Showing posts with label disease. Show all posts
Showing posts with label disease. Show all posts
Disease and Population Health Management Programs Do NOT Exclude Other Conditions
Tuesday, May 13, 2014
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Playing whacamole |
"Health care blogging will never lead any serious beer money."
"Disease management coaching focuses exclusively on just one disease."
These are three falsehoods that bubble up in the unlikeliest of places, including cable news outlets, replying to the DMCB spouses asking "and what did you do today?" and webinars, webcasts and other educational meetings about population health and disease management.
While the Disease Management Care Blog finds all three vexing, the most irksome is the canard that the commercial health coaching service providers purposely limit their programs to just one chronic condition, like diabetes, weight loss or readmission prevention.
While that may have been the case in the earliest versions of disease management, that narrow approach was dropped years ago. Thats because patients typically seek advice for a wide range of overlapping concerns and the good nurses hired by the vendors will respond to them. The vendors also understand that their shared risk and performance guarantees depend on claims expense that is driven by the synergies of multiple co-morbidities.
While a purchaser, insurer or accountable provider organization may start out with a focus on a population defined by a single condition - such as diabetes mellitus - that doesnt mean their protocols and care plans wont span the continuum of care and include hypertension, tobacco abuse, depression, housing, chatting about the grandkid and responding to concerns whether this will be finally be NBA superstar LeBron James year.
And the published literature supports the DMCBs contention that modern population health management is multifaceted. Examples include this seven-condition program for dually eligible Medicaid beneficiaries in Georgia, this Midwest employer-sponsored program that enrolled persons with multiple care needs and this physician-focused program that used pay-for-performance to improve measures across multiple conditions. Check out some vendor web sites and youll see erences to "whole person health," the "interrelated aspects of social, emotional, and physical health" and "a holistic view of member health across internal and external care management initiatives."
That being said, the DMCB knows that perception and reality can be two different things. Given the whac-a-mole persistence of the "single disease" myth, the DMCB says the population health management community may benefit clarifying the broadness as well as the depth of their offerings as they continue to build their brand.
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Delaying retirement could lower the risk of brain disease in the elderly
Sunday, May 11, 2014
Delaying retirement could lower the risk of brain disease in the elderly - Recent research has shown that people who delayed retirement have a lower risk of brain diseases such as Alzheimers and dementia compared with those who retired at the age of 60 years.
The research was conducted on 429,000 employees in France. They found that the risk of dementia decreased when somebody delay their retirement and keep working at the age of 60 years and over.
"Our data show strong evidence for a decreased risk of dementia and brain disease associated with old age when one is put off retirement and continue working in old age," said Carole Dufoil researchers from INSERM, as reported by Reuters.
INSERM found that there is a reduced risk of Alzheimers by 14 percent for those who retire at age 65 years, compared with those who retired at the age of 60 years. The results obtained through observations of the participants for 12 years and ended in 2010.
Dean Hartley, director of the Alzheimers Association explains that the physical and intellectual activities undertaken by the elderly to help them reduce the risk of brain diseases such as Alzheimers and dementia. Even so Hartley argued that more research is needed to determine the exact reason behind the link between pensions and the risk of brain disease.
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The research was conducted on 429,000 employees in France. They found that the risk of dementia decreased when somebody delay their retirement and keep working at the age of 60 years and over.
"Our data show strong evidence for a decreased risk of dementia and brain disease associated with old age when one is put off retirement and continue working in old age," said Carole Dufoil researchers from INSERM, as reported by Reuters.
INSERM found that there is a reduced risk of Alzheimers by 14 percent for those who retire at age 65 years, compared with those who retired at the age of 60 years. The results obtained through observations of the participants for 12 years and ended in 2010.
Dean Hartley, director of the Alzheimers Association explains that the physical and intellectual activities undertaken by the elderly to help them reduce the risk of brain diseases such as Alzheimers and dementia. Even so Hartley argued that more research is needed to determine the exact reason behind the link between pensions and the risk of brain disease.
Vitamin D3 Halts Inflammation to Lower Cardiovascular Disease Risk
Tuesday, May 6, 2014

Thousands of research studies have demonstrated the powerful health-promoting properties of the prohormone compound, vitamin D3. Researchers publishingin The Journal of Immunology explain the specific molecular and signaling events by which vitamin D inhibits inflammation in the human body. In a very detailed analysis, scientists show that low blood circulating levels of vitamin D do not adequately inhibit the inflammatory cascade necessary to turn off this potentially destructive mechanism.
Low levels of inflammation, normally used by the body to fight pathogenic invaders, become a primary cause of heart disease, diabetes, many cancer lines and Alzheimer’s dementia. Additional evidence reportedin the British Journal of Nutrition demonstrates that adequate vitamin D levels reduce critical markers of cardiovascular health and can lead to significant reductions in body fat in overweight and obese people. It is critical to have your vitamin D level checked, and supplement as necessary to lower inflammation levels and risk of heart disease.
Vitamin D Lowers Inflammation to Prevent Chronic Disease and Stimulate Immune Response Systems

Dr. Elena Goleva, lead scientist from National Jewish Health, found that prior studies with vitamin D show a clear and positive link between blood levels of the prohormone and a variety of different health outcomes. Dr. Goleva and her team looked for specific mechanisms to explain precisely how vitamin D functions at the cellular level to prevent disease in the human body.
Dr. Goleva and her team of researchers noted that vitamin D is a catalyst that initiates “a clear chain of cellular events, from the binding of DNA, through a specific signaling pathway, to the reduction of proteins known to trigger inflammation.” To test how vitamin D acts on immune and inflammatory pathways, team scientists exposed human white blood cells to varying levels of vitamin D and exposed them to an agent known to promote intense inflammatory responses and advance disease processes.
Vitamin D Lowers Inflammatory Markers and Increases Health-Promoting HDL Cholesterol

