, like stevia, there are no known side effects. It has been used for many centuries in Chinese medicine in the treatment of gastrointestinal conditions and conditions of the respiratory tract. Unlike natural sweeteners, luo han has been found to be useful in helping to manage diabetes since it does not cause insulin levels to rise and are not involved in energy production, so have no effect on your weight. The mogrosides from luo han are also under study as inhibitors of certain tumors, and might be able to inhibit skin tumor growth. Other possible medical advantages include helping to reduce atherosclerosis and heart disease, so would appear to be a useful sweetener to use in your coffee! Finally, xylitol. It was during World War II that Finnish scientists rediscovered xylitol that had been previously used in Germany as a sweetener in the late nineteenth century. The sugar shortage resurrected this substance that can metabolize without the need for insulin. Xylitol is a substance that is found in some fruits and vegetables and also in corn cobs. In fact, it is a product that appears in animal metabolism, and so is perfectly safe. It is known to help support the immune system, and to help reduce the effects of aging. It possesses antibacterial properties due to its 5-carbon ring and has been approved by the FDA. Xylitol can replace sugar in most of its domestic uses, including in baking and as a natural sweetener. It is also used extensively in chewing gum as a sweetener that does not cause dental cavities due the acid caused by bacterial attack on the sugar. However, one use to which xylitol cannot be put, nor any of the other natural sweeteners mentioned here, is in fermentation. Try these for your wine or beer and you will be very disappointed at the low alcohol level of your brew! This is also, however, one of the benefits of xylitol: it cannot feed the yeasts that cause candida or any other yeast infection. Although it is a saccharide, it is the same as the others in this respect. So, which of these natural sweeteners should you take? The choice is yours since each has its own benefits with very few disadvantages and certainly no recorded side effects that we know of. Use stevia for superior sweetening effects, and make up a concentrated solution of it in water for your cooking. Use luo han if you have gastrointestinal problems, and use xylitol if you want fresher breath and to protect your teeth. Use none for brewing or winemaking, and use any of them if you are diabetic. The choice is yours. These sweeteners are available at your local or internet health food store.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1651) Stevia: Sweeten Your Life With Out The Weight Gain
Date:
November 13, 2007 02:55 PM
It is possible to sweeten your life with stevia, and without any weight gain, since it as exceptionally sweet herb. In fact it is member of the sunflower family, and is native to parts of South and Central America where it has been used as a sweetener since time immemorial. Also known as sugarleaf, it is a commercial crop, and is available as a dietary supplement. Extracts of stevia have been found to be up to 300 times as sweet as cane sugar, although does not metabolize in the body to glucose. In fact it is thought to enhance the glucose tolerance of some diabetics, and can be used by people suffering from that condition as a natural sweetener, thus dispensing with the need for artificial sweeteners. It is also useful for those on diets, especially carbohydrate controlled diets, and any other sweet-toothed person wanting to lose weight and still enjoy their favorite drink or desert. Many recipes have been published using stevia for the preparation of delicious sweets. So why is stevia so sweet and what other uses does it have? Basically the sweet taste comes from glycosides, which are molecules in which a sugar is bonded to another molecule. The two main glycosides in stevia are called stevioside and rebaudioside. These are formed through glucose combined with the diterpene steviol in different ways, though some minor glycosides also contain rhamnose. Although they contain glucose, the glucose is not released into the bloodstream during digestion and the subsequent biochemistry. Japan began the cultivation of the plant in the 1970s rather than produce artificial sweeteners that were suspected carcinogens (saccharin and cyclamate). Japan is now the world’s biggest consumer of stevia, even being used in the Japanese Coca Cola plants. Around 40% of Japan’s total sweetener volume is stevia. However, apart from its use as a natural alternative sweetener to sugar, stevia has specific properties, already alluded to, that renders it of particular attraction to certain groups of people, and we shall now take a closer look at these. Insulin is a hormone produced by the pancreas that is essential to regulate the glucose content of the blood. It stimulates the cells of the body to take in blood glucose and convert it to glycogen that can be used for energy. Without insulin the blood sugars would increase in concentration without regulation leading to very serious health issues that would eventually result in death. Diabetes is a condition in which the body either does not produce sufficient insulin, does not use the insulin it produces properly, or produces no insulin at all. Hence, a