Understand the Bird Flu Symptoms to Fight Against Bird Flu

One of the latest fears around the World is the outbreak of bird flu. Bird flu has been spreading around countries such as Indonesia, Thailand, and China. Now, this virus is rapidly spreading to more countries such as Japan, Korea, and recently, to European countries. It is important for individuals to be aware of this issue and understand the bird flu symptoms in order for one to take measures immediately and prevent the virus from spreading further.

The recorded bird flu symptoms among humans include fever, cough, sore throat, muscle pains and conjunctivitis. Other kinds of complications for people who contracted these illnesses include eye infections and acute respiratory distress. The most fearsome effect of the bird flu on humans are breathing disorders, such as pneumonia, and other severely life threatening complications that may eventually lead to death.

Since this condition is very dangerous, bird flu preparation is the key needed to prevent this life threatening disease from becoming a full-blown flu pandemic. People around the world need to be equipped with the basic awareness of the disease, such as understanding bird flu symptoms and how to prevent it, and should communicate and cooperate in the worldwide pursuit of ending the chain of bird flu victims.

What are the necessary things to do to prevent bird flu infection? How would you know if the person around you is suffering from this rare disease? What symptoms are they showing when one is affected by this condition? What should you do if you suspect a family member has avian flu? These are just among the many questions that you should know of the answer.

Prevention is definitely the most important thing in this battle. There might unfortunately be a very slim chance for cure when you are already infected by the disease. That is why prevention is so important.

The first preventive step in fighting off avian flu is for a person to wear a bird flu mask, especially if he or she will be exposed to fowl for longer than usual, such as those people who are working in a veterinary clinic, pet shops or poultry farms, or one who has already showed some bird flu symptoms. Some bird flu masks are equipped with nano-particles that are proven to be highly effective in eliminating viruses and bacteria. These masks (which are usually disposable) effectively isolate and destroy bacteria and viruses, thus preventing their unwelcome entrance to the human body.

Bird flu infestation has been a big threat to animals and humans as well. We have to give our sustained effort to fight off this influenza, especially since it has been reported to be evolving fast into becoming a highly contagious disease. Be sure to take action immediately, either by called for medical help or isolation till medical help arrives, when you notice bird flu symptoms. In doing so, you can help to prevent this deadly virus from spreading further.

Looking for more info on bird flu? Click for more top and latest info on Bird Flu Symptom or visit http://bird-flu.greenhealthinformation.com

Christopher Wen is the webmaster for greenHealth information site where he provides articles, news, and remedies to current health issues we faced in our everyday life. Check out his blog at http://greenhealthinformation.com

Bird Flu Virus Is Deadly

Influenza viruses are classified into the A, B and C types. A type viruses are the most dangerous and they may affect both people and numerous animals simultaneously whereas B and C type viruses typically affect humans only and they are the least severe amongst the three. Of these, A type viruses are further sub-categorized into subtypes such as the H and N strains. Is bird flu virus deadly?

One of most severe of A type influenza viruses is the much feared bird flu virus with the deadly H5N1 strain being the most widely known and notoriously dangerous.

The bird flu virus is very much like other subtypes of influenza viruses. However, the primary difference between the bird flu viruses and other types of influenza viruses is the way it is being transmitted. Other strains of influenza viruses that are common among humans are passed from one person to another through microscopic droplets of saliva or mucus in the atmosphere, via direct contact either with the infected person or through sneezing and coughing.

On the other hand, the H5N1 strain is not transmitted through human contact. Instead, improper handling or ingestion of infected poultry, through either regular direct contact with potentially dangerous poultry or their feces will increase the possibility of contracting the disease. Another common way is to consume infected animals that are not cooked fully or thoroughly.

The deadly H5N1 strain of bird flu virus was first identified in humans in 1997. Prior to this incident that happened in Hong Kong, there were no known cases of it infecting humans. Then, several major outbreaks occurred in 2004 and the following years whereby at least one hundred and fifty people died in neighboring Asian countries such as Cambodia, mainland China, Indonesia, Thailand and Vietnam and Thailand. The virus subsequently surfaced in other parts of Asia and Europe, including some Middle East countries.

It is also believed that this particular virus was not always a threat to humans. Since the identification of the virus first in the early nineteenth century, it has mutated with our influenza viruses and transformed into different forms. It is the ongoing vitality of such mutation that causes fear and concern surrounding the H5N1 strain. This is because the virus has been persistently manipulating itself to survive in varying environments and relentlessly bypassing treatment techniques.

The great devastation of the H5N1 strain can be rapidly identified when a person becomes infected with the deadly bird flu virus. The strain will cause an exaggerated response to his cytokines, which are small proteins produced throughout the body in response to an immune stimulus that regulate the entire immune system. This increase creates an imbalance and instability to the system and gives a negative effect to the body as it indirectly lowers its resistance to the virus. In addition, it slows down other aspects of the immune system thus giving the virus the liberty to create rampancy within the body.

In many other sicknesses, antibiotics are administered to suppress the immune system and fight the infection. However, antibiotics are ineffective in treating a person infected with the H5N1 strain, as the virus is not bacterial in nature.

Although measures had been taken to challenge the virus and lessen the impact it had on people as well as to refrain the virus from becoming severe, a vaccine has yet to be developed for the long anticipated mutated forms of bird flu viruses that may cause a potential global pandemic. Besides not having significant time for researches, a vaccine that is created now will not be of use when mutation occurs, as the nature of the future virus is not known.