White blood cells that were incubated with no vitamin D or a solution of 15 ng/mL produced very high levels of the pro-inflammatory cytokines IL-6 and TNF-alpha. In vivo, these signaling messengers are known to be responsible for the development and progression of cardiovascular disease, certain forms of cancer and dementia. Cells incubated at a concentration of 30 ng/mL and above showed a significantly reduced response, while the highest level of inflammatory inhibition occurred at 50 ng/ml.
Supporting evidence for the health-promoting effect of vitamin D as reported in the journal BMJ shows marked improvement in cardiovascular biomarkers including HDL cholesterol. Additionally, researchers found the hormone-like substance lowered the risk of lipid peroxidation, the process responsible for making LDL cholesterol molecules sticky and prone to form atherosclerotic plaque. They also determined that high circulating levels of vitamin D were associatedwith “significant reductions in fat mass”in overweight and obese people.
There should be no doubt that the millions of people living with grossly sub-optimal vitamin D levels are dramatically increasing their risk of developing a plethora of potentially deadly illnesses. Health-minded individuals will ensure they maintain a circulating blood level of 50 to 70 ng/mL by means of a 25(OH)D blood test to regulate systemic inflammation and fight chronic disease.
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Best Heart Disease Prevention Steps
Sunday, May 4, 2014
(Article first published as Top Heart Disease Prevention Steps on Technorati.)
Why are some people seemingly able to eat a diet loaded with heart clogging fried foods and fats, while others seem destined to poor health regardless of their diet? This question has plagued medical researchers for decades. The answer is now beginning to unravel, in part due to advancements in decoding the human genome, and an understanding of the intricate genetic interactions which respond to diet and lifestyle decisions we make every day.
Genes Provide the Missing Link to Heart Disease
Scientists are able to watch gene alterations or switching in virtual real time, as they observe the positive or negative influences of specific food items in each meal. According to a study published in the journal Nature, researchers have identified nearly 100 genes which specifically control up to a third of the inherited factors controlling our cholesterol, specifically LDL cholesterol and triglycerides that are known factors in the development of coronary artery disease and heart attack risk.
Our Genes Aren’t Set in Stone
This study demonstrates for the first time that certain individuals are predisposed to developing abnormal types of oxidized LDL cholesterol through a hereditary link. Based on the results, up to 20% of people are at increased risk for developing heart disease, as their genes have been ‘switched’ in favor of developing a poor blood lipid profile.
This does not mean that you’re condemned to poor health due to heredity. Our genes respond to the cues they receive from the foods we eat and the lifestyle we lead. A predisposition to heart disease is not destined. Fortunately, there are several simple steps you can follow to reduce and virtually eliminate the risk for coronary artery disease, regardless of the genetic cards you’ve been dealt.
Step 1: Eat Fat with Your Heart in Mind
Diet is the single most important factor which controls the actions of your genes. The nutritional content of each bite of food directly impacts and influences how each gene activates, and scientists are able to track subtle changes which take place after each meal. Diets which are high in hydrogenated trans fats such as fried foods are particularly damaging from a genetic perspective.
It’s important to understand that not all fats are the same when it comes to heart health. For a half century, saturated fats have been maligned, and most have been advised to avoid them at all cost. Nothing could be further from the truth, as these fats play an essential role in cellular health.
Omega-3 fats from fish and fish oil are essential to the prevention and treatment of heart disease. Ensure that the ratio of Omega-6 fats (from vegetable oil sources) to Omega-3 fats is no higher than 4:1 to reduce systemic inflammation and proliferation of coronary disease.
Step 2: Limit Refined Carbs and Wheat Based Foods
Extensive scientific data is mounting which correlates excessive consumption of wheat-based foods with progression of coronary artery disease. Wheat has been a part of the human diet for a relatively short period of our evolutionary history, and genetically we’re not well equipped to digest these grains.
To make matters worse, most foods made with wheat have been highly ined, stripping out any beneficial fiber which cause wild swings in blood sugar levels. Limit or fully eliminate wheat and ined carbs to avoid dangerous triglyceride and oxidized LDL cholesterol levels.
Step 3: Supplement with Heart Friendly Nutrients
People who are genetically predisposed to heart disease, as well as those with the desire to prevent this silent killer will want to supplement with a targeted nutritional cocktail which has been shown to stop coronary artery disease in its tracks. The B complex vitamins along with C and E provide critical support for the heart, as long as they are taken in their natural forms.
Magnesium, Selenium, Chromium and Potassium are essential minerals. It’s important to note that a daily multi vitamin doesn’t provide the proper amount or type of these critical nutrients. Choose a non-synthetic source made from whole foods. The amino acids Lysine and Proline in combination with Vitamin C (The Pauling Therapy) can be used for advanced protection against heart disease.
Research has uncovered the genetic link to heart disease which many have suspected since the beginning of modern medicine. We’re now able to use gene mapping to understand how this disease develops, and more important, how we can affect our diet and lifestyle to reduce our risk factors, and prevent and even treat coronary artery disease.

Genes Provide the Missing Link to Heart Disease

Our Genes Aren’t Set in Stone
This study demonstrates for the first time that certain individuals are predisposed to developing abnormal types of oxidized LDL cholesterol through a hereditary link. Based on the results, up to 20% of people are at increased risk for developing heart disease, as their genes have been ‘switched’ in favor of developing a poor blood lipid profile.
This does not mean that you’re condemned to poor health due to heredity. Our genes respond to the cues they receive from the foods we eat and the lifestyle we lead. A predisposition to heart disease is not destined. Fortunately, there are several simple steps you can follow to reduce and virtually eliminate the risk for coronary artery disease, regardless of the genetic cards you’ve been dealt.
Step 1: Eat Fat with Your Heart in Mind

