The human body needs nutrients to function, the nutrients known to be essential for human beings are proteins, carbohydrates, fats and oils, minerals, vitamins and water.There is need to note that all nutrients have specific work to do in the body. this is why it is important to eat a mixed diet. If you cannot afford such on one plate try to spread your dietary requirements throughout the day such that by the end of the day you would have a variety of the necessary nutrients. If you decide not to eat properly, you are likely to make frequent visits to the doctor or pharmacist, and you become an economic drain to your family and society. Please note that once you start feeling sick you need to observe your dietary habits because it is most likely that you have been indulging in junk. it is interesting to note that most people eat a lot of junk for enjoyment and never think about the effects. You will hear people saying that they eat junk because it is nice, pity your children who have no choice but to rely on what the parents give them until they become sick. this is a great sin, is it right to make sure that your baby is never introduced to the junk snacks and sweets, even if your economic status is too high.  Proteins: Proteins are made of amino acids, small units necessary for growth and tissue repair. Protein is the body’s most plentiful substance except for water and, possibly, fat. Animal foods such as meat, fish, poultry, milk and eggs are rich in protein. Good plant sources of protein are beans, peas, nuts, bread and cereals. Combining plant sources, such as peanut butter with whole-grain bread or rice with beans, provides excellent protein. So does combining plant and animal sources such as cereal and milk or macaroni and cheese.  Carbohydrates: Starches and sugars are carbohydrates, the main source of the body’s energy. Carbohydrate-rich foods are also the main sources of protein for most of the world. Rice, wheat, corn, and potatoes are common rich sources of carbohydrates. Sugars are not essential foods. They provide energy (calories) but no nutrients. for that reason sugar is called an “empty calorie” food. Occasional sweets are not harmful to a healthy, active person, but excessive sugar can lead to tooth decay when eaten between meals, especially in sticky snack foods that cling to the teeth.

Fats and Oils: Fats and oils (which are liquid fats) are a concentrated source of energy. Fats in the diet are necessary for good health. They make certain vitamins available for use in the body, they cushion vital organs, they make up part of all body cells and they help to maintain body temperature. Fats also delay pangs of hunger because a food mixture containing fat remains longer in the stomach.Nutritionists distinguish between different types of dietary fats, or fats in food. Saturated fats usually are solid in form and of animal origin. in many typical diets, meat fat is the main source. it is known that saturated fats can raise the level of cholesterol in the blood. Cholesterol is a natural waxy substance made by the body. it helps to form digestive juices and does other important work. it is present in the body no matter what is eaten. when the body cells cannot absorb any more cholesterol, any excess begins to accumulate in the walls of the blood vessels and gradually narrows them. this condition may lead to a heart attack or stroke. MineralsMinerals are neither animal nor vegetable; they are inorganic. almost all foods contribute to a varied intake of essential minerals. most minerals are easy to obtain in quantities required by the body. A major exception is iron for children under the age four and adolescent girls and women in the childbearing years. these groups need more iron than a normal diet may provide. Iron helps to build red blood cells. it also helps the blood carry oxygen from the lungs to each body cell. Rich sources of iron are meat, especially liver; egg yolks; and dark green vegetables. Everyone at every age needs calcium. this mineral builds bones and teeth, and it is necessary for blood clotting. The best sources are milk and hard cheese. Others are leafy greens, nuts, and small fishes—such as sardines—with bones that can be eaten.Phosphorus works with calcium to make strong bones and teeth. A diet that furnishes enough protein and calcium also provides enough phosphorus. Other important minerals are sodium, potassium, iodine, magnesium, zinc, and copper. VitaminsThe discovery of vitamins began early in the 20th century. it is likely that some still are undiscovered. Eating a wide variety of foods ensures getting enough vitamins whether or not they are identified. all living things need vitamins for growth and health. The body either cannot manufacture them at all or cannot normally manufacture them in sufficient amounts, and so must absorb them from food. Each vitamin has specific roles to play. Many reactions in the body require several vitamins, and the lack or excess of any one can interfere with the function of another.