As such, the most effective way to avoid contacting the bird flu virus is prevention. Proper and good hygiene habits reduce the risk of the spread of the deadly bird flu virus. These include simple practices such as washing your hands thoroughly before preparing food and taking meals, utilizing hand sanitizer as well as avoiding unnecessary direct contact with sick people, especially those with flu-like symptoms. Until a new vaccine has been discovered, this may be the best way to lower our risk of becoming the next victims.

Ske Chay of www.mccbirds.com Providing useful information on bird flu virus at www.mccbirds.com/birdfluvirus

Bird Flu Impact

With autumn very likely to represent another opportunity for the bird flu virus to find new hosts in new territories, as a consequence of the movement of large flocks of migratory birds across great distances, some experts warn the flu pandemic that is so feared and predicted for some while now could be just around the corner. But how severe could such an outcome be? Estimates range from thousands to millions of victims. In any case, it might not be a disease to end civilization as we know it, but it is quite likely to cause important social disturbances. So how does this disease influence current world affairs and how will it take its toll on our lives in an unfortunate future?

Current effects of the much talked about virus are obvious in areas where the virus has been detected in birds or even humans. Asian countries in particular have been facing the disease for a few years now. Most have at least some prevention measures implemented and there are programs to monitor and test birds populations for the virus. Some have chosen to vaccinate poultry with anti viral drugs and where there is an outbreak, rapid culling of all the birds in the area is standard procedure. In countries relying heavily on poultry consumption, the culling of millions of birds has forced the population to choose other products as a substitute.

Poultry farm owners and all other types of companies involved in the process of raising, processing and distributing poultry products have suffered great losses and are likely to go to great lengths to merely keep their businesses alive. The financial issue is manifested at a national level as well. Countries depending on their poultry exports are forced to see their products rejected from the international market, as many others ban such imports fearing a possible spread of the disease. Tourism is also affected. Although not as noticeably as the food industry, periodic changes into the travelers' preferences can be noticed. Previously favoured destinations in Asia now struggle to attract tourists, as many people are rightfully reluctant to visit regions where the bird flu virus has ravishing effects. Some governments have even warned their people and recommended those destinations to be avoided.

However, the greatest disruptions can be expected in the future, in the event of a local or world wide epidemic. With predictions of millions of people succumbing to the disease, it is easy to foresee all areas being affected. For businesses in particular, it would be interesting to consider the effects such a widespread health conditions could have. Some new reports estimate that up to half of the staff of any business could fall ill or be absent from work. Employers are being warned to take precautions and be prepared for such an event. Although terrorism is a more common concern for anyone today, a bird flu pandemic could cause even greater disruption. It is expected that employees will miss work either to care for others, or prevent an infection, or because they will have been infected themselves. It will therefore be difficult to find cover for the absent staff and the costs of any service is likely to rise considerably.

Furthermore, public transport could be disrupted itself and prevent staff getting to work. It is advisable to research the possibility of some of them working from home. This could prevent a further spread of the virus, while also offering a solution for those only suffering minor symptoms. Supply chains will also be impaired and stocks of different provisions should be taken into consideration. Travel will become very difficult and might not be recommended, as to avoid further spreads. The simplest way any employer can do to prepare for this is a plain information bulletin for their staff to keep them informed on the situation, or even considering all these factors and preparing suitable equipment for them to continue their work from home. It would be wrong to wait and see to what extent the virus will strike, as preparations at that time could prove too little too late

George Velicu is the senior editor at Bird flu center and the man responsible for making the website one of the most comprehensive sources for avian influenza information on the internet.He is also the one keeping a daily record of bird flu's developments

Will the ChimigenTM Vaccine Stop Bird Flu, Anthrax and Hepatitis?

We interviewed Dr. Rajan George, Adjunct Faculty of the University of Alberta's Pharmacy and Pharmaceutical Sciences Department. Dr. George is also Vice President of Research and Development for the Division of Infection Diseases of ViRexx Medical Co.

Interviewer: Can you describe ViRexx Medical's Chimigen? therapeutic vaccine?

Dr. Rajan George: Chimigen therapeutic vaccine is used to produce immune responses in a host against infections which are difficult to produce immune responses, by targeting the vaccine to dendritic cells. The Chimigen platform can be extended to develop therapies for difficult-to-treat chronic infectious diseases.

Interviewer: Does that mean the Chimigen platform can be used to treat any infectious disease?

Dr. Rajan George: Yes, except in cases where the immune system is non-functional, as in the case of HIV.The Chimigen platform can be used to produce either a therapeutic vaccine or a prophylactic vaccine. This depends on the disease target and the antigen plugged into the platform. Some antigens have a use in treating infection, while others have a use in preventing an infection. Either one would be targeted to the dendritic cells. The therapeutic vaccine generates a cytotoxic T cell response. A prophylactic vaccine would generate a B cell response and antibody production.

Interviewer: How broad are the applications for the Chimigen? vaccine

Dr. Rajan George: We should be able to use this platform for cancer therapy, depending upon the cancer antigen we use. We can plug in a specific cancer antigen into this platform, and the vaccine targeted to dendritic cells. The dendritic cells would process and present the right antigen, then generating immune responses against the cancer.

We are also evaluating some bioterrorist viruses, the biological weapons terrorists would use, and are looking at one of those viruses to see if we can come up with the prophylactic vaccines against bioterrorism

Interviewer: Would the Chimigen? vaccine be effective as a prophylactic against avian flu, H5N1?

Dr. Rajan George: It could work for bird flu if we just plugged in the bird flu antigen into the platform. Then we can use it as a prophylactic. It generates antibody to generate B-Cell response. You can produce a prophylactic vaccine using this platform. The Chimigen? platform is quite adaptable.

Interviewer: How high is your confidence level in producing a prophylactic vaccine for the avian flu virus?

