The major flu shot ingredients are dead influenza viruses. There may be any number of different flu viruses circulating at any one time, but pharmaceutical companies only choose three as annual flu shot ingredients. Even if you take an annual flu shot, you could still contract another flu virus and still come down with the flu. So, it is still important to protect your immune system and practice good health habits. Common flu vaccine side effects include body aches, low grade fever and soreness at the point of injection. There are some rare, but serious flu vaccine side effects that concern many people.

In addition to the major flu shot ingredients, pharmaceutical companies add preservatives. Until recently there were no preservative free flu shots. The addition of the preservative thimerosal to flu shot ingredients has caused illness and injury. Thimerosal is mercury based and is believed to have been the cause of flu vaccine side effects in many people. Of major concern is the increase of autism in recent years and many researchers and doctors believe that thimerosal, a known neurotoxin, used as flu shot ingredients and in other childhood vaccines is the cause.

Some researchers and doctors believe that flu shot ingredients, including thimerosal and aluminum, increases the likelihood of developing Alzheimer’s disease. This, of course, is not one of the common flu vaccine side effects and since Alzheimer’s does not develop immediately after taking the shot, then the link can not be proven. A prominent physician and researcher showed that people who had five consecutive influenza vaccinations between the years 1970 and 1980 were ten times more likely to develop Alzheimer’s than were individuals who had none, one or two.

It is believed that some people cannot shed mercury from their systems and it builds up in their brains causing nerve and brain damage. In addition, some people are allergic to mercury and thimerosal and can experience serious allergic reaction as flu vaccine side effects. Some states have banned mercury from flu shot ingredients intended for use in children and pregnant women. But, while health advocates have petitioned the Food and Drug Administration to ban thimerosal from flu shot ingredients, nothing has been done at this time. Many manufacturers continue to add thimerosal to their flu shot ingredients.

The dead influenza viruses which are the major flu shot ingredients are grown in chicken eggs. So, people who are allergic to chicken eggs could have serious flu vaccine side effects. Some people blame the onset of chronic fatigue on flu vaccine side effects, but there is no scientific research supporting this belief.

The influenza nasal spray vaccine is chosen by some as an alternative to the flu shot. Ingredients in the nasal spray include weakened live influenza viruses. The common nasal spray flu vaccine side effects include runny nose, headache, sore throat and cough. The nasal spray flu vaccine is preservative free, but is only approved for use in healthy people between the ages of 5 and 49.

Concern over flu shot ingredients and flu vaccine side effects raise questions in the minds of some people as to whether or not healthy people, with a healthy immune system even need an annual influenza vaccine. Alternatives include the use of natural immunity boosting products like Echinacea, which has been shown to reduce both flu recovery time and the likelihood of developing complications. Some feel that these products may even reduce the likelihood of contracting the flu, the common cold and other viruses. Natural immune system boosters have no unwanted side effects and carry none of the risks associated with flu vaccine side effects and flu shot ingredients. To learn more about immune system boosters and for more information about the common cold, influenza and other viruses, visit www.immune-system-booster-guide.com.

Exposure to 1918 influenza virus activates memory B-cells
by Scientist Live

Exposure to 1918 influenza virus activates memory B-cells

Date: 16/09/2008

Recent research has revealed that infection and natural exposure to the 1918 influenza virus made survivors immune to the disease for the remaining of their lives. Antibodies produced by cells isolated from these survivors served as an effective therapy to protect mice from the highly lethal 1918 infection. The study entitled “Neutralizing antibodies derived from the B cells of 1918 influenza pandemic survivors,” was published in the journal Nature. Dr. Chris Basler and his colleagues at Mount Sinai School of Medicine’s Department of Microbiology contributed to the research findings. Scientist LiveScientist Live spoke with Dr. Basler about his findings.Can you briefly discuss the effects of the 1918 influenza pandemic and why it was so devastating?

The big question is: why did it kill so many people worldwide? The simple answer is we do not really know. The fact is that now that we have been able to reconstruct the virus in the lab and test it in several animal models. In each case the virus has displayed an unusual degree of virulence. We are beginning to understand why this may be the case. There is some evidence that the virus over-activates the immune response and the hyper-activation of this response may account for the severity of disease. At this point, however, I would say that this is more a hypothesis hypothesis than a definitive answer.