It’s important to understand that not all fats are the same when it comes to heart health. For a half century, saturated fats have been maligned, and most have been advised to avoid them at all cost. Nothing could be further from the truth, as these fats play an essential role in cellular health.
Omega-3 fats from fish and fish oil are essential to the prevention and treatment of heart disease. Ensure that the ratio of Omega-6 fats (from vegetable oil sources) to Omega-3 fats is no higher than 4:1 to reduce systemic inflammation and proliferation of coronary disease.
Step 2: Limit Refined Carbs and Wheat Based Foods
Extensive scientific data is mounting which correlates excessive consumption of wheat-based foods with progression of coronary artery disease. Wheat has been a part of the human diet for a relatively short period of our evolutionary history, and genetically we’re not well equipped to digest these grains.
To make matters worse, most foods made with wheat have been highly ined, stripping out any beneficial fiber which cause wild swings in blood sugar levels. Limit or fully eliminate wheat and ined carbs to avoid dangerous triglyceride and oxidized LDL cholesterol levels.
Step 3: Supplement with Heart Friendly Nutrients
People who are genetically predisposed to heart disease, as well as those with the desire to prevent this silent killer will want to supplement with a targeted nutritional cocktail which has been shown to stop coronary artery disease in its tracks. The B complex vitamins along with C and E provide critical support for the heart, as long as they are taken in their natural forms.
Magnesium, Selenium, Chromium and Potassium are essential minerals. It’s important to note that a daily multi vitamin doesn’t provide the proper amount or type of these critical nutrients. Choose a non-synthetic source made from whole foods. The amino acids Lysine and Proline in combination with Vitamin C (The Pauling Therapy) can be used for advanced protection against heart disease.
Research has uncovered the genetic link to heart disease which many have suspected since the beginning of modern medicine. We’re now able to use gene mapping to understand how this disease develops, and more important, how we can affect our diet and lifestyle to reduce our risk factors, and prevent and even treat coronary artery disease.
Heart Disease Causes and Cures
Sunday, April 27, 2014
Heart is the most important part of human body, the main function of heart is to supply oxygenated blood containing nutrients to different parts of our body,Cardiovascular disorder affects the functioning of this cardiovascular system resulting in any disease that affects the blood circulation in body.
In short the Cardiovascular system works for(1) transporting nutrients to cells, (2) removing waste products through the intestines and other excretory organs, and (3) pumping oxygenated blood from the heart via the arteries and returning deoxygenated blood via the veins.
The causes of cardiovascular disorders are diverse but atherosclerosis and hypertension are the most important. Heart disease is the commonly used phrase for a number of disorders affecting both the heart and blood vessels. A more apt term is cardiovascular disease. It is a leading cause of death and illness that affects millions of people worldwide. The majority of these catastrophic events occur with little or no warning leaving us ill-prepared to deal with them.
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Heart |
The causes of cardiovascular disorders are diverse but atherosclerosis and hypertension are the most important. Heart disease is the commonly used phrase for a number of disorders affecting both the heart and blood vessels. A more apt term is cardiovascular disease. It is a leading cause of death and illness that affects millions of people worldwide. The majority of these catastrophic events occur with little or no warning leaving us ill-prepared to deal with them.
Each day in America only more than 3000 people have heart attacks, 1400 die, and 2200 undergo bypass surgery or angioplasty. Two-thirds of the victims actually have seen a physician shortly before their illness and were reassured that there was nothing wrong with their heart! Many of the deaths and most of the heart attacks are the result of under diagnosis and under treatment, while 75% of the surgeries and angioplasties are due to over diagnosis and over treatment.
Most of the time our modern medical system fails, resulting in deaths or disabilities. we cant cure heart disease this way. If you have a problem in your chest area, the fist on the list of the organs that need to be fixed is not your heart, it is GI tract.
The human gastrointestinal tract(GI) ers to the stomach and intestine and sometimes to all the structures from the mouth to the anus. (The "digestive system" is a broader term that includes other structures, including the accessory organs of digestion).
Most of the food we eat gets absorbed in the small intestine and most of the liquid gets absorbed in the large intestine. Liver gets "first pickings" of everything absorbed in the small intestine, which is where virtually all nutrients are absorbed.
All of the venous blood returning from the small intestine, stomach, pancreas and spleen converges into the portal vein.
All blood from the portal vein goes into liver.
75% of the blood entering the liver is venous blood from the portal vein.
Liver is the main organ inside human body whos function is to process substances that are foreign to our body and to make them "friendly".
After blood have been processed inside liver, it goes into the heart, and heart pumps it to the rest of the body.Thirty per cent of the blood pumped through the heart in one minute passes through the bodys chemical factory, the liver. The liver cleanses the blood and processes nutritional molecules, which are distributed to the tissues. The liver also receives bright red blood from the lungs, filled with vital oxygen to be delivered to the heart.
The liver is located at the top of the abdomen, and has two main lobes. It is the largest gland in the body, weighing 2.5 to 3.3 pounds. When we eat, more blood is diverted to the intestines to deal with digestive processes, So, it is livers job to process all the foods that your intestines have been absorbing. "Liver" is probably an appropriate name for this gland, which makes the important decision as to whether incoming substances are useful to the body or whether they are waste.
The liver also synthesizes triglycerides and cholesterol, breaks down fatty acids, and produces plasma proteins necessary for the clotting of blood, The liver also produces bile salts and excretes bilirubin.
All of the venous blood returning from the small intestine, stomach, pancreas and spleen converges into the portal vein.
All blood from the portal vein goes into liver.
75% of the blood entering the liver is venous blood from the portal vein.
Liver is the main organ inside human body whos function is to process substances that are foreign to our body and to make them "friendly".
After blood have been processed inside liver, it goes into the heart, and heart pumps it to the rest of the body.Thirty per cent of the blood pumped through the heart in one minute passes through the bodys chemical factory, the liver. The liver cleanses the blood and processes nutritional molecules, which are distributed to the tissues. The liver also receives bright red blood from the lungs, filled with vital oxygen to be delivered to the heart.
The liver is located at the top of the abdomen, and has two main lobes. It is the largest gland in the body, weighing 2.5 to 3.3 pounds. When we eat, more blood is diverted to the intestines to deal with digestive processes, So, it is livers job to process all the foods that your intestines have been absorbing. "Liver" is probably an appropriate name for this gland, which makes the important decision as to whether incoming substances are useful to the body or whether they are waste.
The liver also synthesizes triglycerides and cholesterol, breaks down fatty acids, and produces plasma proteins necessary for the clotting of blood, The liver also produces bile salts and excretes bilirubin.
When the quantity of waste increases we feel symptoms for heart diseases, when people have problems and symptoms in their chest area, do not look at the heart. Heart is not a cause of the problem, heart is the consequence of the problem.
Most problems can be fixed with improved lifestyle, improved diet, motion, parasites cleanse, bowel cleanse, dental cleanup, kidney cleanse and liver cleanse ...
so get ready for the change and consult experts to live happy ..
best of luck
Green Vegetables Stimulate the Innate Immune Response to Guard against Disease
Tuesday, April 22, 2014