Dr. Rajan George: My thinking is that it is quite high. I think very highly of having a vaccine like that. But, the ultimate proof has to come from humans. Our HepaVaxx B clinical trial will give us a lot of information on how the technology really works. Until then, our optimism is based on laboratory results.

Interviewer: Can you describe what comprises the Chimigen platform?

Dr. Rajan George: The platform has two components. The first one is from the infectious agent. The second component is from a murine monoclonal antibody. Part one is fused with a fragment of part two by recombinant technology to produce a new entity, the Chimigen? vaccine. We are recombining one thing with another. We have a virus which has certain antigens. We take one of those, and we produce a recombinant molecule with the fragment we have taken from a murine monoclonal antibody. Chimigen is the term we came up with to include the meaning of the full phrase, chimeric antigen. Chimeric means it comes from two different sources. We put them together and create a new molecule. One is from the virus. The other one is from the mouse, the monoclonal antibody. Now we have by recombinant methods produced a protein which is a chimeric protein.

Interviewer: How do you produce such a flexible vaccine, one that appears capable of treating nearly any infection?

Dr. Rajan George: To produce a Chimigen? vaccine to treat nearly any infection, we start with an antigen (protein) from the infectious agent. We fuse it with a fragment called Fc of a mouse monoclonal antibody. This is done using recombinant methods. We end up with a new protein. This protein is made in a cell culture of commercially available insect cells. The protein is produced by the insect cells. From the culture, we purify this particular protein that we made. The insect cell system is just a tool. By virtue of its production in insect cells, the protein attains special properties which are useful in generating better immune responses. Producing this protein in insect cells gives it some very peculiar properties, which are different from our own mammalian proteins. Once we have it coming out of the cell, we purify it and make it really pure. Now we have a protein with the virus antigen murine monoclonal antibody with modified properties.

Interviewer: What do you mean when you say, "useful in generating better immune responses"?

Dr. Rajan George: When a person has a chronic virus infection, his or her body ignores the virus and associated proteins. The body treats the virus as part of itself. The body does not recognize this virus as something foreign to it. Therefore the immune system does not attack the virus. But, by combining the virus antigen with a foreign protein such as the murine antibody fragment, the whole chimeric protein now is recognized by the body's immune system as "foreign," different from something of its own. In essence, this is a re-education of the immune system to switch its recognition of the virus from "self" to "foreign".

Interviewer: From where did the scientific model come, and does it have similarities to another ViRexx Medical product, OvaRex MAb??

Dr. Rajan George: This scientific model arose from discussions among the three lead scientists of the company, Dr. Tony Noujaim, Dr. Lorne Tyrrell, both founders of the company and myself. The collective thoughts of all of us went into the design of the Chimigen? platform. One major similarity between Chimigen and OvaRex is that both involve a murine monoclonal antibody. Another similarity is that both target dendritic cells. The Chimigen model came from thoughts about targeting dendritic cells, but without the use of antibodies. OvaRex is a murine monoclonal antibody against the cancer antigen CA-125. The Chimigen? vaccine has a fragment of a murine monoclonal antibody. OvaRex needs the CA-125 antigen in a cancer patient to bind to. The bound complex goes to the dendritic cells. The Chimigen? vaccine does not need to look for the antigen in a patient because it already has the relevant antigen built in it.

Interviewer: How is the Chimigen? vaccine different from OvaRex? in dealing with a hostile threat to the body's health.

Dr. Rajan George: OvaRex binds to the antigen CA-125. Then, the CA-125/Ovarex complex binds to the dendritic cells. The complex is internalized and processed. The peptides generated from the antigen are presented to the T cells, and the chain of events in the immune system gets stimulated. The activated cytotoxic T cells eliminate the cancer cells which contain the CA125 antigen.

In the case of the Chimigen? vaccine, the vaccine itself contains the antigen. It goes through the dendritic cell pathway and triggers the CTL response to clear the virus-infected cells. The system also produces antibodies to viral antigens, which bind virus and viral antigens and accelerate their removal. Because of the presence of the murine monoclonal antibody fragment, which is foreign to humans, along with the antigen from the virus, the body's immune system treats this as a new threat and takes action.

Interviewer: How would this work in treating Hepatitis B?

Dr. Rajan George: Developing a treatment for Hepatitis B chronic infection, for someone who already has the infection, would involve re-educating the immune system to react differently than it previously has. The infected person already has this virus and the derived antigens. If you put some more of the same antigens into the person, the person's immune system is not going to know the difference His body is going to say, "Well, what's the difference? I already have it. I am not going to do anything with it." The body will ignore it. That's what is called tolerance. With the Chimigen? therapeutic vaccine, we have changed the body's immune response to the virus.

Interviewer: How then have you changed the body's response to the infection?

Dr. Rajan George: In a Hepatitis B chronic infection, let's say I have the infection. My system is tolerating the virus. It's ignoring the presence of the virus. While that is happening, the virus may be causing disease in with my liver. With time, it's going to get my liver into trouble and my immune system has not responded adequately to remove the threat. We inject the protein - the one we just produced, which we call the Chimigen? Therapeutic Vaccine - into the HBV chronic carrier, a person who has a chronic hepatitis B virus infection. What happens is when our protein is administered, the dendritic cells are going to look for anything new which enters the body. Those cells are the immune system's first-line surveillance. The dendritic cells are going to see this new foreign protein, and they are going to think that this is different from what was previously inside. Their recognition of the molecule has changed from what it was before. Before the virus protein was recognized as a "self" protein. Now it is being recognized as a "foreign" protein. In chronic hepatitis B virus infection, the dendritic cells saw the virus as part of the "self" of the host, the vaccine changes the recognition of the virus protein as "foreign" to the host. Because the viral antigen is linked to the fragment of the mouse monoclonal antibody the direct the chimigen to dendritic cells it will enter the dendritic cell and be processed and stimulate an immune response.