Another thing that we have begun to do is to define the gene segments of the virus need for high virulence in mice. the virus has eight different sequences encoding eleven different proteins, and we can implicate three or four of these proteins as being important for high virulence phenotype. But we don’t at this point really know the exact mechanism that makes the 1918 virus so deadly.Can you provide an overview of the study you participated in and what you discovered?

The genesis of the study goes back to the public response we received to a paper that described the reconstruction of the 1918 virus. One thing that happened was we started receiving calls and emails from people saying that they had the flu in 1918 as young children or that they knew members of their family had been infected or died of the flu. Many actually offered to contribute to future studies of the virus. It was in interesting idea. What could you do if you had blood from people who had been exposed to the 1918 flu virus? Independently our clinical collaborator Dr. Eric Altschuler had come up with the same idea and it was: Could you obtain blood from these individuals, could you isolate cells from the blood that would make antibodies for 1918 virus and could you use those to characterize the memory immune response? The other side of that question was: can you use antibodies produced in these people as potential therapeutic against the virus? To put this all together, we needed someone who had real expertise in human immunology so we turned to Dr. James Crowe at Vanderbilt University. Then the experimental plan is very straight forward. Dr. Altschuler obtained blood from people born 1915 or earlier. We at Mt. Sinai demonstrated the presence of antibodies. Then the cells were transported to Vanderbilt University where Dr. Crowe was able to isolate memory B-cells which would make antibodies. These then used to isolate the rare B-cells that make antibodies against the 1918 flu. Then we were able to show that the antibodies specifically bind to the 1918 virus and to haemagglutinin protein in particular.

Did your findings fulfill expectations? Surprises?We knew already, based on previous studies, that people who had been alive in 1918 and who were still alive today would have antibodies against the virus. What was surprising and technically challenging was that we could isolate memory B-cells that appear to be very specific to the 1918 virus which suggests that they were derived from initial exposure to the virus and that B-cells. It’s remarkable that these cells were still present in the blood and could be isolated.

The other striking thing about the antibodies we isolated is that they are very potent. They bind to the hemagglutinin proteins with high affinity.

Can the B-Cells be used in vaccine development?For the most part, the antibodies we isolated are very specific to the 1918 virus. So they would neutralize that and another old influenza virus called Swine 30 virus. Other later human influenza viruses of the H1N1 type weren’t recognized by 4 out of 5 antibodies we characterized in detail. One of the antibodies we do have reacts with the 1918 and selectively with some other later viruses. This ability to cross-neutralize different fu viruses is interesting and we are trying to understand how that happens, what this antibody is actually recognizing. Understanding this and other cross-reactive antibodies might suggest ways to make flu vaccines more bradly protective.

Septic Arthritis – A Mini Encyclopedia

Septic Arthritis is also known as infections arthritis or pyogenic arthritis. This disease is not known to most people across the globe. However, one must be aware of this disease, its symptoms, causes and treatment as it is a serious infections that can hit the joints. It can result into severe pain, chills, swelling and inflammation in one or more joints. In severe cases this can also result in loss of function in the affected joints.In medical terms, septic arthritis has also been considered as a medical emergency. This is because it tends to cause severe damage to the bones and cartilages. It is also capable of resulting in to a septic shock. This is a fatal condition!If you are already shocked by now, don’t panic. Just read on and learn more about this deadly disease in order to provide timely medical assistance and saving yourself or your loved ones from the hazards of this fatal disease.A) People vulnerable to this diseaseThis type of arthritis can strike people of any age group; even infants can suffer from this disease. When it comes to adults, this disease mainly affects the joints that bear weight such as the knee. In children, the disease mainly attacked the hips, knees and shoulders. When it comes to genre that’s at maximum risk to get affected from this disease, male homosexuals and women are the main targets. B) Causes of Septic ArthritisSeptic arthritis can majorly affect a person when certain type of infections organisms such as a bacteria reaches a joint. This bacteria can easily get in to a joint via the blood stream or surgery. An injection or injury can also be a main cause of this type of infection.If this type of arthritis has affected a baby or young child, then it can be because of hemophilus influenza, staphylococci and gram negative bacilli. People who use intravenous drugs or with diseases that have potential for weakening the immune system such as HIV are also vulnerable to septic arthritis. C) Symptoms of Septic ArthritisSeptic arthritis is usually characterized by swelling in the joint, severe or acute pain in the affected area, fever and chills. When this arthritis affects the hip, you may experience pain in the groin area. The pain becomes worse and the patient is unable to walk. The joint is sore to touch. Newborns or infants experience painful movement of the limb and cries when the diaper is changed or gets fever. Young children and adults tend to experience intense joint pain, low-grade fever, joint swelling, joint redness and inability to move the limb with the infected joint. Chills may also occur but in rare cases. D) Treatment options for Septic ArthritisThe disease can be treated effectively when diagnosed quickly. Antibiotics are the best options to treat this disease. These are given via a vein to kill the bacteria quickly. The remaining course is taken orally. Surgical drainage is also required under cases where the doctor feels it necessary to drain the fluid.