We all know that our immune system is the first line of defense against a wide array of potentially deadly pathogens, bacteria and viruses. Yet many people take this crucial defense barrier for granted and do little to ensure that they are adequately protected against a multitude of microscopic invaders.
Researchers publishing the result of a research body performed at the University of Cambridge in the journalCell demonstrate that compounds found in green vegetables, from bok choy to broccoli are the source of a chemical signal that is important to activate a fully functioning immune system. Help protect yourself and your family from maladies ranging from the common cold, influenza to autoimmune diseases and certain cancers by including healthy portions of green vegetables in your daily diet.
Include Ten or More Fresh Vegetable Servings Daily to Boost Immune Health

Prior research indicated the breakdown of cruciferous vegetables can yield a compound that can be converted into a molecule that triggers the aryl hydrocarbon receptor (AhR) on cell wall surfaces. Further reports found AhR’s can be regulated by dietary ingredients found primarily in vegetables including broccoli, kale, spinach and many varieties of leafy greens. This action ensures that immune cells in the gut and the skin known as intra-epithelial lymphocytes (IELs) function properly.
Researchers fed otherwise healthy mice a vegetable-poor diet for several weeks were amazed to find that 70 to 80 percent of these protective IEL cells disappeared during this short period. Dr. Marc Veldhoen, lead study author notedthat, “protective IELs exist as a network beneath the barrier of epithelial cells covering inner and outer body surfaces, where they are important as a first line of defense and in wound repair.”It was determined the number of IEL cells can be regulated by dietary ingredients found primarily in cruciferous vegetables.
A Diet High in Sugar and Processed Carbohydrates Lowers System Immune Response

Poor dietary intake consisting mostly of hydrogenated and oxidized fats, sugar and processed foods directly alters the surface receptors of cells lining the digestive tract, responsible for more than 80 percent of our immune response. Researchers commented“individuals fed a synthetic diet lacking this key compound experience a significant reduction in AhR activity and lose IELs. With reduced numbers of these key immune cells, individuals showed lower levels of antimicrobial proteins, heightened immune activation and greater susceptibility to injury.”
Dr. Veldhoen concluded"its already a good idea to eat your greens… the results offer a molecular basis for the importance of cruciferous vegetable-derived phyto-nutrients as part of a healthy diet.”The current recommendation to eat 3 to 5 servings of vegetables and fruit each day is anemic and insufficient in the light of this important study. Health-minded people will want to include fresh, raw greens at the core of their diet and include 10 or more generous servings each day to boost immune health.
Vitamin D Supplements Wont Help Prevent Disease Review
Thursday, April 10, 2014
Low levels of vitamin D have been implicated as a potential cause of diseases ranging from cancer to diabetes. Now an extensive review suggests its really the other way around: Low levels of the "sunshine vitamin" are more likely a consequence -- not a cause -- of illness.
In their review of almost 500 studies, the researchers found conflicting results. Observational studies, which looked back at what people ate or the kinds of supplements they took, showed a link between higher vitamin D levels in the body and better health.
But, in studies where vitamin D was given as an intervention (treatment) to help prevent a particular ailment, it had no effect. The one exception was a decreased death risk in older adults, particularly older women, who were given vitamin D supplements.
"The discrepancy between observational and intervention studies suggests that low [vitamin D] is a marker of ill health," wrote review authors led by Philippe Autier, at the International Prevention Research Institute, in Lyon, France.
Vitamin D is known to play a key role in bone health. Low levels of vitamin D have been found in a number of conditions, including heart disease, autoimmune diseases, diabetes, cancer and Parkinsons disease. These findings may explain why so many Americans are currently taking vitamin D supplements.
Its nicknamed the sunshine vitamin because the body produces vitamin D when exposed to the sun (if someone isnt wearing sunscreen). Its also found in some foods, such as egg yolks and fatty fish, and in foods that have been fortified with vitamin D, such as milk.
The current review, published online Dec. 6 in The Lancet Diabetes & Endocrinology, looked at 290 observational studies. In these studies, blood samples to measure vitamin D levels were taken many years before the outcome of the study occurred. The review also included results of 172 randomized clinical trials of vitamin D. In randomized trials, some people receive a therapy while others do not.
The observational studies showed a potential benefit from vitamin D. For example, vitamin D was associated with a 58 percent reduced risk of cardiovascular events, a 38 percent decreased risk of diabetes and a 34 percent decreased risk of colon cancer in these studies.
But, when the researchers looked to the randomized clinical trials that used vitamin D as a treatment, they failed to find any effect on disease occurrence or severity from raising vitamin D levels.
However, vitamin D did reduce the risk of dying from any cause in older people taking 800 international units a day, according to the review.
Dr. Shaun Jayakar, an internal medicine and geriatric specialist from St. John Hospital and Medical Center in Detroit, said the findings in elderly people "are likely due to a reduction in falls and fractures. Supplementing with vitamin D would lead to stronger bones, which would reduce falls and factures."
Because the majority of interventional trials failed to find any benefit from vitamin D, the reviews authors conclude that low vitamin D levels dont lead to ill health, rather theyre caused by ill health.
They theorize that inflammation that occurs in many illnesses may be what depletes vitamin D levels.
Dr. Robert Graham, an internist from Lenox Hill Hospital in New York City, said, "This comprehensive review did a really good job at trying to tease out the effects of different study designs, and the findings will be controversial."
He said there are currently five, large ongoing interventional trials that will help to better define vitamin Ds role in disease. However, the results of those studies wont be available for a number of years. Until then, he recommended, "Try to achieve homeostasis [equilibrium]. You dont want to get to a low level of vitamin D."
The Institute of Medicine recommends 600 international units of vitamin D for adults, and 800 international units for people over 70.
Both Graham and Jayakar agreed that those are reasonable supplement levels. Jayakar said that for most people, vitamin D supplements are harmless, but added that "its a pocketbook issue. Almost 50 percent of the population is taking vitamin D supplements. Thats a lot of money for something that likely has no benefit," he said.
Jayakar added that this reviews findings suggest that low vitamin D levels could be used as a marker -- a sign -- of disease in younger people. "If someone isnt feeling well and they have low vitamin D, maybe we should use that to start searching to see if something else is going wrong," he said.
Vitamin D Slashes Cancer and Heart Disease Risk in Half
Monday, March 31, 2014

