Every year, there are always families that are embarrassed since all their family members come down with a serious flu bug that seems to be on “unlimited repeat” throughout the whole flu season. They really don’t know what’s wrong with them, but they complain about it all the time.

This is very true of many people, and it’s sad that they do not have the basic knowledge to prevent the flu. We often read reports that say, “Wash your hands before eating.” However, how many really obey this fundamental rule? It’s so simple and basic, yet people forget this healthy policy for themselves and their family. Once one family member gets the flu, there is a very high possibility of spreading it to the whole family. If you don’t want to complain about the flu, you should first ask yourself, “Have I become too lazy?”.

In a public place, parents often put food into their child’s mouth to make sure the child is eating well. It’s love from the parents, but it’s also the source of flu. If that parent has not cleaned his or her hands with hot water and soap before eating, bacteria stays on the hands, and that person—or their child—eats all that bacteria. Ingesting such germs is the best way to catch the flu, just as surely as if you had opened the door for the virus and said “welcome” to the flu bug. People often enjoy delicious food in a buffet restaurant. Many lick their fingers after eating on their way to making a second trip to the buffet line. If that person has the flu, then touches those public ladles, the next person in line uses that ladle and then licks their fingers—”delicious!” But what happens? They get the flu! Isn’t that right?

No one wants to be in bed with the flu or make their family unhappy. Ask yourself: “Who decides whether I get the flu or not?” The answer is simple: You do! We must remember that we always have to protect ourselves as much as possible by any method. Moreover, we are not even for ourselves but also the whole members of our family if we keep that simple goal in mind. We have to prepare everything enough to face the flu seriously. At least, we have to ask ourselves “what’s flu exactly?” to make sure that we know it well! Moreover, Is there the other option of protecting ourselves? Think about it. Don’t eat the flu from now on!

http://www.google.com

Tamiflu, whose common scientific name is oseltamivir, is part of a family of flu fighting medicines called neuraminidase inhibitors. Tamilflu is used in the treatment of infections caused by both the influenza A and influenza B viruses. Tamiflu, which requires a prescription, can be used both to treat the flu if taken soon after symptoms appear, or to prevent the flu.

The difference between Tamiflu and a vaccine is that Tamiflu helps your immune system be in a position to fight off the advance of the viral infection, whereas a vaccine is just a straight injection of dead influenza that causes your immune system to produce antibodies to fight off the virus itself.

Tamiflu demand has skyrocketed over the past year for several reasons. There was a shortage of available flu vaccine during flu season 2005, with in some cases only enough for senior citizens or those with more vulnerable immune conditions being able to get vaccinated.

Also, the U.S. government was concerned that an outbreak of bird flu in the United States could leave the U.S. short on flu vaccines, causing them to hold back supplies just in case of an outbreak. However, the bird flu is different form human influenza.

Bird Flu is much harder to transmit than human influenza, requiring very close physical contact to spread the disease. Bird flu has been observed in countries where humans and animals are in close contact. There have been roughly 70 deaths worldwide and approximately 130 infections since 2005.

It is possible that bird flu will infect someone who is already carrying the human influenza strain, and that the two viruses will swap genetic material, causing the bird flu to spread like a deadlier version of human influenza. A highly virulent straight of bird flu could create a pandemic for the world, as did the Spanish Flu virus of the early 1900’s that killed 20 to 50 million people worldwide.

The bird flu is associated with the influenza A strain H5N1 flu virus. Although not the same as the Spanish flu virus, the current avian flu strain does share many similarities with the Spanish flu strain. Initial studies have shown that Tamiflu may be effective in helping to fight the effects of this flu virus if the medication is taken very early after flu symptoms appear. As a result, the demand for Tamiflu has skyrocketed.

A Swiss drug maker, F. Hoffman La-Roche Ltd., currently has a tight hold on the manufacturing of Tamiflu. Biolyse Pharma Corp., when turned down in its bid to try to enter the Tamiflu marketplace, had decided as of December of 2005 to attempt to mass produce several tons of shikimic acid, which is the main ingredient in Tamiflu, from the needles of discarded Christmas trees, as well as other pine, fir, and spruce trees. Such trees are the main source of shikimic acid.

