Rapadura is also sugar, so its best to go easy on it as well. Xylitol and stevia are a different story.
More of the same info here: http://www.health-matrix.net/blog/in-the-news/97-sugar-shock-why-less-sugar-will-make-you-much-sweeter
"Our bodies are simply not made to process the high quantities of the types of sugar that we consume nowadays.
Sugar is in no way nutritional and it actually depletes the body of its vitamin and mineral resources. High sugar consumption is tied to mental disorders, lower IQ, anxiety, aggressive behavior, hyperactivity, depression, eating disorders, fatigue, learning difficulties, and premenstrual syndrome among others.
One of the most important factors in brain aging and inflammation is sugar. Insulin triggered by sugar triggers oxidative stress which leads to mitochondrial damage, which in turn contributes to insulin resistance. Insulin also triggers the inflammatory cascade, including cytokines like TNF alfa and interleukins which spreads the damage into the brain and body in general.
Sugar produces high levels of insulin which is the main cause of our chronic disease epidemic and an important factor in mood disorders and dementia. Our insulin response is designed to handle vastly lower levels of sugar than what we consume today. For example, the body can process fruit sugar, but not high fructose corn syrup, which is a potent form of sugar that is sweeter than regular sugar, increases appetite, promotes obesity more than regular sugar, is more addictive than cocaine, and leads to diabetes and an inflammation of the brain.
The sugar and processed food you eat triggers stress hormones - cortisol and adrenaline - which creates an imbalance in your brain.
Sugar reacts with proteins in our bodies and brains forming AGEs (advanced glycation end products) which not only damage most cells and tissues in our bodies, but also lead to dementia.
Sugar and processed foods also feed the candida in your gut, making you a sugar addict and perpetuating the inflammatory state of our bodies, and thus leading to all kinds of health problems.
Another reason why people get addicted to refined carbohydrates or sugars is to boost serotonin levels - a calming brain chemical - which then rises temporarily, only to crash after a short while, causing you to crave more starchy or sugary foods. Sugar creates an imbalance, depleting your serotonin levels after a short spike, leading to mood swings.
So let's admit it, our bodies are unable to process the levels of sugar that we find today in a modern diet."
Here is some info about xylitol: _http://en.wikipedia.org/wiki/Xylitol
And here some info about stevia: http://www.cassiopaea.org/forum/index.php?topic=11704.msg130306#msg130306
More of the same info here: http://www.health-matrix.net/blog/in-the-news/97-sugar-shock-why-less-sugar-will-make-you-much-sweeter
"Our bodies are simply not made to process the high quantities of the types of sugar that we consume nowadays.
Sugar is in no way nutritional and it actually depletes the body of its vitamin and mineral resources. High sugar consumption is tied to mental disorders, lower IQ, anxiety, aggressive behavior, hyperactivity, depression, eating disorders, fatigue, learning difficulties, and premenstrual syndrome among others.
One of the most important factors in brain aging and inflammation is sugar. Insulin triggered by sugar triggers oxidative stress which leads to mitochondrial damage, which in turn contributes to insulin resistance. Insulin also triggers the inflammatory cascade, including cytokines like TNF alfa and interleukins which spreads the damage into the brain and body in general.
Sugar produces high levels of insulin which is the main cause of our chronic disease epidemic and an important factor in mood disorders and dementia. Our insulin response is designed to handle vastly lower levels of sugar than what we consume today. For example, the body can process fruit sugar, but not high fructose corn syrup, which is a potent form of sugar that is sweeter than regular sugar, increases appetite, promotes obesity more than regular sugar, is more addictive than cocaine, and leads to diabetes and an inflammation of the brain.
The sugar and processed food you eat triggers stress hormones - cortisol and adrenaline - which creates an imbalance in your brain.
Sugar reacts with proteins in our bodies and brains forming AGEs (advanced glycation end products) which not only damage most cells and tissues in our bodies, but also lead to dementia.
Sugar and processed foods also feed the candida in your gut, making you a sugar addict and perpetuating the inflammatory state of our bodies, and thus leading to all kinds of health problems.
Another reason why people get addicted to refined carbohydrates or sugars is to boost serotonin levels - a calming brain chemical - which then rises temporarily, only to crash after a short while, causing you to crave more starchy or sugary foods. Sugar creates an imbalance, depleting your serotonin levels after a short spike, leading to mood swings.
So let's admit it, our bodies are unable to process the levels of sugar that we find today in a modern diet."
Here is some info about xylitol: _http://en.wikipedia.org/wiki/Xylitol
And here some info about stevia: http://www.cassiopaea.org/forum/index.php?topic=11704.msg130306#msg130306
http://www.herbs.org/herbnews/2009/11/30/stevioside-and-related-compounds-therapeutic-benefits-beyond-sweetness/
Stevioside and related compounds: therapeutic benefits beyond sweetness.
by Teresa Koby
The following review states the added medicinal benefits of stevia, beyond its usefulness as a safe sweetener.
Quote
Stevioside, an abundant component of Stevia rebaudiana leaf, has become well-known for its intense sweetness (250-300 times sweeter than sucrose) and is used as a non-caloric sweetener in several countries. A number of studies have suggested that, beside sweetness, stevioside along with related compounds, which include rebaudioside A (second most abundant component of S. rebaudiana leaf), steviol and isosteviol (metabolic components of stevioside) may also offer therapeutic benefits, as they have anti-hyperglycemic, anti-hypertensive, anti-inflammatory, anti-tumor, anti-diarrheal, diuretic, and immunomodulatory actions. It is of interest to note that their effects on plasma glucose level and blood pressure are only observed when these parameters are higher than normal. As steviol can interact with drug transporters, its role as a drug modulator is proposed. This review summarizes the current knowledge of the pharmacological actions, therapeutic applications, pharmacokinetics and safety of stevioside and related compounds. Although much progress has been made concerning their biological and pharmacological effects, questions regarding chemical purity and safety remain unsolved. These issues are discussed to help guide future research directions.