sweetener that did not exacerbate this situation by being eventually metabolized to glucose, as most sugars are in the body, would be of great benefit to diabetics. This is exactly what stevia is. It is a very powerful sweetener, 250 – 300 times sweeter to the taste-buds than Sucrose, normal table sugar, and it does not metabolize to glucose. It is heaven-sent sweetener for diabetics that have a sweet tooth. It is very safe for them and has been consumed for centuries without any side effects. In fact, studies have indicated that stevia might even regulate the pancreas and help to stabilize the levels of blood glucose in the body, rendering it an effective and safe supplement for those suffering from hypoglycemia (excess blood sugar), diabetes and candidiasis, a yeast infection that thrives on sugar. Apart from that, stevia is also popular with those who are on a calorie controlled diet – or any other diet for that matter, since an excessive sugar intake invariably leads eventually to weight increase. The 21st century western diet is drowning in sugar, with up to 10 spoonfuls of sugar in every small bottle of cola. There is sugar in cookies, hot dogs, bread, soy sauce, ketchup, cans of beans and peas, and even sugar in cigarettes, though that is the least of the health worries there! For the first time in history, there are now more overweight and obese people in the world than hungry people, yet the sugar corporations claim that there is no scientific proof that sugar leads to weight increase. Worldwide, diabetes kills 6 people every minute, and obesity caused by the consumption of too much sugar leads to Type II diabetes. It had been shown that fructose is a major player in that corn syrup (fructose) is contained in many soft drinks and foods. One of the major problems with refined sugars is that they contain nothing but pure carbohydrate. All the vitamins, minerals and other nutrients have been removed, so that when they are consumed, your body has to provide these nutrients needed to metabolize the sugar to glucose and then to energy. Humans cannot live on sugar alone, and in fact you are better drinking water than corn syrup or cane sugar solutions since at least water does not make demands on your existing nutrient store. It was noted in 1929 by Sir Frederick Banting, one of those scientists credited with the discovery of insulin, that there was a significantly large proportion of diabetes among the sugar plantation owners that ate large quantities of refined sugar, whereas there was none detected in the cane harvesters who were able to chew on only the raw cane. The raw cane contains the minerals and vitamins needed to metabolize the Sucrose. Stevia is a potential answer to this problem, and it is such an obvious one that there are a lot of politics regarding its use. The big USA sugar corporations will undoubtedly be opposed to it, and the FDA has refused to allow its use as a food additive, only as a dietary supplement, yet its use in Japan has been very successful. It is also used throughout East Asia, including China, Korea and Taiwan, and also in South America, Israel and some areas of the Caribbean. It is available as a green powder in its crude form, and also brownish syrup redolent of licorice, but also as a more refined white powder that is likely best used as weak solution due to its sweetness. It is totally free of calories; this may come as a surprise to many since it tastes so sweet. It is an excellent sweetener for children’s drinks since it does not cause cavities: unlike sugar it is not degraded by bacteria to produce the corrosive acid that eats into the enamel. It does not metabolize to a burst of energy that is practically addictive, since that generally then leads to tiredness and the need for more sugar to make up for it. Stevia does not cause diabetes in any form, is not a food for yeast and it is beneficial to the pancreas. In short, it is a completely safe food supplement that has been used for centuries without ill effect, and if you want to prevent yourself from adding weight and protect against the possibility of Type II diabetes in particular, then stevia should be your sweetener of choice.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1630) Digestive enzymes and Herbs
Date:
August 25, 2006 02:26 PM
Digestive enzymes and Herbs
Raw food naturally contains the proper types and proportion of enzymes to assist in its own digestion. Food enzymes are released by the action of chewing, which ruptures the foods cell membranes. Like salivary enzymes, raw food enzymes play an important role in human digestion by predigesting food in the upper stomach, where contents may site for as long as an hour before gastric secretions deign their action.
Since enzymes are essentially destroyed at 118 degrees F, most forms of cooking and industrial food preparation render food devoid of enzyme activity. This places the full burden of digestion on the body processes and reserves. In time, this burden can weaken or overwhelm an individual’s ability to process and absorb vital food nutrients. Many health professionals believe that the prevalence of cooked and processed foods in modern society makes supplementation with digestive enzymes essential. Digestive enzymes also may be a benefit to those who suffer from clinical disorders of digestion and absorption.
