Tag Archives: Addison’s disease

Stem Cell Treatment for Autism Spectrum Disorders

March 2, 2015

Stem Cell Treatment for Autism Spectrum Disorders

The medicinal properties of the stem cells have seen it being used for treatment of myriad ailments or as therapy for many diseases that are not even treatable. for the cases of these diseases that are not treatable the stem cell therapy helps to alleviate on the dangerous symptoms of the diseases and offer comfort as well as lengthen the lives of those who are victims of these diseases. needless the stem cell therapy has become a crucial component of regenerative medicine with many researchers still working around the subject to find out how its applicability can be useful in treating lifestyle diseases that have become a problem to this generation and many generations to come. The stem cell therapy has been proposed as an effective therapy in cases of autism. Autism spectrum disorders are complex neurodevelopmental disorders. This term refers to a heterogeneous group of varied conditions characterized by dysfunctions in social interactions, skills, and communication, restricted interests, and repetitive stereotypic verbal and non-verbal behaviors, influencing the ability to relate to others. Cognitive, emotional and neurobehavioral abnormalities characterize the core symptoms. The prevalence of these disorders has dramatically increased in the last years, with present rates of 1 in every 88 children aged 8 years in the United States, according to Centers for Disease Control.

Autism Spectrum Disorders

Autism Spectrum Disorders are presumed to be a lifelong disability with multiple impacts on child and adult health. Without a doubt, adult autistic individuals show limited independence because of their learning disability. Adult patients of autism spectrum disorders experience problems in communication. They are not able to read and write well. They’ve got poor comprehension of whatever they read. Apart from impaired communication, they also exhibit stereotyped behaviors and restricted interests. The children affected require special and intensive parental, school, and social support without which coping with the condition may become a nightmare. Autism Spectrum Disorders results in a substantial impact not only on the person’s quality of life but also that of their family. Autism Spectrum Disorders patients are not very easy to take care of, apart from their impaired social behavior, the cost of caring for them is so high. It is estimated that the cost of caring for a single person suffering from Autism Spectrum Disorders for a life time is $3.2 million, therefore this disease by all means is a global problem that should be prioritized and fought from all fronts.

Though the most salient symptoms of these diseases is seen in the cognitive, emotional and neurobehavioral abnormalities, Autism Spectrum Disorders are also characterized by a broad range of biochemical, toxicological and immune involvement, including oxidative stress, endoplasmic reticulum stress, decreased methylation capacity, limited production of glutathione, mitochondrial dysfunction, intestinal dysbiosis, increased toxic metal burden, and immune dysregulations including autoimmunity. Due to these complex problems there has never been any effective medication for autism spectrum disorders that has shown dependable level of efficacy. Today there are only few medications that are licensed by FDA for treating autism related disorders. Needless to emphasize these medications that are available in pharmacies such as anti-psychotics have failed to address the core symptoms of autism spectrum disorders. These medications are quite palliative and have potential adverse effects on the user. For this reason there are other alternative treatments of Autism Spectrum Disorders that have since surfaced. these may include; behavioral, nutritional, and biomedical approaches therefore this creates a vacuum that can be filled with effective therapies like the stem cell therapy but still there is need for more research that a better treatments for this disorder can be found. Despite medical technology advancements it is good to be blunt, Autism spectrum disorders are still untreatable pathologies. Mesenchymal stem cells possess the immunological properties which make them promising candidates as a novel therapeutic option but there is no single therapy that has been found that can treat autism spectrum disorders.

This is how stem cell therapy works for autism

Autism Spectrum DisordersAs mentioned earlier Stem cells are precursors of all cells and are capable of forming cells of other types hematopoietic, nervous and cardiovascular system, endocrine organs, bone, cartilage and muscle tissue. It is with this ability of stem cells to shift shape that it can be harnessed to help treat autism. Early animal studies have shown that stem cells isolated from umbilical cord blood can stimulate cells in the spinal cord to regrow their myelin layers, and in doing so help restore connections with surrounding cells. Autism is thought to result from impaired connectivity in the brain. Because of this, it is practical to apply this therapy on patients with autism spectrum disorders besides Mesenchymal stem cells can regulate the immune system. the mesenchymal stem cells can also help to reverse inflammatory conditions and perhaps this is why very many institutions in the US and across the globe have been doing trials on ability of the stem cells to treat even Cohn’s disease which is a condition resembling the gut inflammation in autistic children. Autism is a serious disease that should be prioritized by the public health stakeholders plus you also need information on how to leave with this disease, Visit us at AWAREmed Health and Wellness Resource Centre at Myrtle Beach, South Carolina. Dr. Dalal Akoury (MD) an expert in integrative and regenerative medicine will be able to help.