New information now reveals a clear picture of how this amazing nutrient works at the cellular level while prompting the expression of more than 3000 individual genes to protect us against many lethal forms of cancer and heart disease as well. You can dramatically reduce your risk of illness and extend your healthy lifespan by making sure your blood is saturated at an optimal level with Vitamin D.
Vitamin D Influences our Genes, Cuts Cancer Risk in Half

According to a study published in Genome Research, Vitamin D regulates genes which provide protection against many forms of cancer and autoimmune diseases. Vitamin D specifically binds with these genes to provide a protective shield which dramatically reduces our risk of disease. Vitamin D also acts as a master blueprint for cellular replication, guiding the DNA strands with instructions to accurately divide during mitosis and provides critical guidance to prevent cellular proliferation, a hallmark of cancer metastasis.
Vitamin D Lowers Heart Disease Risk by 47%
The results of a study presented to the American College of Cardiology show that correcting deficient Vitamin D blood levels can reduce the risks associated with coronary artery disease. Study participants were given Vitamin D supplements to raise their blood level well beyond the current minimum erence point and were followed for a period of a year to assess their risk for cardiovascular disease. While this study didn`t provide an explanation for the 47% risk reduction, other research has shown that Vitamin D can lower systemic inflammation throughout the body which promotes healthy arteries and lowers blood pressure.
Ensure You Aren`t Vitamin D Deficient

The only way to accurately determine if you need to supplement is by having your blood tested. Be sure to request a 25(OH)D blood test which yields the most accurate results. Optimal levels are between 50 and 70 ng/mL. If you test below this level you`ll need to supplement with an oil-based gelcap form of Vitamin D. Most people find that 1000 IU is needed to raise the blood level by 10 ng/mL.
Deficient levels of Vitamin D are responsible for millions of needless deaths and much suffering each year. Extensive research has shown exactly how this mega nutrient works on the cellular level to provide lowered risk from many lethal conditions including cancer and heart disease. Those interested in lowering disease risk will want to have a simple blood test and supplement accordingly to reap a multitude of health benefits.
Blueberries Lower Blood Pressure and Risk of Heart Disease
Saturday, March 15, 2014
(Article first published as A Handful of Berries Each Day Lowers Blood Pressure and Risk of Heart Disease on Technorati.)
Bioactive compounds found in the full spectrum of berries, and especially blueberries are shown to lower blood pressure and prevent hypertension, according to a study published in the American Journal of Clinical Nutrition. The results provide fresh proof that this great tasting source of beneficial phytonutrients can lower the risk associated with a heart attack.
The team of scientists followed nearly 200,000 men and women over a period of 14 years and assessed their intake of flavonoids from a variety of natural foods including apples, orange juice, blueberries, red wine, and strawberries. They found that the group consuming the highest amount of anthocyanins (found mainly in blueberries and strawberries in the US) were 8% less likely to develop hypertension over the period of the study.
Nutrition researchers will now begin to identify the different sources of anthocyanins as well as the ideal dose necessary to prevent hypertension. Most berry varieties are packed with flavonoids and anthocyanins that have been shown to lower the risk of chronic illness from heart disease, stroke, diabetes and premature brain aging.
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“Our findings are exciting and suggest that an achievable dietary intake of anthocyanins may contribute to the prevention of hypertension,” said lead author Professor Aedin Cassidy of the Department of Nutrition at the University of East Anglias Medical School. Approximately one-quarter of all adults worldwide and as many as one in three Americans suffer from hypertension, a leading cause of heart disease and death from a heart attack.
Anthocyanins in Berries Reduce Risk of Hypertension

A more in-depth analysis showed that consumption of blueberries in particular conveyed the highest degree of protection against developing high blood pressure with a 10% lower incidence for those eating the fruit once a week. Dr. Cassidy noted "Our findings are exciting and suggest that an achievable dietary intake of anthocyanins may contribute to the prevention of hypertension". Hypertension is a leading risk factor for heart attack, and this finding could translate to a significant reduction in the number of people suffering a cardiovascular event.
A Daily Dose of Berries Can Prevent Heart Disease, Stroke and Dementia

Extensive scientific studies now exist showing how berry consumption, and especially blueberries help to prevent diseases of the brain that result in cognitive decline and dementia. The special compounds that give berries their deep purple and reddish colors are able to cross into the brain where they exert a powerful effect to thwart functional decline.
We now have evidence that berry consumption can prevent hypertension and lower heart attack risk. Until exact standards are developed, nutrition experts advise eating one-half to a full cup of berries several times a week to protect the heart and the brain.
Mandates Pink Slime and Surreptitious Patient Recruitment for Disease Management
Tuesday, March 11, 2014