Fat-soluble vitamins. Four vitamins—A, D, E, and K—are known as the fat-soluble vitamins. They are digested and absorbed with the help of fats that are in the diet. Vitamin A is needed for strong bones, good vision, and healthy skin. it is found both in dark green and yellow fruits and vegetables. Vitamin D is essential for children because it helps calcium and phosphorus to form straight, strong bones and teeth. with direct sunlight on the skin, the body can manufacture its own vitamin D. Infants and young children often need a vitamin D supplement. Vitamin D is added routinely to most milk during processing.Vitamin E helps to protect vitamin A and red blood cells. it is found in a wide variety of foods, and almost everyone gets enough. Vitamin K is one vitamin that is made within the human body—by bacteria that live in the intestinal tract. Small amounts are found as well in the green leaves of spinach, kale, cabbage, and cauliflower and also in pork liver.Fat-soluble vitamins can be stored in the body for long periods. They are stored mostly in the fatty tissue and in the liver. Water-soluble vitamins. The vitamin B group of several vitamins helps to maintain healthy skin and a well-functioning nervous system. B vitamins also help to convert carbohydrates into energy. Vitamin C, or ascorbic acid, is needed for building the connective tissue that holds body cells together. Vitamin C is essential for healthy teeth, gums and blood vessels. it also helps the body to absorb iron. these water-soluble vitamins are not stored in the body for long. Good sources should be eaten every day. WaterIn order to live, every cell in the body must be bathed in water. Water takes an active part in many chemical reactions and is needed to carry other nutrients, to regulate body temperature, and to help eliminate wastes. Water makes up about 60 percent of an adult’s body weight. Requirements for water are met in many ways. most fruits are more than 90 percent water.Lack of essential nutrients:There are several signs and symptoms of deficiency diseases such as feeling tired; losing food taste; loss of appetite; being pale; muscle wasting; having an itchy skin; dry skin; scaly skin in exposed areas; sore tongue; cracking lips; recurrent mouth ulcers; scalp hair loss; uncontrollable dandruff; brittle and flaking nails; muscle pain and cramps; twitching facial muscles; diarrhea; constipation; burning feet; depression; palpitations; poor concentration and irritability. If you suffer from any of these symptoms you must change your dietary habits immediately.

Dairy allergy is a kind of food allergy that suddenly develops whenever the immune system starts to respond adversely to proteins that are always present in milk. a lot of people assume that this dairy allergy symptom is the same as lactose intolerance symptom. but they are definitely two contrasting conditions.

Lactose intolerance is a result from the absence of digestive enzymes required in digesting lactose sugar commonly found in milk and it has very far to do with our immune system. Dairy allergy symptoms are serious when compared to lactose intolerance. This type of allergy is commonly found in infants below 12 months of age. but some adults may also contract dairy allergy symptoms in their later years of life. Some infants outgrow it while others continue to experience it throughout their life.

Reasons behind Dairy Allergies

The protein content that is ever present in dairy products commonly acts as allergens and is bound for this type of food allergy. Whey and Casein are the protein components of dairy products that make allergic reactions. If you will observe a curd, you can definitely identify these two proteins separately. Casein is that solid part of milk while whey is the watery part. whenever dairy allergic people consume these products, their immune system assumes these milk proteins to be harmful substances that entered the body. It releases a big amount of antibody histamines in order to control these substances and gives way to dairy allergy symptoms like inflammation.

Dairy Allergy Symptoms

How intense dairy allergy symptoms can be are often ranging from mild to severe. Some immediately appear as soon a person with dairy allergy consumes any kind of dairy food; while others may even take hours before it manifest. Among the dairy allergy symptoms visible on the skin are the appearances of hives, red and itchy rashes, swelling in some areas of the face, tongue and throat. Some dairy allergy symptoms in the digestive system would results in vomiting, diarrhea, nausea, gas, abdominal cramps, and bloating. The respiratory system also shows dairy allergy symptoms like coughing, wheezing, sneezing, nasal congestion, runny nose, and watery eyes.