Stem Cell Treatment for Autism Spectrum Disorders

 

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Dihydroepiandrosterone Replacement, DHEA -The Mother of All Hormones

January 27, 2015

Dihydroepiandrosterone Replacement, DHEA -The Mother of All Hormones)

Dihydroepiandrosterone or as commonly referred to as DHEA is the most abundant hormone that occurs naturally in the human body. It is referred to as the mother of all hormones because it is responsible for all metabolisms in the body. The hormone is manufactured in the brain and adrenal glands.

The levels of DHEA are highest in the fetus stage and continue to increase until a person is at the age of 30. Afterward, the level begins to drop rapidly as the person continues to age.  This decline is the one that enhances the aging process. Studies show that by the time we are 70 the level of DHEA production reduces to around 10% less of what we used to produce when we were younger. The work of this hormone is to support as well as to regulate the functioning of other hormones in the immune system.

Dihydroepiandrosterone Replacement, DHEA

Given that DHEA is very critical for the normal functioning of other cells, if anything goes wrong with the hormone all other hormones are affected. If the level of DHEA declines, it means that its functions cease to balance. In this case, this imbalance brings about an imbalance of all other hormones like estrogen, progesterone, cortisol and testosterone. Hormonal imbalances lead to medical conditions like depression, low sex drive, and anxiety among others.

Facts about DHEA

DHEA is used by the body to produces sex hormones such as progesterone, testosterone, estrogen and cortisol. In addition to this, the hormone is also responsible in regulating the levels of insulin and cholesterol in the body. If the levels of insulin and cholesterol increase beyond normal, then there is bound to be inevitable damage in the body leading to health conditions like obesity, high blood pressure and heart disease. It also decreases the risk of cancer and diabetes in addition to enhancing the immune system.  It also prevents the breast cancer in women in premenopausal stage and in men prostate cancer.

DHEA is probably the most important hormone in the body. It plays a crucial role in metabolism and is the foundation of sex hormones in both women and men. It is basically responsible for the normal functioning of our bodies. It is a precursor hormone which means that it is responsible for the production and normal functioning of other hormones in the body. It is surely the mother of all hormones because without it, the other hormones would be useless or they would not even exist.

DHEA is responsible for maintaining a balance in the metabolism process. It does this by enhancing loss of excess fats, increasing tissue mass, and enhancing formation of new bones as well as inhibiting their degeneration.

DHEADHEA replacement therapy is performed on patients with low levels of the hormone. When this level declines as we have seen the balance of other hormones is offset. Mostly patients will come in with symptoms of hormonal imbalances.  The test is performed by an expert who runs a couple of tests to find out the level of DHEA.  When done correctly, the replacement therapy helps restore the hormonal imbalance and reverses symptoms associated with this condition. When combined with the right diet and regular exercises, DHEA is crucial in restoring hormonal balance.

It is also effective in reversing conditions caused by hormonal imbalances such as impaired memory and concentration ability, loss of lean muscles, depression and reduced focus which most people take as conditions associated with old age and therefore inevitable.

Factors that may cause DHEA levels to decline

Diet: First of all our diet plays a major role in our well-being. What you eat translates to the health of your body.  Eating a balanced diet works miracles in preventing hormonal imbalances. Lack of exercise will also increase your chances or hormonal imbalance.

Toxics: toxic compounds such as pesticides and herbicides find their way into our body systems either through the food we eat or the water we drink. These compounds are known to offset hormonal imbalances like DHEA.

Stress: this is one of the major factors that may throw your hormones completely off balance. When DHEA is affected by stress that means that the production of cortisol that is supposed to help you deal with the situation is not produced efficiently.

Importance of adequate levels of DHEA

When the hormone DHEA is in adequate levels, it leads to restoration of lean muscles, improved memory, increased stamina, improves the fat ratio, increased testosterone levels, increased concentration and focus among others. All these functions make DHEA the ultimate mother of all hormones because it has direct effect on the production and functions of other hormones.

Find out more about DHEA by visiting www.awaremednetwork.com today. Get your healing through the expert advice of Dr. Akoury who has helped thousands of patients get back on their feet. She has years of experience in the field of medicine. AwareMed provides you with not only information about illnesses but we also help you solve them.

Dihydroepiandrosterone Replacement, DHEA -The Mother of All Hormones)

 

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Kidney Health and Blood Sugar

November 30, 2014

Kidney Health and Blood Sugar

The connection between hypertension and blood glucose is even more insidious than it seems. When you think of hypertension the organs that come into your mind are probably the kidney, then the heart. The kidney refused to regulate the amount of blood sugar. A lot of it got deposited on the walls of blood tissue resulting in some unregulated pressure for this life fluid.