Exposure to 1918 influenza virus activates memory B-cells
by Scientist Live

Exposure to 1918 influenza virus activates memory B-cells

Date: 16/09/2008

Recent research has revealed that infection and natural exposure to the 1918 influenza virus made survivors immune to the disease for the remaining of their lives. Antibodies produced by cells isolated from these survivors served as an effective therapy to protect mice from the highly lethal 1918 infection. The study entitled “Neutralizing antibodies derived from the B cells of 1918 influenza pandemic survivors,” was published in the journal Nature. Dr. Chris Basler and his colleagues at Mount Sinai School of Medicine’s Department of Microbiology contributed to the research findings. Scientist LiveScientist Live spoke with Dr. Basler about his findings.Can you briefly discuss the effects of the 1918 influenza pandemic and why it was so devastating?

The big question is: why did it kill so many people worldwide? The simple answer is we do not really know. The fact is that now that we have been able to reconstruct the virus in the lab and test it in several animal models. In each case the virus has displayed an unusual degree of virulence. We are beginning to understand why this may be the case. There is some evidence that the virus over-activates the immune response and the hyper-activation of this response may account for the severity of disease. At this point, however, I would say that this is more a hypothesis hypothesis than a definitive answer.

Another thing that we have begun to do is to define the gene segments of the virus need for high virulence in mice. the virus has eight different sequences encoding eleven different proteins, and we can implicate three or four of these proteins as being important for high virulence phenotype. But we don’t at this point really know the exact mechanism that makes the 1918 virus so deadly.Can you provide an overview of the study you participated in and what you discovered?

The genesis of the study goes back to the public response we received to a paper that described the reconstruction of the 1918 virus. One thing that happened was we started receiving calls and emails from people saying that they had the flu in 1918 as young children or that they knew members of their family had been infected or died of the flu. Many actually offered to contribute to future studies of the virus. It was in interesting idea. What could you do if you had blood from people who had been exposed to the 1918 flu virus? Independently our clinical collaborator Dr. Eric Altschuler had come up with the same idea and it was: Could you obtain blood from these individuals, could you isolate cells from the blood that would make antibodies for 1918 virus and could you use those to characterize the memory immune response? The other side of that question was: can you use antibodies produced in these people as potential therapeutic against the virus? To put this all together, we needed someone who had real expertise in human immunology so we turned to Dr. James Crowe at Vanderbilt University. Then the experimental plan is very straight forward. Dr. Altschuler obtained blood from people born 1915 or earlier. We at Mt. Sinai demonstrated the presence of antibodies. Then the cells were transported to Vanderbilt University where Dr. Crowe was able to isolate memory B-cells which would make antibodies. These then used to isolate the rare B-cells that make antibodies against the 1918 flu. Then we were able to show that the antibodies specifically bind to the 1918 virus and to haemagglutinin protein in particular.

Did your findings fulfill expectations? Surprises?We knew already, based on previous studies, that people who had been alive in 1918 and who were still alive today would have antibodies against the virus. What was surprising and technically challenging was that we could isolate memory B-cells that appear to be very specific to the 1918 virus which suggests that they were derived from initial exposure to the virus and that B-cells. It’s remarkable that these cells were still present in the blood and could be isolated.

The other striking thing about the antibodies we isolated is that they are very potent. They bind to the hemagglutinin proteins with high affinity.

Can the B-Cells be used in vaccine development?For the most part, the antibodies we isolated are very specific to the 1918 virus. So they would neutralize that and another old influenza virus called Swine 30 virus. Other later human influenza viruses of the H1N1 type weren’t recognized by 4 out of 5 antibodies we characterized in detail. One of the antibodies we do have reacts with the 1918 and selectively with some other later viruses. This ability to cross-neutralize different fu viruses is interesting and we are trying to understand how that happens, what this antibody is actually recognizing. Understanding this and other cross-reactive antibodies might suggest ways to make flu vaccines more bradly protective.