The dairy allergy symptoms in both infants and adults are the same. although, there may be some prevalent dairy allergy symptoms in infants that tend to get ear and nose infections, eczema, lack of energy and frequent bed-wetting.

IF you tend to get dairy allergy symptoms then you need to avoid them. you can get other alternatives in some soy products to complete your dietary requirement. and for infants, there are soy-based “milk” formulas available in the market.

UNDATED (CBS) – Spring is just around the corner and for millions of people that means their allergies will be flaring up. but it's not just pollen that could be aggravating your seasonal allergies.

Lukus Hasenstab has allergies almost all year, and they make him miserable.

“I'm allergic to pretty much anything in nature. Trees, the pollen,” he said.

But what some allergy sufferers eat, like fresh fruits, vegetables and nuts, can make them feel even worse.

“The food contains certain proteins that are similar in nature to the pollens, and the body confuses the two and it reacts as if you're having an allergy attack in your mouth or throat,” said Allergy and Asthma Dr. Clifford Bassett

It's called oral allergy syndrome.  It's not an allergic reaction to the food itself, but what is called a “cross reaction”. Symptoms include itchiness or tingling on the lips or in the mouth and throat. about one third of allergy sufferers get it.

In the spring, tree pollen can trigger reactions to fruits like apples and oranges, and vegetables like celery and peppers. in the fall, bananas and cucumbers can be a problem for people allergic to ragweed.

Lukus has to limit some foods all year round. “Bananas are a big culprit,” he said. “Almonds oddly enough, various nuts, (and) hazelnuts as well.”

Allergists are predicting one of the worst allergy seasons in more than a decade this Spring, but there is a way to avoid problems with what you eat.

“If you peel the food or cook the food, a lot of times we can knock out the protein and the symptoms go away or are less pronounced,” Bassett said.

“I work in a restaurant and I love food so to have to really think about what I'm about to eat is kind of challenging,” Lukus said.

He says he sticks to what he knows is safe, so he isn't sorry after a meal.

Allergists say it's also important to get the right diagnosis because some people confuse this reaction to foods with food allergies which can be much more serious and may need immediate attention.

Copyright 2011 CBS. all rights reserved.

Celiac disease is a condition triggered by the consumption of the protein gluten. You will find gluten mostly in bread products. When celiac disease occurs the surface of the small intestine is damaged, preventing it from being able to process certain proteins and nutrients. this condition can lead to vitamin deficiencies throughout the body. Celiac disease is managed through changes in diet.

Digestive Symptoms
1. Celiac disease normally creates symptoms in the digestive system, including a bloating feeling in the abdomen accompanied by abdominal pain. You may also experience sporadic bouts of diarrhea and abdominal cramping.

Nerve Symptoms

2. In some cases, even though celiac disease is a digestive condition, you may not experience digestive symptoms. some symptoms of celiac disease are associated with the brain and nervous system. Symptoms may include irritability and signs of depression at unexpected moments. there also may be a tingling in the hands and feet that is commonly associated with other neurological conditions. because of the tendency for celiac disease to cause these kinds of symptoms, it is sometimes misdiagnosed as a brain or nerve condition.

Appetite

3. A person suffering from celiac disease can have a series of seemingly unrelated symptoms that have to do with energy and appetite, such as a craving for food. even with an increased intake of food, a person with celiac disease may suffer from fatigue and possibly dehydration. The appetite symptom could also go the other way, resulting in no appetite and possible weight loss.

Mouth

4. Celiac disease can also show itself as symptoms found in and around the mouth. Sores may begin to appear in the roof of the mouth and on the outside of the mouth. Cracks begin to appear in the skin, and the enamel on the teeth begin to weaken. Teeth become sensitive and the tongue may begin to look smooth, as though it were losing its taste buds.