While the Disease Management Care Blog delights in the mandates constitutional dilemmas, it also knows that the provision does nothing about the United States health care cost dilemma.
That day of reckoning yet awaits.
Obliging more health persons into the insurance "risk" pools is fundamentally an exercise in spreading the same risk and health care costs over a larger population. While individuals may see their health insurance premium decline thanks to more persons paying into the system, the total consumption of health care services has no reason to slow down. A mandate by itself will not reduce costs.*
Speaking of saving money, the omnivorous DMCB, spent some of its teenage years living on a country farm. The family did its own butchering and, never leaving anything to waste, did everything it could to use every scrap of meat. As far as the DMCB is concerned, "pink slime" a.k.a. "boneless meat trimmings" is a virtuous confluence of that same thrift on an industrial scale combined with centrifuges and ammonia. Talk about a slaughter.
Last but not least, the DMCB got one more population health management insight from Charles Duhiggs book The Power of Habit. In it, Mr. Duhigg describes how Targets brainiacs discovered an association between the emergence of new buying habits in young women and early pregnancy. While that classic exercise in predictive modeling is not new, what happened next was insightful: creeped out Target customers pushed back when they unexpectedly started getting maternity and baby product coupons. In response, Target learned to camouflage its recruitment efforts by disseminating its coupons with random and unrelated product offers. The DMCB wonders if the same surreptitious approach could somehow be adapted to recruit high risk patients into population health management. $5 toward text messaging if we can ask you some questions about your wellness.... and diabetes.
*Assume for a moment that 90 persons have health insurance which costs $500 a year. That "pools" 90 x $500 or $45,000 in resources that are available pay for persons that need to be in a hospital.
Then assume 4 persons get sick - one gets appendicitis, one is involved in a car accident, one gets gets an infected paper cut and the last one neglects to follow a DMCB spouse preventive health recommendation and gets what he deserves. If the average cost per hospitalization is $10,000, the total cost is $40,000. That leaves $5000 left over.
Cost of the insurance for each of the 90 persons: $500.
Cost of the illness for each of the 90 persons : $444.
Total amount of money going to the insurance company: $45,000.
Total cost of the illness: $40,000.
Amount that goes to the insurance companys bottom line: $5000
One year later, the 90 persons realize that there are ten persons living in their community who are not buying insurance. Assume these freeloaders are healthy. The 90 persons have a majority and pass an ACA with a mandate. Over the next year, four other persons get sick again.
Cost of the insurance for each of the 100 persons: $500.
Cost of the illness for each of the 100 persons : $400.
Total amount of money going to the insurance company: $50,000.
Total cost of the illness: $40,000
Amount that goes to the insurance companys bottom line: $10,000
Of course, its more complicated than that. Of the ten forced to buy insurance, some have preexisting conditions and the cost of a hospitalization rises year after year, but that doesnt change the basic math underlying a mandate: total health care costs are the same, but theyre spread over a larger base population.
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Coronary Artery Disease Prevention Tips
Wednesday, February 26, 2014
Coronary Artery Disease (CAD) results in nearly 1 million deaths each year and millions more are living with this disease and the limitations which lead to an early demise. Coronary Artery Disease is avoidable and reversible by following a healthy diet and supplementing with targeted nutraceuticals. Amazingly, this information has been understood and implemented with demonstrated results for decades and yet CAD remains the leading cause of death in the US today.
Coronary Artery Disease is Caused by Poor Lifestyle Decisions
Eat a Healthy Diet to Prevent and Reverse Coronary Plaque
Nobel Prize Winning Chemist Discovers Plaque Reversal Cocktail

Dr. Linus Pauling was a chemist and winner of multiple Nobel Prize awards, and is best known for his work with Vitamin C. Pauling furthered his work to include two amino acids which work alongside Vitamin C, and are essential in the fight to prevent and treat CAD. Pauling found that Lysine and Proline, combined with Vitamin C creates a sticky substance which attaches to the foamy plaque deposits, ushering the deadly substance out of the coronary arteries. This combination is known as the Pauling Therapy, and is currently used successfully by many people to eradicate plaque and reduce the incidence of coronary artery disease. Additionally, supplements such as niacin, Vitamin D and green tea extracts have therapeutic effects which cause regression of the plaque that leads to hardened arteries.
Coronary Artery Disease is devastating in terms of disability, loss of productive years and the burden placed on an already failing health system. We understand the root cause of this disease and also the proven natural therapy to prevent, halt and treat this affliction which many consider a death sentence. A proper diet which favors raw vegetables, nuts, seeds and lean proteins instead of the typical highly processed carbohydrate fare consumed my most people will produce life altering results. Further evidence shows that a regimen of specially targeted supplements can compliment a healthy lifestyle, leading to Coronary Artery Disease reversal and a lengthened lifespan. CPDAKFVDVXH8
Omega 3 Fats Found in Fish Oil Boost Immune Response to Help Fight Inflammation and Disease
Friday, February 21, 2014