Interviewer: And after the vaccine injection, what does the body see?

Dr. Rajan George: The body's immune system see a new foreign antigen composed of a portion of the mouse monoclonal antibody linked to the viral antigen. It's a foreign antigen." The new "chimigen" stimulates an immune response to the antigen as well as the viral antigen. This is very important because the virus antigen was previously being ignored. Now, it's being recognized as foreign through linked recognition of the mouse antigen as being foreign.

Interviewer: How do the dendritic cells react after they recognize this foreign threat?

Dr. Rajan George: The dendritic cells are the sentries of the immune system. They guard what comes in. When they recognize a "foreign situation," what does the immune system do? It treats the whole molecule, the whole protein including the virus antigen, as foreign. The dendritic cells chop up this protein into small pieces called peptides. These peptides also are called "epitopes." There are T cell epitopes which are smaller, and B cell epitopes which are longer. These small peptides bind to MHC I and activate Cytotoxic T lymphocytes (CTLs). The dendritic cells have a system where they put the T-cell epitope on another protein, MHC Class I, and bring it to the surface of the dendritic cell. They are presented as a complex on the surface of the dendritic cell to attract the T-cells. The T-cells come and see this, then get activated. Now, the activation is also specific to the virus protein. There are different varieties of T-cells, but the cytotoxic T-Cells are the most important in eliminating infections that already exist. The activated cytotoxic T-cells are the ones who do the attacking. They are the ones who start killing the virus infected cells.

Interviewer: And what about the B Cells?

Dr. Rajan George: That is the other side to this story. The dendritic cells can present another kind of peptide epitope. There is a second class of peptides, which are also produced when the protein is chopped up. The dendritic cells stimulate the B-Cells, B-Lymphocytes. And B-lymphocytes produce antibodies. The longer peptides bind to MHC II and activate B lymphocytes (B cells). B cells produce antibodies against the peptides. The antibodies are specific to the antigens we put in the Chimigen? Therapeutic Vaccine. Antibodies bind to viral proteins that are on the surface of and block the ability of the virus to bind to a target cell to cause an infection and prevent the infection. This is the basis of a prophylactic vaccine. The antigen can bind to the invading virus and form a complex that the body eliminates.

The B-Cells produce antibodies against the virus antigen, which we have put in the Chimigen? vaccine. What do these antibodies do? The antibodies are specific to the antigen and bind to the viruses because they have the antigen. The system removes the virus by binding with the antibody. Also, the system removes infected cells using cytotoxic T-lymphocytes. Both of these actions are achieved by the Chimigen? vaccine.

Interviewer: Why would your vaccine work where others have tried and failed?

Dr. Rajan George: The reason is because of the novelty of the technology. We are re-educating the body's own immune system to do the work by using the Chimigen? technology. When you inject a xenotypic antibody , that is a non-human antibody that is linked to a specific antigen. The body recognizes the whole molecule as foreign and produces immune responses with both T- and B-Cell immunity. We believe that this enhanced immune response will be helpful in controlling the viral infection in the case of viral chimigens.

Interviewer: Much of the research has been within the laboratory. How much of this is hypothetical?

Dr. Rajan George: Our experiences so far have been mostly with isolated systems, meaning experimental systems outside of the body. For example, ViRexx's Chimigen? vaccine for treating chronic hepatitis B infection is what we call HepaVaxx B. This is waiting to go into Phase I clinical trials. We have done a lot of ex vivo experiments in the lab to evaluate the immune responses it can produce. We showed what we had predicted in theory has been true. We have also done some animal experiments, where the vaccine showed similar effects, again, as predicted. For HepaVaxx B, the animal results are also showing great progress and promise. We believe the Phase I studies will show safety and maybe some immunological data. The advanced clinical trials, Phase II and III, will tell us exactly what happens in humans (efficacy) with a chronic infection of Hepatitis B.

James Finch contributes to StockInterview.com and other publications. His archived articles can be found at www.stockinterview.com. Please contact James Finch with your feedback and comments by emailing him at: jfinch@stockinterview.com

Two Questions To Ask About Bird Flu Vaccines

 

The results of a government-funded study show that very high doses of an avian influenza vaccine, supplied by Sanofi-Aventis, are needed to produce an immune response that should guard against the virus. 54% of the volunteers received two shots of 90 micrograms each, 28 days apart. A typical flu shot is 15 micrograms.

Based on the requirements seen in the study, the U.S. government's current stockpile of vaccines would provide enough for only about four million people, according to Dr. Anthony Fauci, director of the National Institute of Allergy & Infectious Diseases.

The problem isn't just a matter of dosage. It is also a matter of production. Flu vaccines are produced using hen's eggs,a 50-year old technology, if it can be called that. Automated machines inject hundreds of thousands of eggs, then an 11-day waiting period begins while the eggs incubate, brewing viruses that are then killed and bottled. To produce millions of the the final product takes about six months.

Then there's the question no one seems to be asking: if we plan to rely upon chicken eggs to incubate an H5N1 virus, how do we know the H5N1 virus won't kill the eggs? H5N1 already kills chickens. Shouldn't we assume it also kills a high percentage of chicken eggs? Sanofi-Aventis is spending $150 million of its own money building a new vaccine-making plant based on the theory that H5N1 won't kill the eggs. By the way, eggs have to be ordered many months in advance for this antiquated process.

And where does Sanofi-Aventis plan to get all these egg-laying chickens anyway? Millions of chickens have been slaughtered worldwide already and a pre-pandemic scenario could kill off whole U.S. chicken farms at once.