Skin

5. A person suffering from celiac disease may start to show pale or pasty colored skin and have the tendency to bruise easily. there may be red rashes that appear at random spots on the skin, and these rashes can be extremely itchy.

Patients struggling from severe bowel disease troubles proceed to file Accutane lawsuit Crohn’s illness claims. Crohn’s disease can be a serious gastrointestinal problem.  It’s a kind of inflammatory bowel illness for which there’s treatment, but no remedy.  Crohn’s illness most commonly affects the last component with the little intestine (the terminal ileum) and parts of your huge intestine.  Even so, it is not confined to these areas and it may assault any component from the digestive track.  Crohn’s illness causes inflammation that extends deep into the layers with the intestine wall and usually involves the whole bowel wall.  Accutane can trigger Crohn’s disease, and an Accutane lawsuit may be one’s only remedy for justice.what causes Crohn’s illness?many theories exist about what causes Crohn’s illness, but there’s no consensus as to why it impacts certain people. The human immune program is made from cells and distinct proteins that guard folks from infection. 1 of probably the most widespread theories is the fact that the body’s immune method reacts abnormally in men and women with Crohn’s illness, mistaking bacteria, meals, along with other substances for becoming foreign. The immune system’s response would be to attack these “invaders.” during this method, white blood cells accumulate within the intestinal lining, producing persistent irritation, which causes ulcerations and bowel harm.Crohn’s Illness ProblemsProbably the most typical problem is blockage from the intestine. Blockage occurs simply because the bowel disease tends to thicken the intestinal wall with swelling and scar tissue, narrowing the passage. Crohn’s illness may well also cause sores, or ulcers, that tunnel via the impacted region into surrounding tissues, including the bladder, vagina, or skin. The areas around the anus and rectum are frequently involved. The tunnels, called fistulas, are a common complication and frequently turn into contaminated. Occasionally fistulas might be treated with medicine, but in some instances they may require surgical treatment. Additionally to fistulas, modest tears called fissures may create within the lining from the mucus membrane of the anus.Dietary problems are common in Crohn’s disease. Deficiencies of proteins, calories, and nutritional vitamins are well documented. These deficiencies may well be caused by inadequate dietary consumption, intestinal reduction of protein, or inadequate absorption, also called malabsorption.other problems linked with Crohn’s illness include arthritis, skin issues, inflammation in the eyes or mouth, kidney stones, gallstones, or other diseases of your liver and biliary technique. A number of these troubles resolve throughout treatment for illness within the digestive technique, but some ought to be handled individually.what is the remedy for Crohn’s disease?Treatment for Crohn’s illness may possibly contain medication, diet supplements, surgical treatment, or a combination of those options. The objectives of treatment are to control inflammation, right nutritional deficiencies, and relieve signs and symptoms like stomach pain, diarrhea, and rectal bleeding. at the moment, remedy can assist control the illness by reducing the amount of instances a person experiences a recurrence, but there’s no remedy. Therapy for Accutane Crohn’s disease symptoms also depends on the location and severity of illness, problems, and also the individual’s response to prior healthcare treatments when treated for recurring signs and symptoms.Some people have lengthy intervals of remission, sometimes a long time, when they’ve no symptoms. Nonetheless, the illness will frequently recur at various instances more than a person’s lifetime. this altering and often unpredictable pattern of the disease indicates 1 can’t often inform when a treatment has helped. Predicting when a remission may possibly occur or when symptoms will return just isn’t achievable. Individuals with Crohn’s disease may possibly require long-term healthcare care with ongoing doctor visits to keep track of the disease and present remedy.Accutane Lawsuit Crohn’s IllnessIn the event you or loved ones member has suffered from inflammatory bowel disease right after making use of this acne drug you may have critical legal rights. please contact us for any free of charge no-obligation consultation and the newest Accutane lawyer for lawsuit for Crohns illness information. We present nationwide representation and there’s never any charge for us to look into your potential claims.