Consider these advantages
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1357) What are you really Getting?
Date:
August 21, 2006 05:20 PM
Supplement labels can be confusing!
The list of ingredients on some supplement labels can tax the mind of even a Ph.D. in nutrition! What’s worse, although labeling laws exist to counter misleading and non-uniform labeling, confusing and deceptive labeling, confusing and deceptive labeling practices continue to abound. Here’s some help to aid you in making better sense of supplement labels.
1.Begin at the Bottom
The supplement facts panel on the label of every nutitional supplement sold in the
2.Directions, Dose & Value
Directions: Though not required on labels, directions tell how and when to take supplements. This is important because timing your doses can affect absorption. In general:
· Vitamins are best absorbed when taken with food, and in divided doses throughout the day.
· Fat-soluble vitamins (A,D,E,K) require dietary fat for absorption, so are best taken with meals.
· Many minerals can be absorbed effectively at any time.
· Most herbs, probiotics, amino acids & proteolytic enzymes (not digestive enzymes, which should be taken with meals) are best taken on an empty stomach.
1. Serving size: SERVING SIZE is required on labels. It recommends the number of tablets, capsules, spoonfuls, ect. Taken at one time. Be ware that a serving is not necessarily the total recommended daily amount.
2. Cost-Effectiveness: To determine, first find the SERVING SIZE. Then read the directions to see how much servings are suggested daily. Finally, divide the number of servings needed into the number of SERVINGS PER CONTAINER.
Example: Assuming the two bottles above have the same ingredients and cost. The product on right offers more servings, and is a better buy. Product on left just has less nutritive ingredients, or more filler, in each pill.
3. % DV (Daily Value): The daily value of a nutrient represents the amount expected to meet the daily needs of an “average” healthy person. On labels, % DV indicates provided by one serving. DVs have not been established for herbs, essential fatty acids and other nutrients.
Note: Many experts in nutrition think that suggested DV levels for some nutrients are far too low to optimize health. This is why certain ingredients may be present at greater than 100% DV levels.
3.Games Labels Play
There is no free lunch in the world of supplements. A bottle that costs less probably contains less – either fewer nutrients, or less effective forms of nutrients. Educate yourself; compare ingredient amounts, forms and sources, and watch out for labeling tricks such as these.
“Padding” the label
“padding” the label is a common way for supplement marketers to make their ingredients list look more complete and beneficial than it really is. Padding methods include:
Example: CoQ10 useful range is 30mg to 400mg (milligrams.) product on left provides 1000mcg (microgram) of CoQ10, the equivalent of just one mg! product on right provides a beneficial 50mg.
Example: Whole grains such as oats are part of a heart healthy diet, but the product on left provides less than a pinch 20mg of oat bran. Product on right includes no irrelevant ingredients in useless amounts.
Example: Fiber and flavonoids are part of oats, not more ingredients.
The “Name’s the Same” Game
A common trick is to provide unproven, weak or useless forms of familiar, good ingredients. Buyer beware!
Example: Studies suggest that Pygeum bark standardized extract helps support prostate health. Product on left uses unresearched powdered bark.
Proprietary Blend = “It’s a Secret”
Some companies may hide the quantity and quality of their ingredients by calling their formula a “Proprietary Blend.” This term may allow manufacturers to use a lot of nutrient from a cheap source and very little from a good source without disclosing how much of each you are actually getting.
This deceptive practice is legal—as long as the secret blend:
· Is labeled “Proprietary Blend” (or fanciful trademark name)
· Lists individual nutrients in descending order by weight
· Lists the total weight per serving
When you see the word “Proprietary,” ask: “how relevant is the first or second ingredient?” Sometimes, the most abundant ingredients are either fillers, or inexpensive, less effective forms.
Example: Legally, product on left could contain 99% alfalfa filler and only 1% of all the other herbs together! The Good Label tells all.
Hiding Outside the Box
Another clever way to hide the quality of ingredients is by listing them outside the Supplement Facts box, in the Other Ingredients section located beneath the box. This section is usually intended for listing agents used in the tableting or encapsulation process.