However, there is a new vaccine technology on the horizon. It's called cell-based vaccine. Giant vats of living cells, such as dog kidney cells, multiply and then are inoculated with the virus. There are two companies already in the marketplace, one in Holland, one in Germany, but the technology won't be widely available for years. The FDA must review the entire method before any equipment can be imported to the U.S.

Clearly, the U.S. has waited for a new virus to come along to spur vaccine research. We may have waited too long. H5N1 isn't waiting. It's figuring out how to mutate into human-to-human transmission. In fact, the rate of mutation is alarming. Dr. Robert Webster, Ph.D., Member, St. Jude Faculty Rose Marie Thomas Chair, calls H5N1 "the most frightening virus I've ever seen in 40 years of research."

If you and your family are counting on a vaccine to protect you against H5N1 (Avian Influenza), don't bet on it. There are still too many unanswered questions and too many risks.

Mr. Hart is a medical journalist/researcher, and the author of "Killer Bird Flu...Get Ready Now!" a paperback that outlines what families can do to get prepared for the coming pandemic. Learn more at http://www.buynanomask.com.

Bird Flu: The Next Plague?

Are you afraid of the infamous bird flu (H5N1)? If not, you should be. Did you know there is no working vaccine yet? Many manufacturers advertise that they have vaccine, but that is not simply true. This is because it hasn't mutated yet to form where it can spread from human to human. Only with that virus, it is possible to create fully functional vaccine. Vaccines what are being advertised are unreliable to deliver results because it's the wrong vaccine for wrong virus. Initially bird flu only infected birds with 100% mortality. Now it has started to spread to humans.

The H5N1 Bird Flu virus mainly reproduces in lung tissues. The H represents a protein found on the virus that helps it to enter cells. The N represents a protein that helps the virus escape the host cell. The H5N1 Bird Flu virus is a new type of influenza, a virus that originated in birds. Most individuals in a target population will have very little immunity from this new virus.

Bird flu is spreading all over Europe and Asia. At the moment it is enough if you stay away from the birds, but when virus mutates that won't be enough. On July 23, the World Health Organization (WHO) warned that the world could at any time be faced with a massive flu outbreak like those of 1918 or 1968 that killed tens of millions of people.

"The flu pandemic is more likely to occur in the next 12 months than in any time in the past decades. I hope it never happens but almost certainly it will happen. Australians are unused to contemplating death on a large-scale ...since WW2." says the Australian Federal Health Minister, Mr. Abbott on July 30, 2005.

At the moment H5N1 has mortality rate of at least 50% in cases of bird to human infections. Some scientists expect this high mortality to drop if this virus becomes pandemic but this is only an assumption and may not occur. Even with a 5% mortality rate at least 160 million people will die directly from the pandemic and this does not include the possible following deaths because of the likely breakdown of essential services, such as food, water, and medical supplies.

I suggest everybody to find out RIGHT NOW what they are dealing with. There is much information floating in Internet. Australian biologist Stephen Jones has collected complete bird flu information package what deals with subjects like 'how to care infected person', 'how to survive' and everything else you possible need to know about bird flu. You can find Bird Flu Survival Guide at www.survivebirdfluguide.com.

Check out Stephen's complete information package of bird flu! Bird Flu Survival Guide: www.survivebirdfluguide.com

Bird Flu: H5N1 Influenza Status Briefing Natural Protection

The Bird Flu has a defined area of infection and has found a host that has kept it alive for millenniums. Pigs are in the mutation chain as the virus transitions to people. The next bird flu step could be an overnite pandemic or a wimpering gasp of disappearance.

The virus H5N1, has a few similarities with the Spanish flu of 1918 that resulted in one of the largest pandemics in the last 200 years. Both of these contagious outbreaks cause high fever, lower respiratory tract failure symptoms, prostration, myalgias, and a postviral weakness that could last up to 6 weeks.

Twenty-four hour access channels have warned of a coming pandemic that may arrive in the form of H5N1 avian influenza, more commonly referred to as ?bird flu?. The market for poultry products has decreased internationally because of a lack of consumer confidence in a safe supply.

In Eastern Asian countries entire flocks of chickens have been destroyed because of an outbreak that easily spreads from bird to bird, infecting the entire flock.

Proactive Steps

Current laboratory research currently indicates existing flu prescriptions should be an active and readily available treatment should the ?bird flu? H5N1 make its presence felt. While this is good news, there is a second wave effect that has historically been seen in such a widespread influenza outbreak. The second wave may occur when the flu strain alters just enough to render existing medications ineffective.

Knowledge is a primary key in the battle of any communicable disease. Understanding symptoms can provide both peace of mind as well as the information you need to know should a doctor?s visit be required.

Defining Bird Flu

Like the more common flu strains, ?bird flu? may include fever, sore throat, muscle aches and eye infections. However, ?bird flu? may also include pronounced lethargy, acute breathing difficulties and chest pain. In more extreme cases pneumonia may make an appearance as well as potential organ failure.

This virulent strain of flu virus has, to date, been spread primarily through poultry and water fowl. The limited human fatalities that have been reported have all been a result of close interaction with infected birds.

The incubation period for humans who do contract ?bird flu? may be as few as two days or as many as 17.

Industry Protection

Chicken farmers are taking radical steps to keep their investment safe. Disinfectant sprays are beginning to be applied and sterile clothing is becoming common when entering poultry facilities. Symptoms that include bird inactivity and decreased egg production are routinely reviewed and monitored.

What If?