I have not consulted a physician yet, but I probably should.

For the past 6 months or so, I have been experiencing symptoms of heart burn, indigestion, and bloating everyday. It just started coming on and I have no idea why.

Usually it does not occur in the morning and I become bloated easily after lunch. I've been eating much smaller portions, however they have helped, but hardly any.
I have also been taking tums and other medicines meant to help slow the problem, but of course I still get indigestion eventually afterwords.

Most oftenly though, I get indigestion when eating proteins and low glycemic foods as well as dairy products.

Any advice or suggestions? do you have, or have you ever had a similar condition?

Here are triggers for heartburn: smoking, alcohol consumption, heavy meal, eating too fat, and eating then go to bed immediately.

Published on Mon Jan 17 09:20:59 GMT 2011

“A new technique could lead to a blood test for detecting Alzheimer’s,” BBC News reported.

This news story is based on research that has developed a new method to screen blood for antibodies, a range of proteins that the body creates in response to specific diseases. The technique involved passing blood samples over special slides coated with a synthetic substance designed to identify antibodies found only in people with a specific disease. Researchers first refined the test in mice and then focused on Alzheimer’s disease in humans. They found that there were raised levels of two antibodies in the blood of 16 people with Alzheimer’s disease but not in 14 unaffected people.

This promising technique may eventually lead to blood tests for conditions such as Alzheimer’s disease. however, this research is in its early stages and now needs testing in much larger groups of people to confirm that these two antibodies are actual markers of Alzheimer’s. Additionally, the study did not determine at what point in the disease levels of these antibodies become raised, so we cannot presently tell if it can detect early-stage Alzheimer’s disease.

The study was carried out by researchers from the Scripps Research institute in Florida and was funded by the US National Institutes of Health. it was published in Cell, a peer-reviewed scientific journal.

This research was generally covered adequately by the media, with most newspapers highlighting the preliminary nature of the research. however, as yet, the researchers have not determined how early in the course of Alzheimer’s disease the antibody changes could be detected. at present, it is not possible to say whether this test would be able to detect Alzheimer’s disease any earlier than current diagnostic tests, as some newspapers have prematurely suggested.

When the body mounts an immune response to disease or infection, it may produce antibodies. These are specific proteins that help the body neutralise the threat it has encountered. Once antibodies are created to deal with a specific illness or substance, the body can easily reproduce them if exposed again. This is why previously having an illness or receiving a vaccination can provide increased immunity. Substances that cause us to produce antibodies are called antigens, and can include proteins, foreign cells and bacteria.

This laboratory study developed a potential method to screen for the immune response to various diseases using slides covered in special synthetic chemicals, which would show the presence of antibodies consistent with specific diseases. The technique was then tested to determine whether it could find a difference in the antibodies produced by people with Alzheimer’s disease and by healthy control subjects. usually, diagnosis of Alzheimer’s disease requires a series of cognitive tests and the exclusion of other causes through brain imaging. it can only be confirmed by looking at changes in the brain after death.

To find antibodies that may be relevant to diseases, researchers currently use libraries of antigens. By passing blood over these, they can detect whether an individual has relevant antibodies as these will bind to the appropriate antigen. however, when screening for new antibodies that may be produced in a particular disease, this approach is not especially useful as the antigens being screened for are selected based on the likelihood that they play a role in the disease. Additionally, some proteins involved in different diseases are normally produced by the body, meaning the body would not have produced any antibodies against them. however, if normal proteins undergo changes to become the “disease form” of the protein, this may trigger an immune response.

To search for antibodies, the researchers used unnatural synthetic molecules called “peptoids”. These peptoids can form shapes that cannot be made by normal unmodified proteins but may mimic some aspects of the shape of disease proteins, allowing them to bind to antibodies specifically created in response to certain diseases.