Example: Agents used in supplement manufacture (i.e. cellulose and stearates) should be listed under Other Ingredients. Product on left also uses this section to list catchy sounding spirulina, lycopene, and grape seeds. With no amounts listed, assume these ingredients are present in low levels that provide little value. A supplement maker who is proud of a product’s nutritive ingredients will fully disclose amounts within the Supplement Facts box not list these ingredients along with manufacturing agents in the Other Ingredient section.
4.Understanding Herbs
Herb Forms: Powders, Tinctures, Extracts
The form, preparation and concentration of an herb affects its potency and influences the herb’s potential for therapeutic effectiveness. the potency of all herb forms except standardized extracts are uncertain and depends on factors invisible to the consumer (i.e. soil quality, rainfall, seasonal climate, harvesting methods, storage methods and age).
Know Your Plant Parts: Medicinal plants often have specific parts that are most effective therapeutically, such as the root for goldenseal, the leaf for raspberry, and the blossom for clover. Products using irrelevant plant parts may cost less, but offer little or no benefit!
Powdered Herb
Often encapsulated or used as tea, powdered herbs are more likely than other forms to lose potency when exposed to air. Fresh, high quality powdered herb may add therapeutic or nutritional value to a supplement. Low quality powders may provide little benefit. Look for expiration or “use by” dates.
Example: If the label doesn’t say otherwise, assume the form of herb is powdered. Better labels specify plant part and latin name (genus and species). Sometimes a less effective species of a plant is used to save money. Check to see if other related species may be equally effective.
Tinctures and Fluid Extracts
Tinctures contain the soluble parts of dried or fresh herbs, often extracted in a mixture of alcohol and water, vinegar or glycerin. Tinctures are usually dispensed by drops. This form is more stable and thus has longer shelf life than powdered herb.
Example: Better labels specify tincture strength as a ratio. Regular tinctures are made using 1 or 2 parts herb to 10 parts solvent, yielding strength ratio of 1:10 or 1:5. higher potency tinctures (also known as fluid extracts) use more herb in less solvent, yielding stronger 1:3, 1:2, or even high strength 1:1 ratios.
Concentrated and standardized extracts
Concentrated or standardized extracts (solid, powdered, liquid) are generally prepared from evaporated herbal tinctures or teas.
Example: A better label tells you the concentration strength by noting the ratio of herb to extract. This is often appears after the plant name.
Example: Standardized extracts provide a set percentage of an herb’s researched nutritive ingredient. Useless this percentage is noted on the label, the term “Standardized” is meaningless.
5.Beware of False Claims
Is it science of is it marketing? To avoid being misled, question all claims on supplement labels as well as in advertisements. Although government guidelines restrict the types of claims that manufacturers can legally use to promote their products, not all companies comply. Many promises mount to little more than marketing hype.
Use common sense to decide if a claim seems realistic. Be aware of emotionally charged, misleading language in advertising.
When doubt, contact the company and request information to support a claim. Unbiased research and human studies are most relevant. If the science seems legitimate, verify that the form and dose used in product match form and dose showing benefit in studies.