Members of the World Health Organization have worked to develop a plan that could be implemented on a global scale to address both current issues as well as those that may be forthcoming in the event of a ?bird flu? pandemic. Steps are currently being taken to address the issues surrounding ?bird flu? and partner countries are gaining assistance from the findings of the World Health Organization.

Flu Shot

It is unclear if the annual flu shot will assist in the reduction of ?bird flu? cases should a pandemic occur. However, there is evidence to suggest they it may in fact do so.

It may be that ?bird flu? will never reach epidemic proportions, but knowing what it is and what it is capable of doing is a help in preparing for a flu strain that could join the ranks of some of the world?s greatest viral killers.

The best prevention of the bird flu is a strong immune system. Exercise the body and the lungs. Look for a natural antiviral supplement. While modern scientist search for a vaccine, we have natural remedies that we can employ. Colloidal silver is known to kill bacteria and virus.

James Zeller is the new "Euell Gibbons" for natural supplements. For more information about Bird Flu Protection or his choice for natural immune support for the "50 and Over" Baby Boomers.

Bird Flu To Reach Americas In 6 To 12 Months!

The Bird Flu/Avian Flu, which is already spreading across Asia, Europe, Africa and the Middle East, will make the jump across the Atlantic and arrive in the Americas within a year. This recent information comes from UN Experts recently assigned the task on making sure this disease doesn't spread.

Dr. David Nabarro, the coordinator of the United Nations' efforts to contain the pandemic and prepare for its possible jump to humans, said he believes the deadly H5N1 strain of the virus will make the leap across the Atlantic between six months and one year from now. Nabarro predicted the leap would take place in two stages. It will probably be carried by wild birds from West Africa to the Arctic, then carried south to North and South America, he said. How will the virus spread from birds? Cats!

Cats are believed to be vulnerable to bird flu because they prey on birds. If you have cats, oudoor cats to be precise, you may want to think about keeping them in the house from now on. Health officials have feared for some time now that the avian disease will mutate into a form that can jump between humans, putting millions of people in danger. Though much advertising of the drug Tamiflu show's promise in the protection against the Bird Flu, it doesn not cure the H5N1 virus. There is currently no cure for the disease.

As previously mentioned above, the UN team focusing on the bird flu threat is primarily concerned with stopping the spread of the disease. This may be alarming to some seeing that we've all expected the UN and WHO (World Health Organization) to eventually find a cure. Not so! While some research into a cure for the disease has started, stopping the spread of the vius has proven to be the main prority.

Guess I`ll be turning my kitties into house cats!!

Writer, author, publisher, Charles Dumont has always written mostly on current affairs and day to day issues affecting human kind. Lately he's been very passionate due to the launch of his Avian Bird Flu blog. http://avian-bird-flu-crisis.blogspot.com

Simple Solutions To Complicated Problems Such As Bird Flu

There is a simple solution for preventing of the spread diseases like Bird Flu. It is known that bird feeders are a source of transmission of avian flu viruses and related diseases. Many communities have zoning laws which are meant to prevent people from feeding pigeons and seagulls. Bird droppings, when massed in open areas close to pedestrian walkways and windows provide ideal pathways for pathogens to spread not only from bird to bird, but from bird to humans. We therefore suggest that if you want to feed birds and provide for there needs you consider planting shrubs and trees that provide birds with sources of food that more mimics the natural environment. Plants such as viburnums are an excellent choice. They not only provide seeds that are available in the late winter, but also shelter.

In Hong Kong, the government has already started to prevent the spread of bird flu by telling citizens that wild pigeon droppings may help spread harmful germs, and that avoiding feeding them is the best way to minimize their congregation. Therefore any wild bird feeders in common areas at public rental housing estates and markets will be served a fine without any prior warnings.

Viburnums are the most attractive, versatile, adaptable shrubs for any landscape. They can be used as hedges or screens and in mixed perennial/shrub borders. They can also stand alone as specimen plants. They usually take the form of shrubs, but some species can become small ornamental trees. They range in size from the Dwarf American Cranberrybush at 2 feet tall by 2 feet wide, to the Siebold at over 15 feet tall. Viburnums are plants with year round interest. All Viburnums have profuse white to pink flowers in the spring. They have large, attractive and often textured leaves. Some viburnums have wonderfully fragrant flowers that are produced in snowball- shaped clusters in April. Their flower clusters can consist of pink buds, which develop into white flowers. Some fruits are red and turn black with age. Leaves are glossy, dark green and turn a burgundy color in the fall. Midsummer berries are an important food source for birds.Viburnums provide birds with feed and shelter in a natural manner. Birds will not feed in an area that masses birds and bird droppings. This is a more sanitary way to feed birds than with a bird feeder. Additionally you never forget to refill the viburnums as each year there will be a new crop of berries. Viburnums have colorful red to purple leaves. Some viburnums can become medium-size trees, especially if they are pruned. Viburnums excel as specimen plants or as anchors in mixed borders. You won't find a more versatile group of shrubs for hedges or for massing in groups, since viburnums hold their own in every season. Some viburnums, such as Prague viburnum 'Pragense', are evergreen. Others, such as leatherleaf viburnum, are semi-evergreen in colder climates, losing their leaves when temperatures dip below 10 degrees. The best feature of Viburnums is their adaptability. While they would prefer full sun and moderately watered, well-drained rich soils, they will grow very well in part shade in alkaline, clay soils. Diseases and pests rarely attack them. My kids have run over them with brush hogs and they survived. Their fibrous root system makes them transplant easily. If you are searching for a good-looking hardy shrub consider one of the many members of the Viburnum family.