There is plenty of disagreement concerning the dangers of flu shots. Some medical professionals state that flu shot risks are myths and that danger is minimal. While other health care professionals say that the dangers of flu shots are real. In this article, both opinions are presented in order to help you make an informed decision.

The Center for Disease Control (CDC) advises that the single best way to protect yourself from seasonal flu is to get an annual vaccine. Most of the controversy surrounding the dangers of flu shots involves an ingredient called thimerosal, which is commonly used by pharmaceutical companies as a preservative. Some doctors and scientists believe that flu shot risks are only slightly increased by the presence of thimerosal in the vaccine, however a group of doctors and scientists recently established a link between thimerosal presence in vaccines and autism. Because of this link, New York recently passed a law banning the use of thimerosal in vaccines or flu shots to be given to young children and pregnant women.

Many health care professionals believe that the dangers of flu shots are not limited to pregnant women and young children and that thimerosal use as a preservative should be banned by the Food and Drug Administration. Thimerosal is mercury based and is a known neurotoxin, meaning it is a poison that damages or destroys nerve tissue. So, concerns about flu shot risks are similar to concerns about unsafe levels of mercury in the fish we eat and in our environment.

Other concerns about the dangers of flu shots stem from the fact that many people in the general public may wrongly believe that an annual vaccine will protect them from all strains of flu viruses and therefore take no other precautions to protect themselves. The annual influenza vaccine contains three strains of dead viruses, the three that are believed to be the most common in the United States at that time. Therefore, any number of flu viruses could still make a person sick. In this case, the flu shot risks have to do with a possible misunderstanding.

The CDC lists a number of people who should not take the vaccine, because the known dangers of flu shots would be to great for them. People who are allergic to eggs should not take the vaccine. This has to do with the manner in which the viruses are grown. People who have had a reaction to a flu shot in the past should not take the vaccine, without consulting their physician. The CDC does not explain the flu shot risks associated with past reactions or if typical flu shot side effects which include fever, body aches and soreness, redness or swelling at the point of injection, should be of concern.

Guillain-Barre syndrome may be one of the dangers of flu shots. This is a disease in which the body damages it’s own nerve cells resulting in muscle weakness, paralysis and sometimes permanent nerve damage. The syndrome was first associated with the swine flu shots of 1976, but a subsequent study concluded that Guillain-Barre syndrome was one of the possible flu shot risks. The CDC recommends that anyone who suffered from Guillain-Barre syndrome in the past should consult their doctor before taking an annual flu shot. Risks may be minor, but are still of concern. Concerns about the dangers of flu shots lead many to seek alternatives and the best alternatives are efforts to build and protect a healthy immune system, while practicing good health habits. For more information about supplements that can boost your immune system and for general information about the flu, visit www.immune-system-booster-guide.com.