-- Buy Discount Vtiamins Vitanet ®
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1353) Erythritol Sweetener Fact Sheet
Date:
December 17, 2005 10:48 AM
Erythritol Sweetener Fact SheetNeil E. Levin, CCN, DANLA 11/4/04LIKELY USERS: People on low-carb diets, People on calorie-restricted diets, People on restricted blood sugar diets, People concerned about dental caries (cavities). KEY INGREDIENT(S): Erythritol crystals
MAIN PRODUCT FEATURESPhysical properties: A transparent white brilliant appearance, free-flowing crystalline powder. A very clean, sweet taste profile, similar to Sucrose with no significant after-taste. The dry form exhibits a strong cooling effect. Has a similar look and taste to sugar. Erythritol will brown like sugar. Sweetness: Only about 70% as sweet as sugar; one teaspoon is equivalent to one teaspoon of sugar in baking measurements. Fewer calories than white sugar: less than 0.2 calories per gram, only 5% as much as Sucrose A sugar alcohol that is not a source of “impact carbs” that raise blood sugar Suitable for low-carb (carbohydrate-restricted) diets “Zero” glycemic index sweetener, also rated “zero” on the insulinemic index Does not affect serum glucose or insulin levels. Will not promote tooth decay Laxative effects are unlikely, unlike some other sugar alcohols OTHER IMPORTANT ISSUES: No artificial sweeteners, designated as GRAS (generally regarded as safe) status by the FDA. Pesticides: Absent (at ppm level) AMOUNT TO USE: One or more teaspoons, as desired. 1.5 teaspoon has about the sweetness of a teaspoon of sugar. SYNERGISTS: Flavor mixes well with other sweeteners, can be blended with them to “cut” them and improve their flavor. CAUTIONS: Large doses are unlikely to have a laxative effect, unlike most other sugar alcohols. Doses of 1 gram per kilogram (2.2#) of body weight, equivalent to 68 grams per 150-pound adult, are typically well tolerated by adults. No other known cautions.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1027) ERYTHRITOL
Date:
December 17, 2005 10:45 AM
ERYTHRITOLErythritol - Since the early 1990’s, the popularity of this white crystalline sugar alcohol has steadily increased, and is now becoming the norm among many consumers and businesses alike. With a sweetness that is approximately 70% that of Sucrose, a non-hygroscopic texture to prevent clumping and easy digestibility, it’s no surprise that so many have turned to this completely safe polyol. In addition, Erythritol is completely safe for teeth, extremely low in calories, won’t raise blood sugar levels, has zero “impact” carbohydrates and is one of the most easily digested of all sugar alcohols.
Erythritol Natural SweetenerMany of you have been made well aware of the many dangers imposed by the over-consumption of conventional sugars and artificial sweeteners. So have we. And that’s why we’re so excited to introduce new Erythritol. Since the early 1990’s, the popularity of this low-calorie, white crystalline sugar alcohol has steadily increased, and is now becoming the norm among many consumers and businesses alike. With a sweetness that is approximately 70% that of Sucrose, a non-hygroscopic texture to prevent clumping and easy digestibility, it’s easy to see why so many are turning to this completely safe polyol.*Low Calorie One of Erythritol’s most unique characteristics is its incredibly low caloric content. While polyols are generally known for being low calorie by nature, Erythritol exemplifies this characteristic, and contains just 0.2 calories per gram. Safe for Teeth Erythritol is non-cariogenic, and does not metabolize the oral bacteria that break down sugars and starches needed to produce the acids that lead to cavities and decay. In fact, the FDA recently released a qualified health claim stating that polyols including Erythritol “do not promote tooth decay”.* Won’t Raise Blood Sugar Several studies have suggested that Erythritol won’t raise blood sugar or insulin levels, and may therefore be a safe alternative to Sucrose-based foods designed especially for diabetics.* Easily Digested Based on the small size and unique molecular structure of Erythritol, it is easily absorbed by the small intestine. As a result, gas and laxation are far less likely in comparison to Sucrose.* Zero Impact Carbs
As one of only two polyols that carry a glycemic index of zero, Erythritol has zero “impact carbohydrates”.*
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=1026) Kids will Absolutely Love DinoEFA ...
Date:
September 10, 2005 12:33 PM
Have a smart Year with Kal Dinosaurs Supplements for Kids
Supplement Facts
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=774) Protecting kids from Colds is a simple as Enhancing there immune system.