Viburnums have long been popular garden plants, celebrated for their white, often fragrant spring flowers and their fall color. But it's the Asian viburnums that have so far ruled the roost. Perhaps the most widely appreciated viburnums are the Burkwood viburnum (Viburnum x burkwoodii), and the Korean spice viburnum (V. carlesii), both of which fill the air with an enchanting clove-like aroma in mid-spring. Also popular is the doublefile viburnum (V. plicatum f. tomentosum), valued for its layered habit, fall foliage, and clusters of red fruits. Viburnum acerifolium (Maple-leafed viburnum) Although I wouldn't garden without any of these, I have a special fondness for several of our very garden-worthy native viburnums. They may not provide the enticing flower fragrance of their Asian cousins, but I love them nonetheless--not only for their marvelous fall foliage color (championed by Darke) but also for their copious fruit displays, which attract birds to my garden in the fall and winter months. In addition, several are useful to today's water-wise gardeners or for tough urban conditions. They require only corrective pruning, and none commonly suffer from pests or diseases. Viburnums are considered moist woodland plants. In nature they are found along steam banks from Long Island to Florida. When you come to our 5275 West Swamp Rd. location ask us to show some in their native habitat that we found along our stream bank. These plants perform well under normal landscape conditions. I especially like the floral display in the spring and these viburnums that bear fruit in the fall. Winterthur has great red leaves and abundant fruit in the fall. This cultivar needs a cross pollinator such as viburnum nudum. Native Americans used Viburnum dentatum (arrowwood viburnum) for arrow shafts. There stems are long and strait. This plant will grow in places many plants struggle. So if you have had trouble with plants in a harsh location try this cultivar. Viburnums We raise over 12 types of Viburnums on our farms from seedlings to 5' shrubs. If you have poor soils due to compacting from construction, try viburnums. Being rugged and hardy, they perform where other plants fail. American Cranberry Bush KoreanSpice Blackhaw ArrowwoodViburnum Chicago Luster Dawn Summer Snowflake Shasta Winterthur Blue Muffin Burkwood Erie Tea Judd Korean Spice Praque Siebold You can see more of Bill's writing and tips at his web site http://www.seedlingsrus.com

Doctor Bill piles it high and deep with this unusal method to safeguard birds and man from the spread of bird flu. The simple solution is cheap and effective.

Preparing Your Finances for a Bird Flu Pandemic

If you have been paying attention to the news lately you may of heard of the threat of bird flu and a world pandemic. What would this mean and how would it affect your financial holdings. The World Bank, which has estimated that a bird flu pandemic lasting a year could, cost the global economy up to $800 billion dollars. The economic toll on the world economy will be catastrophic. That is a forecast no investor wants to hear. Even a "mild" pandemic could wreck havoc with your investments.

During a flu pandemic millions of people would be unable to work due to illness and taking care of sick family members. Schools and businesses would be closed, transportation reduced or halted. Ill truck drivers, rail and warehouse workers would bring interstate commerce to a grinding halt. How many air traffic controllers could be out sick before flights were cancelled? International travel would all but be eliminated. Businesses hardest hit would include retail, trade, education, travel and tourism, public entertainment and anywhere large groups of people would gather such as sporting events and concerts. Import and exports markets would be devastated.

With millions out of work and unable to pay their bills including rent and mortgage payments, financial institutions facing mounting defaults would have no choice but to suspend debt owed until the pandemic was over. Other financial institutions would face similar threats of collapse until business returned to normal. But, how long would that take? Thousands of businesses may never be able to recover resulting in the loss of millions of jobs. Large and small businesses alike may loose key employees who would be difficult to replace. Moving forward businesses would face labor shortages due to the millions who died, making a return to full productivity difficult.

The global economy could take years to recover. Individual business recovery could be painfully slow. Government spending to aid recovery would go through the roof, yet they would be receiving less in tax revenue from businesses that closed and individuals out of work. The stock value of the largest businesses could collapse devaluing millions of investor's portfolios. Investors may dump their stock holdings in favor of cash and hard assets like gold and silver. Housing prices could plunge as millions of homeowners go into default. Financial panic could wreck the markets in short order.

Many essential items could be in short supply due to loss of production capacity. Gas and oil deliveries could take months to return to normal production. Consumer spending would be down further delaying economic recovery.

Global instability would be the rule rather than the exception. 3rd world countries devastated by the pandemic could face new internal struggles for power as whole armies could be wiped out by the flu. International trade relations we once had may no longer be there.

A world pandemic would set the dominos in motion. One event would trigger another; one financial collapse would bring on the next one. The results would be nothing short of catastrophic.

As an investor your first course of action is to stay informed. A bird flu pandemic may not happen for years, but health experts say it will happen, it is just a matter of time. But then there is always natural disasters and terrorism to worry about. The more you know about a possible bird flu pandemic the better position you will be in to adjust your portfolio accordingly when the time comes if not sooner.

Diverting a portion of your assets into stocking up on essential food and supplies may be a prudent move, since a pandemic may keep you housebound for months at a time. No well-diversified portfolio will help you out when the grocery stores are closed and you are waiting in line for a government hand out.

Stay informed, plan accordingly, and be prepared.

To stay up to date on avian influenza, bird flu and the h5n1 virus visit The Bird Flu Index http://www.birdfluindex.com Find links to bird flu websites, official medical and government sites and full information about how the bird flu could turn into a global influenza pandemic. Search through the article archive for the latest bird flu articles. For the latest bird flu news visit The Pandemic Zone http://pandemiczone.blogspot.com

What Is It All About With The Bird Flu?

The humanity is always being challenged yearly. What good is a year if there has been no major threat to our humanity? It may be quite evil to say, but that?s reality. Every year, there are lots and lots of people who die from diseases, natural calamities or terrorist acts.