The researchers made 4,608 synthetic peptoids of varying shapes and fixed their position on microscope slides. They then took blood from a mouse that had been treated with chemicals to make it develop symptoms resembling multiple sclerosis (MS). MS affects the nervous system, in which an immune response is thought to contribute to the disease’s progression.

The blood was passed over the microscope slide so that the antibodies in the blood could bind to the peptoids. The researchers then used a secondary antibody, which would bind to any mouse antibodies that had bound to the various peptoids on the slide. The secondary antibody was fluorescent so it could be visually detected.

The researchers used this initial experiment to optimise the concentration of blood and to find some peptoids that had bound antibodies. They then used the slides to compare blood from the mice with MS to blood from normal, control mice. if there were areas on the slide where bonding had occurred using MS mouse blood but not control mouse blood, it might indicate antibodies that were specifically produced in response to the MS-like condition.

The researchers then continued their experiments in humans, looking at whether they could see a difference between blood samples from people with Alzheimer’s disease and those of healthy elderly people. They took stored blood samples from six people with Alzheimer’s disease (three of whom had had their Alzheimer’s confirmed following autopsy) and six age-matched, healthy controls. The researchers passed the blood samples over a slide containing 15,000 peptoids. To make sure that any result was specific for Alzheimer’s disease, they also analysed six samples from people with Parkinson’s disease.

After using the screening technique to initially to find peptoids that bound antibodies from people with Alzheimer’s but not controls, the researchers repeated the test in an additional 16 Alzheimer’s samples, 14 controls and six people with lupus (an immune disease).

In the mouse model of MS, the researchers found that an antibody binding to three peptoids, which they named AMogP1-3, could differentiate between healthy mice and mice with MS-like symptoms. They were able to determine that the antibody that bound to the AMogP1-3 peptoids was the antibody that bound to a protein called Mog. Injection with the Mog protein had been used to cause MS symptoms in the mice. This was a proof of concept that use of an unnatural molecule could confirm the presence of an antibody that recognises a disease-triggering protein.

For the Alzheimer’s screening, the researchers chose three spots on the slide which had the greatest fluorescent signal (indicating that lots of antibodies had bound). These sites contained three peptoids that distinguished the people with Alzheimer’s from the controls. The researchers named the peptoids AD peptoids (ADP) 1-3. at least three times as many antibodies had bound in the Alzheimer’s samples compared to the control samples.

In the larger sample of Alzheimer’s and controls, the researchers found that the sensitivity (percentage of Alzheimer’s samples correctly identified as having Alzheimer’s) was 93.7% and the specificity (percentage of control samples correctly identified as control samples) was between 93.7% and 100% for each of the peptoids.

They found that ADP1 and ADP3 bound to the same antibody, while ADP2 bound to a different antibody.

The researchers said that their new approach did not require them to identify a specific antigen to screen for antibodies that are raised in disease. rather, by using a large collection of unnatural molecules, some of which may happen to have the right shape to bind to an antibody, they were able to carry out a high level of screening in samples of people with disease compared to controls.

They said that for Alzheimer’s samples, their “preliminary study is promising as it represents a high level of diagnostic sensitivity and specificity, at least within the relatively limited range of samples analyzed”. However, they pointed out that “more work will be required before it is clear whether the peptoids ADP1-3 will be useful for the clinical diagnosis of Alzheimer’s disease”.

This research has applied a novel approach to antibody screening, using slides coated with thousands of synthetic molecules to screen blood samples for antibodies associated with specific diseases. This well-conducted preliminary research may potentially provide a new method to screen for the presence antibodies that may be characteristic of a disease, and may also aid diagnostics.

When tested in a small number of blood samples from people with Alzheimer’s disease and healthy controls, the researchers’ method could clearly discriminate between the two groups and found higher levels of two antibodies in the Alzheimer’s samples compared to the controls.