Date:
August 22, 2005 02:30 PM
Lax hygiene and parents who permit their children to attend school when they are sick are the main reasons that thousands of cases of colds and flu leapfrog from child to child each school year. Millions of school attendance days and adult work days are lost each year when schoolchildren get ill. In addition, schoolchildren can get and give a host of other illnesses, including strep throat, conjunctivitis (pinkeye), and impetigo. Sick children should stay home; a single child can easily infect 10 or more other children. If a sick child sneezes on, drools on or touches an object, the germs can be picked up by others who touch that object. The most proven way to reduce this problem is basic hygiene. In one day-care study, kids caught fewer colds after they were taught to wash their hands regularly and the toys were disinfected three times a week. It is vital to teach your child to cover his mouth and nose with a tissue while coughing or sneezing, and then to discard the tissue and wash his hands. Other ways to pick up germs are by petting a dog or a cat, handling dirty underwear, and using public restrooms. In one study, investigators added a mixture of bacteria and a virus to everyday objects at home and found that telephone receivers and kitchen faucets transferred enough organisms to the hands and then to the mouth to cause infections such as colds and diarrhea. Hand washing is an important prevention measure, in terms of keeping healthy. The problem in some schools is that they make it difficult for kids to wash their hands. They don’t always have paper towels or adequate soap available. With all the things that are important to learn in school, one of the most important is washing your hands before eating and after going to the toilet. The purpose of school is to learn. And what’s more important to learn than good hygiene? Since regular hand washing is one of the best defenses against the spread of colds and gastrointestinal infections, teach your children to lather the hands with soap for at least 15 seconds, scrubbing between fingers, under fingernails and around the tops and palms of the hands. Teach them to dry their hands with a clean towel and to use the towel to turn off the faucet, open door handles, etc. You may also provide your child with sanitizing lotion so they can protect against disease when a bathroom is not close by. When eating out or at a mass-prepared school lunch, first wash the hands. Avoid any raw food that doesn’t look washed or any item that has been implicated in a current outbreak of food poisoning. Eating raw fruits and vegetables at home where you can wash them may be a better choice. If you are unsure about the drinks served, have your child carry their own bottled water. The best way to fight back against these germs is to enhance your child’s immune system. Adequate nutrition is the backbone of health. Even marginal deficiencies of a single nutrient can profoundly impair the immune system. At least have your child take a multiple vitamin and mineral supplement every day. Eating sugar in the form of glucose, fructose, Sucrose, honey, and orange juice all significantly reduced the body’s ability to have an effective immune system. These effects will start within less than 30 minutes and last for several hours. The white blood cells will not have the ability to gobble up those nasty bacteria the way they usually can. Food is the largest challenge facing the immune system. When there is complete digestion, healthy bowel microflora, a healthy constitution, and minimal exposure to foods or elements that are toxic to the body, the immune system can do its job. Weaknesses in one or more of these areas can result in a weakened immune system. More than 50 percent of the immune system takes its signals from the digestive tract. It is one of the largest immune organs of the body that defends against the barrage of toxins ingested daily. Intestinal microflora also impact human health. The “friendly” bacteria living in us compete with the “not so friendly” germs and help us stay healthy. The new U.S. food pyramid suggests we consume 5 servings of fresh vegetables daily and 3–4 servings of fresh fruits daily. Sounds easy enough. Yet, only 20 percent of the populations does this. It is also important to get adequate protein and fat in the diet. Water intake is vital as well. It’s best if the 6–10 glasses (depends on the age of the child) does not contain chlorine or fluoride. Dehydration may be a big factor in whether they stay healthy. By making even simple changes in your child’s diet and lifestyle, you might be amazed at how few illnesses she has this school year.
(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=741) Stevia, Xylitol Sugar alternatives ...
Date:
June 09, 2005 06:15 PM
Sugar Solution by Kristin Daniels Energy Times, January 4, 2002 Sugar Solution by Kristin Daniels Low blood sugar-a blood sugar recession-can make the good times recede. While you can't live without blood sugar, too much or too little wreaks havoc on your body and mind. And when blood sugar dips low enough to cause hypoglycemia you may feel like your emotions have been shredded. Knowing how the body regulates blood sugar allows you a measure of control in keeping blood sugar in the proper groove, and makes life a little sweeter. Hypoglycemia occurs when you feel dragged out because of low blood sugar. Ironically, this low blood sugar syndrome may be caused by an overabundance of sugar in your meals and snacks. Those who point to hypoglycemia as a widespread problem claim that up to two of three women in America suffer from hypoglycemia. That would make it an epidemic of monstrous proportions. In a survey of 1000 folks complaining of hypoglycemia, published in the Hypoglycemia Support Foundation's winter 2000 edition, researchers found that low blood sugar sufferers complained of hypoglycemic discomforts in several main categories: 94% of the people in the study reported nervousness, 89% mentioned irritability, exhaustion affected 87%, depression struck 86% and drowsiness hit 73%. Other miseries included fatigue, cold sweats, tinnitus (ringing of the ears), rapid heart rate, blurry or double vision, confusion, sudden hunger, convulsions, sweating, sleeping problems, paleness, muscle pain, memory loss, crying jags, fainting and dizziness.