Hypertension often accompanies diabetes in the event of chronic hyperglycemia. Clearly then, the relationship between elevated blood glucose, hyperinsulinemia and kidney health is a complicated one. You probably understand how crucial the kidneys are in maintaining the balance in the body system. The organ plays an essential regulatory role in creating the body’s equilibrium through osmoregulation.

With diabetes, the kidneys are at risk. Yes they often help in releasing of glucose into the blood circulation via a process known as gluconeogenesis, lead the uptake of glucose from the circulation to satisfy the body’s energy needs, and then help reabsorb blood sugar at the point of the proximal tubule. But diabetes can often cause this vital osmoregulatory system to break down.

This happens when the high levels of blood sugar damages the kidneys rendering them dysfunctional. When the kidneys fail they are not able to filter out waste from the blood any more. This may often lead to kidney disease (nephropathy) with time.

Kidney-Health

Where does the sugar come from?

The diet! Organ failure. Related disorders. Genetics. Lifestyle choices such as exercise and lack of it. All these factors bring the excess sugar into your blood. Any of these factors may be responsible for a diabetic condition. This path is however a long one. One does not simply wake up one morning and have diabetes.

Of all these factors, the diet is the major root cause of diabetes. Statistics show that the contemporary world populations take a lot of sugar in their diet. Try to imagine how much soda you take in a week, how much peanut butter you consume, yoghurt, crackers, ketchup…and the list may go on and on.

America alone was last estimated to have its population consume 156 pounds of sugar every year each person. Among these ponds of sugar consumed, soft drinks alone was found to take up 33 percent of the total sugar intake.

Depending with which type of diabetes is in question, the causes are different. Diabetes type 1, for instance is caused by the presence of insufficient insulin in the victim’s body. This involves a condition where for some reason the pancreas failed to produce insulin. Most likely this is caused by some hereditary condition. It may be a case of autoimmunity.

Insulin resistance on the other hand results into the diabetes type 2. This takes time. You take that sugar of yours over time. You are warned about it. Even the doctor tries to prescribe for you a healthier alternative but you remain adamant on the soda and ice-cream routine. So as time goes by, you develop an addiction to sugar. You sometimes see the syndromes coming but you just cannot quit the wrong path.

What happens in the end is the presence of too much sugar in your blood that the organs responsible for its regulation can no longer control it for you. Your kidneys’ nephrons get overworked by having to filter too much blood due to the presence of excess glucose in the bloodstream. So with time, this added work exerts a lot of pressure on these kidney tubules forcing them to lose that filtering ability. As a result, no reabsorption of glucose takes place at the proximal tubule resulting in a very high blood sugar level.

The endocrine mechanism

This blood sugar regulation process involves a complex system of hormone balance. Insulin and Glucagon are the two major hormones involved here. In fact diabetes can more accurately be viewed not as a sugar disease, but rather an insulin disorder. Insulin is responsible for promoting the absorption of glucose from the blood to skeletal muscles and fat tissue. The hormone also causes the fat to be stored in that form instead of being hydrolyzed for energy production. This way hormone insulin regulates the metabolism of carbohydrates and fats.

Insulin is a peptide hormone made by the pancreatic beta cells. It allows the body therefore to use sugar/glucose contained in carbohydrates in the diet to synthesize energy. Alternatively it helps to store glucose for future use in inert form. As such, Insulin helps keep the blood sugar levels from getting too high, a condition referred to as hyperglycemia, or low; a condition known as hypoglycemia.

Diabetes-AwarenessBlood sugar is root-controlled by 3 major organs; pancreas, liver and the adrenal glands, given the fact that adrenaline, thyroxin and cortisol are also involved.

Hypoglycemic conditions stimulate the adrenals and the liver to produce a counter effect with the help of their respective hormones. The adrenal glands increase the production of hormone cortisol which prompts the liver to raise blood sugar levels. In this process of trying to arrest the situation, the increased cortisol eventually leads to weight gain by cortisol mobilizing fat in the body. This causes the fat to settle in the abdomen making it fatter.

Problems posed by the sugar

With the increased sugar levels, diabetes is not the only adversary you are facing. There is more than just the diabetes. Rather, you are faced with an increased cardiovascular disease, obesity, nutrient deficiencies including a reduced level of the essential B vitamins. Dysfunctions related to blood sugar dysregulation are also common. You may also encounter strokes, metabolic syndrome, oxidative stress and a possible adrenal or pancreatic dysfunction.

Physical signs for the blood sugar issue?

Rising blood pressure may be a sign of a cardiovascular problem. You may also experience adult acne, slow healing of wounds, white patches on inside of your cheek, cataracts and sometimes chronic bladder infections.