While this interesting work could theoretically screen for a range of conditions, the researchers rightly highlight the preliminary nature of their study and emphasise that more work is needed before this could be a diagnostic test for Alzheimer’s or any other disease. In particular, they say:

• There is now the need for analysis of samples from a larger number of patients from a more diverse population.
• The samples came from people who had a confirmed diagnosis of Alzheimer’s disease. it is important to test samples from patients who have milder cognitive impairment that subsequently progresses to Alzheimer’s disease to see whether it is possible to use this test for early detection of Alzheimer’s disease.
• While the test can identify the presence of antibodies consistent with a particular disease, it cannot identify which antigens the antibody is designed to neutralise. Therefore, the technique cannot determine which proteins may cause or contribute to the development of a disease.

Overall, this is promising research that may lead to a blood test for Alzheimer’s and other diseases, although it is still at an early stage. To progress, the technique will need further validation in much larger groups of people.

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In Health Watch:Most of the drugs on the market right now to treat Parkinson’s disease target the symptoms.But a new approach would actually slow down the progression of the disease.Wendy Rigby explains.in this lab at the UT Health Science Center, scientists are trying to find a new way to treat a disabling disease: Parkinson’s.Dr. Robert Clark and Dr. Syed imam have published a study in the journal of neuroscience that shows an exciting initial finding.The drug Gleevec, on the market now and used to treat chronic myeloid leukemia, may also slow down Parkinson’s.Dr. Imam says, ‘when we do experimental studies, we see that if you use that drug, it’s going to preserve the neurons that are affected during Parkinson’s Disease.’The initial studies in mice showed that Gleevec helped Parkinson’s by clearing up proteins that accumulate and destroy brain cells.Dr. Clark says, ‘I think we have an opportunity to develop a treatment for Parkinson’s Disease that will actually slow down the progression of the disease rather than simply diminish the symptoms.’The experiments here have been going on for three years now.while Gleevec is promising, it doesn’t penetrate the brain tissue as well as researchers would like, but other drugs in the same class may prove effective.Parkinson’s affects a half million Americans, and the incidence is rising.Dr. Imam says, ‘so we might not be able to completely cure the disorder, but at least we can slow it down in terms of its progression.’Use of the drug for Parkinson’s in humans is still years away.

HOUSTON, Jan. 5 (UPI) — a leukemia drug could prevent destruction of brain cells in Parkinson’s disease, which could lead to ways to slow its progression, U.S. researchers say.

Scientists at the University of Texas Health Science Center discovered a mechanism in Parkinson’s that prevents a protein called parkin from keeping the brain clear of other proteins that can accumulate and kill off cells, The Houston Chronicle reported Tuesday.

Researchers found an enzyme linked to chronic myeloid leukemia blocks parkin from working, and when a leukemia drug was used to block the enzyme it prevented destruction of those healthy cells.

Scientists acknowledge the research is preliminary and the drug used in the experiment with mice doesn’t work well in the human brain, but similar drugs in development might better penetrate the brain and target the specific enzyme at fault more precisely, they say.

About a half-million people suffer from the tremors and stiffness of Parkinson’s, caused by damage to the dopamine-producing cells in the brain.

“The (current) treatments are mostly to improve symptoms,” Syed Imam, UT adjunct assistant professor of medicine, said. “They do not address how to slow down the disease. Our studies were targeted at whether we could actually slow the progression.”

Food allergies are the dodgiest kind of allergies of all. This is because these allergies are caused by the intake of food, a basic necessity of life. Food allergies show up when a person is allergic to some kind of food. Being allergic means the immune system of the person may not be acquainted much to the components of foods and reacts very aggressively towards any kind of contact of the body with those foods, considering them as threat to the body. Well, there are various foods that cause allergy, but the most common ones are egg plant (brinjal), tomatoes, corn, banana, eggs, caffeine, and so on. This post will bring to you some facts regarding egg allergy symptoms.