Determine Whether Vitamin A Enhances Immune Response

Several approaches have been taken in an attempt to determine whether Vitamin A supplementation enhances immune response and resistance or recovery from infection. In some investigations, researchers have attempted to correlate plasma concentrations of beta-carotene or retinol with immune response or susceptibility to infection. One limitation of this approach is related to the fact that plasma concentrations may have depressed plasma retinol levels as a result of disease. Therefore, it is not possible to establish whether low plasma retinol levels resulted in suppressed immune response or if plasma retinol levels decreased in response to disease or infection. Another approach used is to supplement the diet with retinol precursors and examine immune response at a later time point. This approach may be useful in examining the particular aspects of immunity that may be altered by supplementation, but additional studies are necessary to determine whether these effects have clinical significance in terms of disease outcome. Vitamin A has been fairly well studied in terms of its immunomodulatory effects, and we will review the evidence from randomized controlled trials as well as potential mechanisms of action. Vitamin A supplementation may afford some protection from infection in malnourished individuals, but the potential benefits of supplementation in normal wellnourished individuals remain to be established. There is evidence from several studies that suggests that vitamin A deficiency is associated with depressed immune function and an impaired response to influenza infection. Supplementation of vitamin A is associated with a reduction of mortality and morbidity among certain populations. It appears that populations suffering from malnutrition may benefit from adequate or additional vitamin A supplementation. However, it is less clear if normal, healthy, well-nourished individuals will benefit from additional supplementation with respect to enhanced immunity. The results from several studies involving beta-carotene supplementation in the diet of healthy individuals suggest that certain aspects of innate immunity, such as NK cytotoxicity and monocyte production of the cytokine TNFcx, are enhanced. It appears that lymphocyte subsets or the lymphocyte response to mitogens are not altered. In addition, one study of healthy older individuals found that vitamin A supplementation was associated with a reduction in the number of T lymphocytes. Whether these observed changes of immune function in response to supplementation actually result in reduced susceptibility to infection in healthy individuals is not well established. The results from one study demonstrated no association between vitamin A supplementation and incidence of bacterial infection. we are not aware of any long-term, randomized clinical trials that have evaluated the incidence of viral infection in response to supplementation with vitamin A alone. However, several studies have examined the possibility that supplementation with several multivitamins and or trace elements such as zinc, may alter susceptibility to infection. In general, the findings from these studies show no protection from infection in association with vitamin intake, but a slight decrease in the incidence of infection in those individuals consuming supplemental trace elements such as zinc and selenium. At this time, the potential benefits of vitamin A supplementation for healthy well-nourished individuals regarding susceptibility to infection remain to be established. A high beta-carotene intake has also been associated with a reduced risk of cancer. Earlier epidemiological studies suggested a high natural (fruits and vegetables) intake of beta-carotene was associated with reduced risk of cancer. However, more recent studies have not observed any benefit of beta-carotene intake on incidence of cancer and two studies actually observed an increased incidence of lung cancer in those participants consuming beta-carotene supplements. The presence of other carotenoids in fruits and vegetables has been suggested to be the protective factor in regards to cancer incidence in the early epidemiological studies based on the findings from these recent studies, dietary supplementation with high doses of synthetic beta-carotene may be contraindicated for smokers. As a reminder, it has been known for some time that a high intake of vitamin A results in adverse effects (neurologic, dermatologic, musculoskeletal, gastrointestinal, birth defects) and the results from the most recent studies suggest a potential risk of high doses of synthetic beta-carotene in certain populations. At this time it is probably safest to follow the National Cancer Institute recommendations that suggest five or more servings of fruits and vegetables per day. Immune Effects and Exercise We are currently aware of only one study that has examined whether vitamin A supplementation is associated with a reduced incidence of infection in athletes. Several studies have shown that the risk of upper respiratory infection is increased following competition in marathons or ultramarathons However, vitamin A supplementation before marathon competition did not reduce the incidence of infection in the postrace period. Therefore, to our knowledge, vitamin A supplementation has not been associated with enhanced resistance to infection in healthy athletes.

Typically, a person of normal health can fend off the flu virus in not more than a weeks time. In some cases though the fatigue that accompanies the flu can continue for a few more days. Certain symptoms like body aches, sinus congestion, tiredness, and fever are normally indicative of and probably not something to alert your doctor to. Normally, sufficient rest, fluids, vitamin c and just plain sweating can flush out the virus from your body. There are special circumstances though, that may call for a medical assistance when there is an illness caused by influenza. If the infected person is an infant, elderly, or someone with a chronic health affliction like bronchitis, heart disease, or HIV, then medical attention is recommended . Such type of patients have vulnerable immune systems and may not be able to fight off the viral infection. Flu symptoms should considered a warning if dealing with a person that has these underlying problems and you should contact your doctor immediately. When managing your own, or your child’s’ battle with the flu, it is necessary to be alert to special attention should taken to spot a bacterial infection. This becomes noticeable early by examining the mucus excreted from the nose. Normally the mucus from your nose should be clear in color. If you notice a change in the color of this mucus, (color may vary depending on the severity of the infection), this may be a sign of bacterial infection. Influenza causes damage to the lungs and increases the amount of mucus there. This will result in increased coughing. If the mucus from the lungs changes color, from clear to some other, then this could be a sign that bacteria has entered the lungs and you should consult your doctor immediately. The flu typically causes more fever and fatigue. This may result in a situation where standing on your own becomes harder. Such a simple thing may be an indication that the situation is worsening and the ability to fend off the virus has lessened. You may also notice a headache and dizziness as the virus worsens. If you are unable to hold down liquids, it is also a cause for concern. Even a small quantity of vomiting may be an indication that a bacterial infection has entered the digestive system. Proper hydration is mandatory for fighting off the flu, as insufficient fluids in your system will work against effective recovery. If coughing persists, or becomes steadily worse, this could be cause for concern. Sore throat and chest pains should be views as an indication of a worsening situation. If you or someone else is showing these signs, then consulting your doctor is recommended . A child may develop these complications sooner, so be on the watch. Research indicates that these conditions should normally begin to show in the third day for a child, and the fourth for an adult, approximately . It is however necessary to keep a watch for acute indications if and when they occur and immediately see a doctor if they do. Do not waste any more time. Find out the stomach flu symptoms first and then know about the remedy for stomach flu.