The good news is that there is a relatively simple way of improving all these conditions at the same time. AwareMed recommends that you follow a reduced-carbohydrate diet that includes plenty of fresh, potassium-rich vegetables, low-glycemic fruits and healthy fats—the latter of which have virtually no effect on glucose and insulin levels.

Kidney Health and Blood Sugar

 

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Adrenal Fatigue, Chronic Stress And Ebola

October 14, 2014

Adrenal Fatigue, Chronic Stress And Ebola

What is adrenal fatigue?

Adrenal fatigue is a broad term that is used to describe a condition in which a person feels exhausted as a result of failure of the adrenaline glands to function properly. The adrenaline glands are two small structures that are located near the kidney. The glands are responsible for the overall hormonal balance in the body. This is a very important function and it is carried out in two broad ways. First, the adrenaline glands are directly involved in the maintaining the hormonal balance within the body of an individual by producing   a number of important hormones. Secondly, the glands control the production and distribution of the majority of different other hormones in the body. Therefore, apart from directly producing important hormones in the body, adrenal glands are important in that they regulate the production and distribution of other hormones.

Signs and symptoms of adrenal fatigue

Basically, adrenal fatigue develops when the adrenal glands are not working as they should be. There can be several reasons that make the adrenal glands to malfunction. For example, chronic diseases such as different types of cancer can interfere with the way the glands function. This definitely leads to adrenal fatigue.

Adrenal fatigue

Generally, diagnosis of adrenal fatigue is a difficult task. This is because the condition produces symptoms that are similar to other medical conditions that are different from it. Also, since the term actually describes a broad amalgamation of signs and symptoms, it may be difficult for a doctor to isolate it from other conditions that may cause similar symptoms.

However, there are certain signs and symptoms whose appearance should be taken as an indication that a person is suffering from adrenal fatigue, that is, if no other direct cause of the symptoms can be pointed out. For example, a feeling of general weakness or fatigue is a clear indication that one may be suffering from adrenal fatigue. This is true particularly if the condition persists and it cannot be attributed to any other medical condition. Lack of energy is usually accompanied with other related signs such as a low level of libido, dizziness and a characteristic tiredness even after one has had a long night’s sleep.

The second sign and symptom of adrenaline fatigue is related to changes in a person’s moods and level of hormones. Moods are usually determined by hormones. Since adrenal fatigue affects the way the adrenal glands function, the hormonal balance within the body of an individual is disturbed. When this happens, a person tends to experience sudden changes in moods over the course of time.

Stages of development of adrenal fatigue

Chronic StressAdrenal fatigue does not develop overnight. The condition follows a course of development from the time when one experiences the first signs and symptoms to the stage where it becomes a chronic condition. In the first stage, the body of an individual is forced to release a lot of hormones that are associated with the ‘fight or flight’ instinct. This usually happens after a person is exposed to stressful conditions.

In the second stage of development of adrenal fatigue, the body gets accustomed to the conditions to which it first reacted with sharply during the first stage. At this stage, the body tends to make its own internal changes in the production and distribution of hormones. More and more cortisol is produced at the expense of other hormones which are meant to serve different other purposes. Cortisol is the hormone that helps individuals to cope with different forms of stress.

The hormonal imbalance that arises as a result of the body concentrating on producing cortisol and ignoring the production of other equally important hormones is what leads to the different signs and symptoms that a person experiences as a result of adrenaline fatigue.

The effects of adrenal fatigue

Adrenal fatigue causes a number of unpleasant effects in the body. Because of the stages in which the condition goes through as it progresses, its effects on the body tend to be felt in progression as opposed to sudden changes. Therefore, one is likely to fail to realize the full impact of the condition until when it is too late. By this time, the functioning of the adrenal glands is completely impaired that one’s body is unable to cope with any form of stress.

There is a complex relationship between adrenal fatigue and a horde of different types of diseases such as cancer, diabetes, Alzheimer and even Ebola. Although studies are still ongoing, it can be deduced that the degenerative effect of adrenal fatigue on the body predisposes it to the possible development and advancement of such diseases.

How adrenal fatigue can be reversed

There are several different by which adrenal fatigue can be reversed. The good news is that all these methods are natural and are available here at AWAREmed Health and Wellness Resource Centre. The methods can be divided into several categories. The first one is about the use of different forms of nutritional supplements. Such supplements contain magnesium and different types of vitamins which have been found to help in restoring the functioning of the adrenal glands to their ideal state. The second one involves use of exercises and general lifestyle habits as a way of restoring the adrenal glands to their ideal state. Lastly, adrenal fatigue can be reversed by taking the right kind of food while at the same time avoiding excess sugars and other unhealthy substances.

Adrenal Fatigue, Chronic Stress And Ebola

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