e number of influenza viruses potentially circulating in bird populations, due to the fact that there are over a dozen subtypes of the influenza virus that infect birds. To date, all outbreaks of avian influenza have been caused by influenza A viruses of subtypes H5 and H7.

The sickness caused by this virus often take two stages. The first is a mild stage which often goes undetected. Sympt

Avian bird flu, often referred to as Avian influenza, is an infectious disease found usually in birds which is caused by A strains of the influenza virus. This influenza virus occurs naturally in the intestines of wild birds and usually does not cause them sickness.

Avian influenza, or influenza A, is chiefly found in animals, but a virus infection of this type could occur in humans. Although cases of human infection have been on the rise since 1997, risk from this virus to humans is considered mild. In most cases, humans have caught this disease by coming in contact with contaminated surfaces like water bowls and cages, and with infected birds.

Cases of transmission of this virus from an infected human to another human have not been recorded officially. Some human influenza viruses are known to be subtypes of the avian bird flu influenza. Influenza A is continuously changing and it is possible that subtypes may adapt over time to infect and spread among humans.

Migratory waterfowl, most notably wild ducks, are the natural reservoir of avian influenza viruses, which is very contagious among them. When passed on to domestic birds like chicken, ducks and turkeys, the virus can make them very sick and even result in their death.

Infected birds transmit the influenza virus through their saliva, nasal secretion and feces. Domestic birds can contract the sickness when they come in contact with food containers, cage bars, water bowls, floors or with material such as feed and water that has become contaminated with this virus.

There is an extensive number of influenza viruses potentially circulating in bird populations, due to the fact that there are over a dozen subtypes of the influenza virus that infect birds. To date, all outbreaks of avian influenza have been caused by influenza A viruses of subtypes H5 and H7.

The sickness caused by this virus often take two stages. The first is a mild stage which often goes undetected. Sympto

ugh cases of human infection have been on the rise since 1997, risk from this virus to humans is considered mild. In most cases, humans have caught this disease by coming in contact with contaminated surfaces like water bowls and cages, and with infected birds.

Cases of transmission of this virus from an infected human to another human have not been recorded officially. Some human influenza viruses are known to be subtypes of the avian bird flu influenza. Influenza A is continuously changing and it is possible that subtypes may adapt over time to infect and spread among humans.

Migratory waterfowl, most notably wild ducks, are the natural reservoir of avian influenza viruses, which is very contagious among them. When passed on to domestic birds like chicken, ducks and turkeys, the virus can make them very sick and even result in their death.

Infected birds transmit the influenza virus through their saliva, nasal secretion and feces. Domestic birds can contract the sickness when they come in contact with food containers, cage bars, water bowls, floors or with material such as feed and water that has become contaminated with this virus.

There is an extensive number of influenza viruses potentially circulating in bird populations, due to the fact that there are over a dozen subtypes of the influenza virus that infect birds. To date, all outbreaks of avian influenza have been caused by influenza A viruses of subtypes H5 and H7.

The sickness caused by this virus often take two stages. The first is a mild stage which often goes undetected. Sympt

viruses are known to be subtypes of the avian bird flu influenza. Influenza A is continuously changing and it is possible that subtypes may adapt over time to infect and spread among humans.

Migratory waterfowl, most notably wild ducks, are the natural reservoir of avian influenza viruses, which is very contagious among them. When passed on to domestic birds like chicken, ducks and turkeys, the virus can make them very sick and even result in their death.

Infected birds transmit the influenza virus through their saliva, nasal secretion and feces. Domestic birds can contract the sickness when they come in contact with food containers, cage bars, water bowls, floors or with material such as feed and water that has become contaminated with this virus.

There is an extensive number of influenza viruses potentially circulating in bird populations, due to the fact that there are over a dozen subtypes of the influenza virus that infect birds. To date, all outbreaks of avian influenza have been caused by influenza A viruses of subtypes H5 and H7.

The sickness caused by this virus often take two stages. The first is a mild stage which often goes undetected. Sympt

, the virus can make them very sick and even result in their death.

Infected birds transmit the influenza virus through their saliva, nasal secretion and feces. Domestic birds can contract the sickness when they come in contact with food containers, cage bars, water bowls, floors or with material such as feed and water that has become contaminated with this virus.

There is an extensive number of influenza viruses potentially circulating in bird populations, due to the fact that there are over a dozen subtypes of the influenza virus that infect birds. To date, all outbreaks of avian influenza have been caused by influenza A viruses of subtypes H5 and H7.

The sickness caused by this virus often take two stages. The first is a mild stage which often goes undetected. Sympt

e number of influenza viruses potentially circulating in bird populations, due to the fact that there are over a dozen subtypes of the influenza virus that infect birds. To date, all outbreaks of avian influenza have been caused by influenza A viruses of subtypes H5 and H7.

The sickness caused by this virus often take two stages. The first is a mild stage which often goes undetected. Symptoms for this stage are ruffled feathers and a drop in egg production. The second stage is where the internal organs of infected birds stop functioning and ultimately results in the death of the bird within 48 hours.

Humans who become infected with influenza A show symptoms similar to human influenza virus, and they may suffer from fever, muscle aches, sore throat, cough and eye infections.

In severe cases, they may have pneumonia and other life-threatening diseases. Death is a possible outcome of the infection.

What can we do to try to prevent a world-wide pandemic? While the efficacy of vaccines is no sure protection, many are trying to get their hands on these, since there is a chance that vaccines might help. The Australian government, not unlike many other governments, have stockpiled vaccines such as Tamiflu to prepare themselves for a possible outbreak of avian influenza, even though the exact virus that causes influenza A in humans has not yet been identified.

Another point to remember is that these viruses often become resistant to vaccines so by the time they are used, the particular influenza strain might not react to the present vaccines.

So I would say that your best bet would be to get a huge immune system boost. Glyconutrients will give you a maximum potential on your immune system, as well as many other health benefits. I have decided to help my family get a good supply of these everyday and have researched the most potent, active, and cost effective form of it.