Septic Arthritis – A Mini Encyclopedia

Septic Arthritis is also known as infections arthritis or pyogenic arthritis. This disease is not known to most people across the globe. However, one must be aware of this disease, its symptoms, causes and treatment as it is a serious infections that can hit the joints. It can result into severe pain, chills, swelling and inflammation in one or more joints. In severe cases this can also result in loss of function in the affected joints.In medical terms, septic arthritis has also been considered as a medical emergency. This is because it tends to cause severe damage to the bones and cartilages. It is also capable of resulting in to a septic shock. This is a fatal condition!If you are already shocked by now, don’t panic. Just read on and learn more about this deadly disease in order to provide timely medical assistance and saving yourself or your loved ones from the hazards of this fatal disease.A) People vulnerable to this diseaseThis type of arthritis can strike people of any age group; even infants can suffer from this disease. When it comes to adults, this disease mainly affects the joints that bear weight such as the knee. In children, the disease mainly attacked the hips, knees and shoulders. When it comes to genre that’s at maximum risk to get affected from this disease, male homosexuals and women are the main targets. B) Causes of Septic ArthritisSeptic arthritis can majorly affect a person when certain type of infections organisms such as a bacteria reaches a joint. This bacteria can easily get in to a joint via the blood stream or surgery. An injection or injury can also be a main cause of this type of infection.If this type of arthritis has affected a baby or young child, then it can be because of hemophilus influenza, staphylococci and gram negative bacilli. People who use intravenous drugs or with diseases that have potential for weakening the immune system such as HIV are also vulnerable to septic arthritis. C) Symptoms of Septic ArthritisSeptic arthritis is usually characterized by swelling in the joint, severe or acute pain in the affected area, fever and chills. When this arthritis affects the hip, you may experience pain in the groin area. The pain becomes worse and the patient is unable to walk. The joint is sore to touch. Newborns or infants experience painful movement of the limb and cries when the diaper is changed or gets fever. Young children and adults tend to experience intense joint pain, low-grade fever, joint swelling, joint redness and inability to move the limb with the infected joint. Chills may also occur but in rare cases. D) Treatment options for Septic ArthritisThe disease can be treated effectively when diagnosed quickly. Antibiotics are the best options to treat this disease. These are given via a vein to kill the bacteria quickly. The remaining course is taken orally. Surgical drainage is also required under cases where the doctor feels it necessary to drain the fluid.