Fish Oil Fats, DHA and EPA Stimulate Immune System B cells to Fight Inflammation and Disease Risk
A group of researchers from the Department of Food Science and Human Nutrition at Michigan State University have published the result of their work in the Journal of Leukocyte Biology that shows how DHA-rich fish oil enhances B cell activity, a white blood cell that is critical to activate our immune response. One of the study authors, Dr. Jennifer Fenton explained “Fish oil may have immune enhancing properties that could benefit immunocompromised individuals.”
Omega-3 fat sources including fish oil include the long chain fatty acids, DHA and EPA that have been shown in a number of prior studies to reduce total body inflammation that help to lower the risk of developing many chronic illnesses including cancer, heart disease, dementia and stroke. Researchers now uncover how these special fats enhance B-cell activity, a white blood component necessary to improve immune system activity and lower inflammatory response.
Supplement Daily with A Distilled Fish Oil Capsule to Squelch Inflammation and Lower Disease Risk
Researchers used two mouse models to conduct their study, one group was fed a control diet and the other was fed a diet supplemented with DHA-rich fish oil for a period of five weeks. B cells were taken from various tissues and the scientists then looked for markers of B cell activation on the cell surface, B cell membrane changes, and B cell cytokine production to assess immune response activation.
The team found that those mice supplemented with DHA-enriched fish oil demonstrated B cell activation and antibody production to aid immune response and pathogen clearance, while damping systemic inflammation. The authors concluded “This work confirms similar findings on fish oil and B cells… and moves us one step closer to understanding the immune enhancing properties of EPA and DHA.” Adults should supplement with a distilled fish oil preparation (1,200 to 2,400 mg EPA/DHA per day) to fight inflammation and heighten immune system response.
Holiday Preparations at the Disease Management Care Blog
Tuesday, February 18, 2014
How, you ask, does the Disease Management Care Blog spouse approach the days ahead?
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Thinning crown baldness linked to increased risk of coronary heart disease
Wednesday, January 22, 2014
Male pattern baldness is linked to an increased risk of coronary heart disease, but only if its on the top/crown of the head, rather than at the front, finds an analysis of published evidence in the online journal BMJ Open.
A receding hairline is not linked to an increased risk, the analysis indicates.
The researchers trawled the Medline and the Cochrane Library databases for research published on male pattern baldness and coronary heart disease, and came up with 850 possible studies, published between 1950 and 2012.
But only six satisfied all the eligibility criteria and so were included in the analysis. All had been published between 1993 and 2008, and involved just under 40,000 men.
Three of the studies were cohort studies - meaning that the health of balding men was tracked for at least 11 years.
Analysis of the findings from these showed that men who had lost most of their hair were a third more likely (32%) to develop coronary artery disease than their peers who retained a full head of hair.
When the analysis was confined to men under the age of 55-60, a similar pattern emerged. Bald or extensively balding men were 44% more likely to develop coronary artery disease.
Analysis of the other three studies, which compared the heart health of those who were bald / balding with those who were not, painted a similar picture.
It showed that balding men were 70% more likely to have heart disease, and those in younger age groups were 84% more likely to do so.
Three studies assessed the degree of baldness using a validated scale (Hamilton scale). Analysis of these results indicated that the risk of coronary artery disease depended on baldness severity, but only if this was on the top/crown of the head, known as the vertex.
Extensive vertex baldness boosted the risk by 48%, moderate vertex baldness by 36%, and mild vertex baldness by 18%. By contrast, a receding hairline made very little difference to risk, the analysis showed.
To compensate for differences in the methods of assessing baldness in the studies included in the analysis, the authors looked at four differing grades of baldness: none; frontal; crown-top; combined.
Once again, this indicated that the severity of baldness affected the risk of coronary heart disease.
Men with both frontal and crown-top baldness were 69% more likely to have coronary artery disease than those with a full head of hair, while those with just crown-top baldness were 52% more likely to do so. Those with just frontal baldness were 22% more likely to do so.
Explanations for the reasons behind the association vary, but include the possibility that baldness may indicate insulin resistance, a precursor to diabetes; a state of chronic inflammation; or increased sensitivity to testosterone, all of which are involved directly or indirectly in promoting cardiovascular disease, say the authors.
But they conclude: "[Our] findings suggest that vertex baldness is more closely associated with systemic atherosclerosis than with frontal baldness. Thus, cardiovascular risk factors should be reviewed caully in men with vertex baldness, especially younger men" who should "probably be encouraged to improve their cardiovascular risk profile."
Gum Disease Bacteria Linked To Pancreatic Cancer Risk
Monday, January 20, 2014
The British Dental Health Foundation believes new scientific research presented is a further indication of a possible link between pancreatic cancer and gum disease.
The latest research, presented in the journal Gut, found one of the bacterium key in the development of gum disease was associated with a two-fold increase in risk for pancreatic cancer. The study also discovered those with non-harmful oral bacteria had a 45 per cent lower risk of pancreatic cancer.
Although researchers cannot confirm whether gum disease contributes towards a higher risk of developing pancreatic cancer, the research is a further indication of a potential link between the two diseases.
Previous research has also drawn an association between bacteria responsible for gum disease and pancreatic cancer, although in both cases it remains unclear whether the presence of particular types of bacteria are a cause or effect of pancreatic cancer.
The papers corresponding author Dominique Michaud, epidemiologist at Brown University, commented: "This is not an established risk factor. But I feel more confident that something is going on. Its something we need to understand better."
Co-lead author Jacques Izard, of the Forsyth Institute and Harvard University concurred. He said: "We need to further investigate the importance of bacteria in pancreatic cancer beyond the associated risk."
Pancreatic cancer accounted for 7,901 deaths in 20104, while only four per cent of people in England survived the disease for more than five years. Given these statistics, Chief Executive of the British Dental Health Foundation, Dr Nigel Carter OBE, believes any link between the two diseases should provide a timely reminder about the importance of good oral health.
Dr Carter said: "This research provides further ammunition to the growing belief these two diseases could be related.
"There is no escaping the fact poor oral health has some role to play, as a number of studies are now starting to show. What we must remember is oral health is relatively simple to maintain. The Foundations three key messages - brushing your teeth for two minutes twice a day using a fluoride toothpaste, cutting down on how often you have sugary foods and drinks and visiting the dentist regularly, as often as they recommend - are a great starting point for maintaining good oral health.
"If you have swollen gums that bleed regularly when brushing, bad breath, loose teeth or regular mouth infections appear, it is likely you have gum disease. If any of these symptoms persist, your dentist may be able to help you."
Alzheimers Disease Type 3 Diabetes
Sunday, January 19, 2014