Body of Evidence
Numbers Game
Diary of a Maddening Condition
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(https://vitanetonline.com:443/forums/Index.cfm?CFApp=1&Message_ID=263) Attentive Child - Enhances Mental Concentration ... 
Date:
May 31, 2005 05:14 PM
Most children are creative, energetic and spontaneous, but sometimes they don’t focus on requested activities. Sometimes kids find it difficult to apply themselves to the task at hand. Your child’s brain also may work differently than most people’s brains— just like the 5% of the population that is left-handed. Most people think an ultra-active child means an active brain, but active children may actually need a boost in brain metabolism. Source Naturals ATTENTIVE CHILD is a Bio-Aligned Formula™ designed to address the multiple systems that affect children’s ability to focus: neurotransmitters and brain metabolism, nerve cell communication, antioxidant defense, and essential fatty acid metabolism.
Comprehensive Brain Support Parents are looking for a safe and natural product to support their children’s ability to focus. Source Naturals studied the research and created an experiential formula, based on the latest breakthroughs in cerebral and nervous system biochemistry. Each ingredient in ATTENTIVE CHILD plays a role in brain and nervous system structure or functioning, or is involved in important biochemical pathways. DMAE, a substance normally found in the brain, boosts brain metabolism and has been shown to enhance concentration. L-Aspartate is an amino acid neurotransmitter that stimulates brain activity. Research has shown that some ultra-active children may have special dietary needs for magnesium, zinc and DHA (docosahexaenoic acid). Magnesium is necessary for the transmission of nerve signals, and, along with zinc, for the processing of essential fatty acids into other vital biochemicals. DHA is an essential fatty acid that is very important for cerebral development and effective communication between nerve cells in the brain. Lecithin contains four phospholipids—fatty acid building-block molecules in nerve cell membranes. Phosphatidylserine, in particular, is vital in nerve cell communication and the electrical activity of the brain. Grape seed extract is a plant-derived antioxidant that protects the integrity of fatty acids in nerve cell membranes. ATTENTIVE DHA™ in Tiny Kid Caps™ The ATTENTIVE CHILD formula can be supplemented with additional DHA. ATTENTIVE DHA Kid Caps are available in easy-to-swallow, small oval softgels, each containing 100 mg of DHA. For children who can’t swallow caps, simply pierce the gel and mix the oil with food. Sweeteners with Low Impact on Blood Sugar The delicious sweetand- tart taste in ATTENTIVE CHILD wafers comes from natural flavors, specially manufactured without sugar for Source Naturals. Unless specified, most flavors in other products contain maltodextrin, a sugar with a high glycemic index. The ATTENTIVE CHILD wafer itself is sweetened with crystalline fructose (natural fruit sugar) and xylitol (a naturally occurring sweetening agent found in many fruits and vegetables). These select natural sweeteners have a very low glycemic index—so ATTENTIVE CHILD will taste great to your child, but have little effect on blood sugar levels. We recommend carefully reviewing the labels of other products. They may contain honey, glucose, Sucrose, maltodextrin, and maltose—all of which have moderate-tohigh glycemic indexes. In addition, maple sugar, molasses, malt syrup, rice syrup, and beet sugar contain varying amounts of high-glycemic-index sugars, which can set off blood sugar fluctuations that may affect concentration. Beware of children’s nutritional bars designed to enhance focus and concentration. Most have over 20 grams of sugar per bar. In contrast, each serving of ATTENTIVE CHILD contains only two grams of crystalline fructose, which has little effect on blood sugar. Glycemic Index of Various Sweeteners
The glycemic index is a ranking of foods based on their immediate effect on blood glucose levels. It measures how much your blood glucose increases over a period of two or three hours after intake. The higher the glycemic index (GI), the greater the fluctuations in blood sugar. Sweetener Glycemic Index† *sweeteners used in ATTENTIVE CHILD ™ †based on rate of 100 for glucose ††for information, see website www.wcommerce.com Lifestyle Strategies for Your Child You can help your child concentrate on schoolwork, chores and other challenges. Start with ATTENTIVE CHILD and ATTENTIVE DHA, and then incorporate a healthy lifestyle and nutrition routine. Physical Health Have your child’s overall health checked by a welltrained holistic health care professional, such as a naturopathic physician. It is particularly