About Common Cold and Influenza and the Difference between These Two Ailments

Both common cold and flu give symptoms from the ear, nose and throat, fever and symptoms from the rest of the body, and the symptoms of both diseases can vary between mild and very bad. By common cold, the symptoms from the windpipe come first and remain as the main symptoms.By flu fever, pain in the rest of the body, nausea, feeling of weakness and other general symptoms are predominant. Symptoms from the windpipe are usually milder, but can gradually get somewhat worse. The symptoms from the windpipe may sometimes nearly lack.THE CAUSES AND SYMPTOMS OF COMMON COLDThe common cold is caused by a large variety of viruses, which mutate quite frequently during reproduction, resulting in constantly changing virus strains. Common cold is generally transmitted when drops coming out when a person sneezes or coughs get airborne and then are inhaled by another person. Transmission by direct contact with a sick person is also frequent. Between one-third and one-half of all people exposed to cold viruses become infected and develop symptoms after 1–2 days. The symptoms from the windpipe are the strongest by common cold:- The throat feels sore, and a sore throat is often the starting symptom.- There will then be increased secretions of mucus form the nose, resulting in running nose and dryer secretions building up in the nose.- The throat will also secrete more mucus, resulting in a wheezing sound, and possibly building up of dryer secretions also here. - There will be swelling in the nose and throat.- Cough and sneezing are important symptoms of common cold. These reactions are stimulated by the building up of secretions and of the swelling in the windpipe.There may also be mild symptoms from the rest of the body.- Mild to severe headache is common.- A mild fever may occur.- Some persons experience a little neck stiffness and pain in the neck when trying to flex it, but this symptom must not be great. If this symptom is great, it can be a sign of meningitis, a very serious disease.THE PREVENTION AND TREATMENT OF COMMON COLDStaying away from people being sick and strict washing habits can prevent the transmission of common cold, but it is difficult to carry through a strict enough regime of this sort in a populated society.Because of the frequent variations of viruses causing common cold, successful immunization has not been developed. The immune system of the body usually manages to beat down the infection within some days. By common cold one shall hold an activity level that is felt comfortable. It is not necessary to strictly restrict the daily activities level.High doses of vitamin C have been proven to help prevent cold and get rid of the cold faster, but the doses that must be used are impractically high if vitamin C is used alone. However, a combination of lower doses of vitamin C with other natural substances may be useful.Common treatments of cold have the aim of relieving symptoms and of strengthening the immune system so that it can beat the infection better. Pain killers such as aspirin and paracetamol relieve the pain by common cold effectively, and are the most common treatment for this disease. However, both drugs can give adverse reactions if they are used in greater amounts than recommended and even recommended doses can sometimes give dangerous effects. Aspirin can cause internal bleeding and both aspirin and paracetamol can cause liver damage. For children and teens it is advised to use paracetamol, because the liver damage caused when young people take aspirin can be very severe. The drugs should therefore be used with caution and not in a too long period.Drugs to loosen mucus, to decrease swelling, to decrease mucus production or to suppress the cough reflex can be effective to relieve symptoms. These drugs are often made to mainly loose mucus or mainly suppress exaggerated cough, but these two effects can be blended in the same drug. These drugs may be liquid, be prepared as nasal spray or as tablets to suck on. To choose the right drug for your child or yourself, you must examine to find out what are the main symptoms: Mucus production, whether the mucus is loose or hard, swelling or exaggerated cough.Steam inhaling is a traditional treatment long used in many countries. The treatment can help loose the mucus so that the windpipe more easily is cleared by cough. The treatment may also to some extend destroy the virus.The drug Pleconaril is ment to attack the viruses causing the majority of common colds, picornaviruses. The drug has been developed by ViroPharma Incorporated and Schering. The drug is available in oral form and inter-nasal formulations are being developed, but the efficacy of the drug is not clearly established and the drug is not yet approved for general use.Interferons are used nasally in Eastern Europe to treat common cold. Interfeons are natural proteins than regulate the function of the immune system.There exist herbal and mineral supplements on the marked that may strengthen the immune system and thus prevent cold from occurring, ameliorate the cold if it still occurs, and help the body to fight down the disease faster. These supplements often contain extracts of Echinacea Angustifolia. Treatment with this herb should not exceed two weeks.THE CAUSES, SYMPTOMS AND COMPLICATIONS OF INFLUENZALike cold, influenza is caused by virus strains that mutate frequently, but there tend to be one main virus strain each year that spread throughout the globe.The transmission of the disease occurs by secretions from sick persons. These secretions can be carried as drops through the air, contaminate surfaces people touch, or get into the food. Symptoms start one to four days after the virus has entered the body.Flu often begins as a diffuse lack of wellness that persists for some hours, and sometimes for a couple of days. Sometimes the flu does not progress past this stage. However, after some time the symptoms often suddenly get worse with a great degree of general discomfort. By flu the symptoms from the windpipe are the same as by common cold, but they are weaker:- The throat or nose feels sore, but usually mildly.- There can be some increased secretions from the nose and throat.- There will be swelling in the nose and throat.- Cough and sneezing are symptoms.Symptoms from the rest of the body are the strongest by flu. The symptoms can be distributed throughout the whole body:- Flu often gives high fever. High fever is the most important symptom to separate influenza from common cold.- In spite of the fever, there is often a feeling of coldness in some parts of the body or of general coldness.- There will be nausea, often severe, and often vomiting. Severe nausea and vomiting are also good indications of influenza, especially by children and teens.- There is often a marked feeling of tiredness and general weakness. - Mild to severe headache is common.- Stomach ache and digestive disturbances often occur by flu.- Aching around in the body, for example in muscles and around joints is common.- Some persons experience a little neck stiffness and pain in the neck when trying to flex it, but this symptom must not be great. If these symptoms are distinct, the disease can be meningitis.- The eyes can be read and irritated.- Also skin redness can occur.Having flu decreases the resistance against other viral and bacterial diseases substantially, especially if one does not get enough rest and comfort when having flu. Lung infection and throat infection by bacteria are common complications by flu.THE PREVENTION AND TREATMENT OF INFLUENZAAs with common cold staying away from people being sick and a strict washing regime may also prevent the transmission of the influenza virus, but such a regime is difficult to carry through.It is often possible to prevent flu with vaccination. However there are many strains of the flu viruses, and therefore the vaccination must be given exactly against that strain being epidemic at any given time.By flu it is important to reduce the activity level and keep oneself warm and comfortable until all the symptoms have resided. By severe symptoms, rest in bed is recommended. Straining and stressing during a flu episode easily result in an aggravated disease and additional bacterial or viral infections.It is advised to stay away from tobacco when having flu.Aspirin or paracetamol can be used to relieve the pain and bring down the fever. As by cold, paracetamol is commonly recommended, especially for children and teens. The drugs should not be taken in higher doses than recommended and even recommended does shall be used with caution, and not too long.There exist modern drugs that help against the proliferation of some strains of influenza virus in the body, and thereby alleviate the disease and shorten the time it takes to get rid of the disease. The two classes of anti-virals are neuraminidase inhibitors and M2 inhibitors (adamantane derivatives). Neuraminidase inhibitors are most often preferred, for example the drug Tamiflu. These inhibit the action of the enzyme neuramidase that the virus uses. There is a reluctance to use these drugs because strains of virus not susceptible to the drug can develop, and the stores of the drug can easily get short with extensive use.Drugs to decrease swelling, inhibit mucus production, loosen mucus and suppress cough can also be used by influenza as by common cold.The same natural supplements used to improve the immune system against colds may also be of help to prevent flu and to help the body to overcome the disease faster, like supplements with Echinacea and vitamin c. Some herbs in the genus Scutellaria (skullcaps) contain a natural neuramidase inhibitor and may also help against flu. Scullcap is often prepared as tea.DISTINGUISH COLD AND FLU FROM MENINGITISMeningitis is a serious disease that requires immediate treatment. Meningitis may begin with the same symptoms as cold and flu. There are however two symptoms that strongly suggest meningitis: By meningitis there is often severe neck stiffness. If bending down the neck is very difficult and causes severe pain, the condition may be meningitis.The other symptom is red spots in the skin that do not get pale when pressing at them. These spots can occur anywhere on the body.THE IMPORTANCE OF CHECKING A PERSON HAVING COLD OR FLU-LIKE SYMPTOMSWhen some person, and especially a child, gets sick with cold or flu-like symptoms it is necessary to measure the temperature, check for neck stiffness and to look at the whole body to detect any red spots. These checks should be done several times each 24 hours. In this way one more easily distinguishes between common cold and flu, and meningitis is more easily discovered in time.