"Researchers at Rhode Island Hospital and Brown Medical School have discovered that insulin and its related proteins are produced in the brain, and that reduced levels of both are linked to Alzheimers disease."
The amounts were low. But the idea that Alzheimers Disease (AD) could be a form of diabetes specific to the central nervous system prompted additional study. Subsequently, a supportive follow-up report was published in November that described a link between the progressive nature of AD and the availability of insulin and insulin-like growth factors - the lower the quantity of insulin and functioning insulin receptors in the brain, the more advanced was the stage of AD.
The type of diabetes described here as associated with Alzheimers Disease (coined "type 3 diabetes" by researchers) is not the same as type 2 diabetes, which affects approximately 18 million Americans. Type 2 diabetes is characterized by higher than normal levels of blood glucose (throughout the body) which result from malfunctions in the production or utilization of insulin made in the pancreas.
A connection between the two disorders may exist, but has yet to be clarified. If a relationship can be shown, the possibilities for therapies that could target both type 2 diabetes and Alzheimers Disease are promising.
For press release on "brain insulin" finding:
Researchers discover link between insulin and Alzheimers
For some summaries of the recent study:
Evidence Grows That Alzheimers Is A Type Of Diabetes
and
Alzheimers Disease May Be Type 3 Diabetes
For the abstract and review article:
Review of insulin and insulin-like growth factor expression, signaling, and malfunction in the central nervous system: Relevance to Alzheimers disease
Impaired insulin and insulin-like growth factor expression and signaling mechanisms in Alzheimers disease - is this type 3 diabetes?
Brushing your teeth could prevent heart disease
Saturday, January 18, 2014
Prospective study finds clinically significant difference in atherosclerosis progression based on changes in periodontal health
Taking care of your gums by brushing, flossing, and regular dental visits could help hold heart disease at bay. Researchers at Columbia Universitys Mailman School of Public Health have shown for the first time that as gum health improves, progression of atherosclerosis slows to a clinically significant degree. Findings appear online in the Journal of the American Heart Association.
Artherosclerosis, or the narrowing of arteries through the build-up of plaque, is a major risk factor for heart disease, stroke, and death.
"These results are important because atherosclerosis progressed in parallel with both clinical periodontal disease and the bacterial profiles in the gums. This is the most direct evidence yet that modifying the periodontal bacterial profile could play a role in preventing or slowing both diseases," says Moïse Desvarieux, MD, PhD, lead author of the paper and associate professor of Epidemiology at the Mailman School.
The researchers followed 420 adults as part of the Oral Infections and Vascular Disease Epidemiology Study (INVEST), a randomly sampled prospective cohort of Northern Manhattan residents. Participants were examined for periodontal infection. Overall, 5,008 plaque samples were taken from several teeth, beneath the gum, and analyzed for 11 bacterial strains linked to periodontal disease and seven control bacteria. Fluid around the gums was sampled to assess levels of Interleukin-1β, a marker of inflammation. Atherosclerosis in both carotid arteries was measured using high-resolution ultrasound.
Over a median follow-up period of three years, the researchers found that improvement in periodontal health—health of the gums—and a reduction in the proportion of specific bacteria linked to periodontal disease correlated to a slower intima-medial thickness (IMT) progression, and worsening periodontal infections paralleled the progression of IMT. Results were adjusted for potential confounders such as body mass index, cholesterol levels, diabetes, and smoking status,
Clinical Significance
There was a 0.1 mm difference in IMT change over three years among study participants whose periodontal health was deteriorating compared with those whose periodontal health was improving. Previous research has shown that a .033 mm/year increase in carotid IMT (equivalent to approximately 0.1 mm over three years) is associated with a 2.3-fold increased risk for coronary events.
"When it comes to atherosclerosis, a tenth of a millimeter in the thickness of the carotid artery is a big deal. Based on prior research, it appears to meet the threshold of clinical significance," says Tatjana Rundek, MD, PhD, a co-author of the study and professor at the University of Miami whose lab read the carotid ultrasounds.
Even subtle changes to periodontal status had a dose-response relationship to carotid IMT. "Our results show a clear relationship between what is happening in the mouth and thickening of the carotid artery, even before the onset of full-fledged periodontal disease," says co-author Panos N. Papapanou, DDS, PhD, professor of Dental Medicine at Columbia Universitys College of Dental Medicine, whose laboratory assessed the bacterial profiles in the gums. "This suggests that incipient periodontal disease should not be ignored."
Bacteria in the mouth may contribute to the onset of atherosclerosis in a number of ways, scientists speculate. Animal studies indicate that they may trigger immune response and high levels of inflammatory markers, which may initiate or exacerbate the inflammatory aspect of atherosclerosis.
The results build on previous findings. In earlier cross-sectional results, Dr. Desvarieux and colleagues had reported that higher levels of disease-causing bacteria were associated with thicker IMT. The current study takes the next step by looking at the cohort over time.
"Our results address a gap identified in the AHA statement on periodontal disease and atherosclerosis, by providing longitudinal data supporting this association," says study co-author Ralph Sacco, MD, professor and chairman of Neurology at the University of Miami, Miller School of Medicine and former president of the American Heart Association. Concludes Dr. Desvarieux, "It is critical that we continue to follow these patients to see if the relationship between periodontal infections and atherosclerosis carries over to clinical events like heart attack and stroke and test if modifying the periodontal flora will slow the progression of atherosclerosis."
Sleeping too little – or too much – associated with heart disease diabetes obesity
Wednesday, January 15, 2014
A new study by the Centers for Disease Control and Prevention (CDC) links too little sleep (six hours or less) and too much sleep (10 or more hours) with chronic diseases – including coronary heart disease, diabetes, anxiety and obesity – in adults age 45 and older. The American Academy of Sleep Medicine (AASM) encourages patients suffering from these common chronic conditions to speak with a sleep medicine physician who can evaluate their sleep patterns.
“It’s critical that adults aim for seven to nine hours of sleep each night to receive the health benefits of sleep, but this is especially true for those battling a chronic condition,” said Dr. M. Safwan Badr, president of the AASM. “Common sleep illnesses – including sleep apnea and insomnia – occur frequently in people with a chronic disease and can hinder your ability to sleep soundly. So if you’re waking up exhausted, speak with a sleep physician to see if there’s a problem. If you are diagnosed with a sleep illness, treating it could significantly improve disease symptoms and your quality of life.”
“Some of the relationships between unhealthy sleep durations and chronic diseases were partially explained by frequent mental distress and obesity,” said study co-author Janet B. Croft, PhD, senior chronic disease epidemiologist in CDC’s Division of Population Health. “This suggests that physicians should consider monitoring mental health and body weight in addition to sleep health for patients with chronic diseases.”
In the study, published in the October issue of the Journal SLEEP, short sleepers reported a higher prevalence of coronary heart disease, stroke and diabetes, in addition to obesity and frequent mental distress, compared with optimal sleepers who reported sleeping seven to nine hours on average in a 24-hour period. The same was true for long sleepers, and the associations with coronary heart disease, stroke and diabetes were even more pronounced with more sleep.
“Sleeping longer doesn’t necessarily mean you’re sleeping well. It is important to understand that both the quality and quantity of sleep impact your health,” said Badr. “A healthy, balanced lifestyle is not limited to diet and fitness; when and how you sleep is just as important as what you eat or how you exercise.”
The study involved more than 54,000 participants age 45 or older in 14 states. Nearly one third of participants (31 percent) were identified as short sleepers, meaning they reported sleeping six hours or less on average. More than 64 percent were classified as optimal sleepers, and only 4 percent of participants were long sleepers.
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