It is a quite a scare to consider that one day, it might be us who will be the next victims.

The current scare that is making officials all over the world S%$T their pants out is the H5N1 strain. The H5N1 is a strain of bird flu virus that has been found to be very deadly. It has been considered to be deadly because of the rate it has been transferring from one bird to the other.

The scaring thing about it is that once the birds show symptoms of the disease. They have only a few days to live. The virus also spreads rapidly, sometimes spreading the virus to other flocks in just a matter of days.

Another scary thing about it is that a flu virus tends to mutate. If it does mutate and joins with a human flu virus it can be considered deadly for our species. So far the people who have been affected did not contact the disease from other people. They got the disease because they were unhygienic in handling domesticated birds that are infected.

However, recent developments have now got more people scared. The evens in Turkey should be observed more carefully. This is because in the span of only a week, 15 people were infected. Some may think that the virus has now mutated.

If it has now mutated, we have bigger problems than Saddam Hussein. Currently we only have tamiflu to fight it with. Tamiflu is just an antiviral drug that prevents new virus from emerging out of the infected ones. Some experts even claim that Tamiflu does not help. If it does help, there is just nit enough to give to the whole world either.

The problem with the companies being hesitant to produce the tamiflu or any other vaccine for bird flu for that matter; is because they are afraid the threat becomes bust and they might waste a whole lot of money.

The H5N1 strain is really becoming the stuff only movie producers think about. It?s like the movie Outbreak. However, in real life the threat is bigger and we face a scarier situation when we just laugh about it. Thinking like it?s just Colonel Sander?s Big Joke.

The best thing we have to do is just remember to live a healthier and hygienic lifestyle. Because as always prevention has always been the best answer of humanity to any threat that looms.

Michael Colucci is a technical writer for http://www.bird-flu-facts.org - A free site that offers facts on the history, prevention, vaccines and more on the Bird Flu Virus.

Don't Count On A Bird Flu Vaccine, Count On A Nanomask

You've no doubt seen the news reports about Bird Flu, a deadly airborne virus. And you no doubt feel at risk and vulnerable.

A Bird Flu vaccine is months and months away from production, and production will be a problem since health officials believe it will take at least 1 year to make enough for all citizens. Even then, it may not be effective, since it was based on an earlier seed of the virus. Bird Flu, or H5N1, mutates rapidly. Today, Bird Flu is something entirely different than when it was first discovered.

But there is one, off-the-shelf, device that will protect you and your family against Bird Flu, SARS, and ordinary flu, right now. It's called NanoMask, manufactured by a company that originally was tasked to make a better biomask for our military troops.

Why is a filter mask the best tool you can have against Bird Flu? Because of its new nano-technology. A NanoMask isn't just an ordinary N95 mask like you see in hospitals or on construction sites.

N95 masks are not effective against any particulate, virus, or bacteria smaller than .3 microns, and thus a waste of money if you buy an N95 mask for the purpose of blocking H5N1 or any influenza virus. Even hospitals realize this and are now ordering NanoMasks.

Examine the table below showing virus sizes, so you can judge for yourself how effective the NanoMask is. The abbreviation nm means nanometer, which is one billionth of a meter. N95 can only filter out material greater in size than .3 microns, which equal to 300 nanometers.

Every virus you see in the table below is smaller than 300 nanometers, therefore, N95's are useless against these viruses.

Virus (Description) | Size

Bacteriophage (MS) | 220nm
Hepatitis | 24nm - 30nm
Adenovirus | 70nm HIV
(AIDS) | 80nm
Cytomegalovirus | 100nm
Orthomyxovirus | 120nm
Coronavirus (SARS) | 80nm - 160nm

According to Nelson Laboratories of Salt Lake City, an independent testing lab of such filters, Bacteriophage MS-2 is the recognized standard testing organism for many filters. Being one of the smallest used viruses at 20nm, it is able to give a higher challenge to the filter media.

NanoMask has been tested down to 27 nanometers or .027 microns. Good enough to stop H5N1, SARS, and other viruses listed in the Virus Size Table above, as well as ordinary influenza.

The unique design and enhanced facial seal allows the NanoMask to overcome the most critical failing of typical N95 masks: an inability to effectively seal against the face and filter inhaled and exhaled breath that will typically follow the path of least resistance - around the sides of the mask.

The president of Emergency Filtration, Doug Beplate, told this author that the primary reason NanoMasks are so successful in stopping viruses is their unique nanoparticle coating on each filter. Beplate said, "The nanoparticle coating joins with chlorine particles to achieve an arrest and eradication of undesirable agents." In other words, biohazardous particulates like H5N1 are not only blocked, but destroyed, thanks to the nanoparticle coating.

A traditional filter without the nanoparticle coating, like N95, would turn into a breeding ground for a virus or bacterial agent. Thus we caution you against using any N95 mask in a pandemic or epidemic, or even to stop ordinary colds.

We cannot stress enough the importance of ordering NanoMask right now, before H5N1 or any other pandemic strikes. It's saving lives in Asia right now. More than 2 million Asians are wearing NanoMasks.

Of all the methods available to protect your family, such as antivirals, vaccines, herbs, etc., a NanoMask is the least costly in terms of time and money, and probably the most effective. Don't get caught off guard by a U.S. transportation strike or postal strike, or a thin supply. And don't count on a vaccine, or Tamiflu. Count on NanoMask, it's available right now.

About the author:
John Hart is a science writer, and the author of the popular eBook "How to Protect Your Family Against the Coming Pandemic," available at http://www.urgentebooks.comMr. Hart is also a distributor of NanoMasks at http://www.buynanomask.comA free copy of his eBook comes with each NanoMask order.