Tips To Handle Sinus Headache

Everyone experiences head aches every now %26 then %26 they can be brought on by lots of different reasons. A Sinus head ache is one of the numerous kinds of head aches which are often associated with sinusitis %26 an inflamed sinus. A swollen sinus blocked the nasal passages which trigger the pain in your forehead.Every one of us has sinuses. It is situated in the middle of the face which is divided into ethmoid, frontal, sphenoid, %26 maxillary. These 4 sinuses are situated in the middle of our faces. This is the cause why people experience head ache if they have sinusitis since basically it is situated in the face.To start with, the cause of head ache is quite difficult to recognize since there are several causative agents. What are the indications of sinusitis except from head ache? It’s important for us to be acquainted with these things in order for us to obviously identify the kind of head ache we are experiencing.A person who is suffering from sinusitis is complaining of heaviness about the eyes region which emits to the cheeks %26 forehead. He or she is also under going nasal stuffiness, swelling of the face %26 fever with chills. A nasal release of color yellow or green may also be there.Keep in mind that these symptoms are also comparable with other diseases such as those who have a high respiratory tract infection. The most excellent way to analyze sinusitis is to carry out an endoscopy in which the doctor will gaze within your nose using the endoscopic device.Sinusitis is usually caused by bacteria such as the moraxella catarrhalis, streptococcus aureus, %26 haemophilus influenza. It is vital for sinusitis to be treated as soon as probable to avert further infection. The treatment of alternative for this is the antibiotics. For those having obscurity in breathing, a decongestant %26 vaporizers can be used to thin the mucus %26 aid in breathing. Just put in your mind that not all people who have sinusitis can exercise the vaporizers. Those people who face lots of problems with their hearts are contraindicated to employ it.The cause behind is that it has an adrenaline control which will increase your pulse rate %26 blood pressure which in turn will put you in big risk. If the vaporizer is still not efficient, a steroidal nasal churn out may be used. Steroids are recognized for their anti-inflammatory action.