important to examine the functioning of your child’s thyroid gland (the master regulator of the body’s metabolism, which influences mood and energy level), and blood sugar metabolism (the brain depends on a steady supply of glucose to function properly, particularly when you are trying to concentrate). Nutritional Health: Feeding the Brain Help your child maintain a steady supply of energy and brain fuel by providing a balanced diet. Small, frequent meals are preferable since they dispense a steady level of glucose to the brain. Include foods high in the amino acid tyrosine, a precursor to neurotransmitters that support an alert state. It is found in protein foods, such as meat, poultry, beans, tofu, lentils and seafood. Also include complex carbohydrates such as whole grains, fruits and vegetables, which are metabolized slowly and yield a steady supply of glucose. The simple sugars found in candy, cookies, sodas and other processed foods can lead to a rapid rise in blood sugar levels, followed by an abrupt decline, and should be discouraged. It is important to include essential fatty acids, especially omega-3 fatty acids, which are abundant in the brain and essential for its development and normal functioning. Supplement with ATTENTIVE DHA, and encourage your child to eat cold-water fish, such as salmon. Avoid the hydrogenated fats found in processed foods and margarine, as well as chemicals and food additives. A nutrition program consisting of fresh, unprocessed natural foods is the healthiest choice for everyone. Lifestyle Health Some experts believe extended time watching TV and playing video games does not support optimal health or school performance. EEG studies have shown that these activities decrease brain activity rather than activating the brain. Encourage your child to spend time in outdoor physical recreation and in creative, challenging activities. Supplement with ATTENTIVE CHILD and ATTENTIVE DHA ATTENTIVE CHILD is available in bottles of 30 & 60 chewable wafers. ATTENTIVE DHA Kid Caps (algal-source Neuromins®) are available in 30- & 60-softgel bottles. References Amen, D. Windows into the....Mind. Fairfield, CA: MindWorks Press, 1997. Foster-Powell, K. & Miller, J.B. 1995, International tables of glycemic index. Am J Clin Nutr. 62:871S-93S. Natah, S.S. et al. 1997. Metabolic response to lactitol and xylitol in healthy men. Am J Clin Nutr. Apr; 65(4):947-50. Schmidt, Michael. Smart Fats. Berkeley: Frog, Ltd., 1997. Sears, William. Boston: Little, Brown & Co., 1998.
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Dental Cavity
Xylitol is a 5-carbon Sugar alcoholic recognized even more particularly like a polyalcohol (polyol) and it has already been getting used because the 60's. You can find this within nourishments with regard to unique nutritional reasons as well as a number of without having Sugar goodies, candy, mints as well as biting down hard gums.
Erythritol is a naturally occurring sugar found in tree grown foods, for instance melons and grapes. Simply because Monk Fresh fruit is almost two hundred occasions sweeter compared to Sugar, all of us very carefully blend this along with Erythritol to let you make use of Norbu like a tea spoon with regard to tea spoon replacement for Sugar.
Ribose, better known as D-Ribose is a sugar that gets produced by the human body or rather say body cells. Unlike normal Sucrose or any artificial sugar, Ribose is an especial sugar found in a variety of foods. Generally, doctors suggest external Ribose dosages to heart patients as it’s known to improve heart function and help people obviate hearth disease and congestive heart failure. Now, here’s the question arises, is D-Ribose only good for all muscular energy or just the heart?
Comments by Craig Gerbore, CEO of Madhava: 
Who is the author, Rami Nagel? 
Enzymes are absolutely essential for life. These naturally occurring substances are found in the human body, animals, and plants. More than 2,700 enzymes have been identified in the body, each of which is constantly in motion. Life is made up of a series of reactions known as metabolism. Enzymes are responsible for making this process work. Enzymes are involved in every individual biochemical function that takes place in the human body. Some even refer to these substances as the spark plugs of the body. Enzymes are responsible for digesting food and destroying toxins, viruses, antigens that invade the liver and bloodstream, parasites, and worms. They also help in the destruction of free radicals before cell damage can occur. The body would deteriorate without enzymes. These substances are necessary for the production of vitamins, minerals, and amino acids being converted into vital neurotransmitters, which allows the body to function properly. 