Some people get egg allergies when they consume eggs, while some suffer from the severe egg allergy symptoms even when they just touch or smell eggs. These allergy symptoms are quite common among children, esp. those around the age of 5 years. in egg allergies, the immune system of affected human beings overreacts to the proteins contained in eggs, which are categorized by the immune system as allergens, or threats to be fought against. The immunity responds towards these components of eggs by releasing immunoglobulin E (IgE) antibodies that fight against the assumed invaders. Chemicals like histamine are then released and it begins to counter attack the allergens by bringing up various reactions in the body. These are nothing but symptoms of egg allergy. The actual effect of egg allergies is described under 4 main headings – skin reactions, oral reactions, sinus related symptoms, and gastrointestinal problems. Let us give a detailed eye to egg allergy symptoms.

Skin reactions

The first instance of symptoms of egg allergies is seen on the skin. They can be any kind of skin retort from bumps to redness, from rashes to hives, from irritation and itching to eczema. These kinds of skin reactions are common for most food allergies. Hence, a self, as well as clinical, diagnosis is quite necessary to trace back exactly what food is causing the reactions.

Oral reactions

Apart from the external skin reactions, there are allergic retorts caused on the inner skin of the oral cavity also. Redness and swelling are the first oral symptoms seen in the areas surrounding the mouth, like the lips, the part above the upper lip and the chin. even inside the oral cavity, egg allergy symptoms like swelling of the tongue, rashes and peeling of skin of the oral roof, ulcers in the oral cavity, throat irritations and infections. Itching of lips, red bumps and burning of the skin of lips after consuming eggs are also signs of egg allergy.

Sinus related symptoms

Egg allergy symptoms also stretch to bother the sinuses of the patient. It all begins with a runny nose, leading to itchy eyes continuously watering, some sneezing and at last to the point of give asthma a trigger. yes. Indeed, egg allergy symptoms could get severe enough to give rise to asthma. These signs may also turn up to a severity level where it causes trigger of angiodema, which means swelling of blood vessels underneath the superficial skin. These conditions generally occur in areas of the hands, tongue, face, and the genitals. Migraine headaches are common egg allergy symptoms. even nocturnal enuresis, i.e. inability to control urine and frequent urination at night, are also common during phases of egg allergies. other symptoms of egg allergy associated to sinus are allergic nasal rhinitis, i.e. inflammation of the nasal tract that leads to the sinus.

Gastrointestinal symptoms

Cramps in the belly, diarrhea, constipation, nausea, vomiting, etc. are quite the egg allergy symptoms. While abdominal cramps and indigestion are common signs of other temporal illnesses, as they can be though of, they can be quite deceptive. Egg allergies can cause intense heartburns and lethargy or fatigue.

Anaphylaxis

Be it any kind of allergy, and esp. a food allergy, this term has to be there among the symptoms or risk factors. This is the severest and most fatal kind of reaction among all allergy symptoms. When it comes to the situation of anaphylaxis, it is not time to be thought about which allergy might have caused it. It gets assured that there is some kind of allergy that has caused severe reaction, and things need to get fixed. Anaphylaxis is a set of symptoms that characterize an allergic attack. Anaphylaxis is closely related to egg allergy. People with hard core egg allergy get irritated even by the smell, touch and fumes of egg. Consumption of raw, as well as cooked egg, and even small amounts of egg used in garnishing, causes severe troubles for them. in anaphylaxis, what basically happens is that the allergic person suffers from swelling of the mouth and the throat after consuming the allergenic food item. This swelling causes respiratory problems. This further creates problems with the blood pressure, dropping it to a dangerous level, and results into dizziness, and breathlessness. Wheezing also occurs as an instance of anaphylaxis.

Cures

Epinephrine shots, to sedate the histamine chemical, work well for egg allergies. Various other treatments are also available, depending upon the severity of symptoms and conditions, age of patient and so on. The best solution, however, continues to remain prevention from eggs. Once an instance of allergic attack is witnessed and once the cause is traced to eggs, evasion from them is the best one can do.