Oseltamivir, sold under the brand name Tamiflu, is one of several medications approved by the U.S. Food and Drug Administration for the treatment and prevention of influenza. Flu shots are still the best way to prevent someone from developing the flu, but as of right now there is no known vaccine for the bird flu. The CDC has announced that development of a vaccine has begun.

http://www.google.com

Tamiflu, whose common scientific name is oseltamivir, is part of a family of flu fighting medicines called neuraminidase inhibitors. Tamilflu is used in the treatment of infections caused by both the influenza A and influenza B viruses. Tamiflu, which requires a prescription, can be used both to treat the flu if taken soon after symptoms appear, or to prevent the flu.

The difference between Tamiflu and a vaccine is that Tamiflu helps your immune system be in a position to fight off the advance of the viral infection, whereas a vaccine is just a straight injection of dead influenza that causes your immune system to produce antibodies to fight off the virus itself.

Tamiflu demand has skyrocketed over the past year for several reasons. There was a shortage of available flu vaccine during flu season 2005, with in some cases only enough for senior citizens or those with more vulnerable immune conditions being able to get vaccinated.

Also, the U.S. government was concerned that an outbreak of bird flu in the United States could leave the U.S. short on flu vaccines, causing them to hold back supplies just in case of an outbreak. However, the bird flu is different form human influenza.

Bird Flu is much harder to transmit than human influenza, requiring very close physical contact to spread the disease. Bird flu has been observed in countries where humans and animals are in close contact. There have been roughly 70 deaths worldwide and approximately 130 infections since 2005.

It is possible that bird flu will infect someone who is already carrying the human influenza strain, and that the two viruses will swap genetic material, causing the bird flu to spread like a deadlier version of human influenza. A highly virulent straight of bird flu could create a pandemic for the world, as did the Spanish Flu virus of the early 1900’s that killed 20 to 50 million people worldwide.

The bird flu is associated with the influenza A strain H5N1 flu virus. Although not the same as the Spanish flu virus, the current avian flu strain does share many similarities with the Spanish flu strain. Initial studies have shown that Tamiflu may be effective in helping to fight the effects of this flu virus if the medication is taken very early after flu symptoms appear. As a result, the demand for Tamiflu has skyrocketed.

A Swiss drug maker, F. Hoffman La-Roche Ltd., currently has a tight hold on the manufacturing of Tamiflu. Biolyse Pharma Corp., when turned down in its bid to try to enter the Tamiflu marketplace, had decided as of December of 2005 to attempt to mass produce several tons of shikimic acid, which is the main ingredient in Tamiflu, from the needles of discarded Christmas trees, as well as other pine, fir, and spruce trees. Such trees are the main source of shikimic acid.

Oseltamivir, sold under the brand name Tamiflu, is one of several medications approved by the U.S. Food and Drug Administration for the treatment and prevention of influenza. Flu shots are still the best way to prevent someone from developing the flu, but as of right now there is no known vaccine for the bird flu. The CDC has announced that development of a vaccine has begun.

http://www.google.com

Tamiflu, whose common scientific name is oseltamivir, is part of a family of flu fighting medicines called neuraminidase inhibitors. Tamilflu is used in the treatment of infections caused by both the influenza A and influenza B viruses. Tamiflu, which requires a prescription, can be used both to treat the flu if taken soon after symptoms appear, or to prevent the flu.

The difference between Tamiflu and a vaccine is that Tamiflu helps your immune system be in a position to fight off the advance of the viral infection, whereas a vaccine is just a straight injection of dead influenza that causes your immune system to produce antibodies to fight off the virus itself.

Tamiflu demand has skyrocketed over the past year for several reasons. There was a shortage of available flu vaccine during flu season 2005, with in some cases only enough for senior citizens or those with more vulnerable immune conditions being able to get vaccinated.

Also, the U.S. government was concerned that an outbreak of bird flu in the United States could leave the U.S. short on flu vaccines, causing them to hold back supplies just in case of an outbreak. However, the bird flu is different form human influenza.

Bird Flu is much harder to transmit than human influenza, requiring very close physical contact to spread the disease. Bird flu has been observed in countries where humans and animals are in close contact. There have been roughly 70 deaths worldwide and approximately 130 infections since 2005.

It is possible that bird flu will infect someone who is already carrying the human influenza strain, and that the two viruses will swap genetic material, causing the bird flu to spread like a deadlier version of human influenza. A highly virulent straight of bird flu could create a pandemic for the world, as did the Spanish Flu virus of the early 1900’s that killed 20 to 50 million people worldwide.

The bird flu is associated with the influenza A strain H5N1 flu virus. Although not the same as the Spanish flu virus, the current avian flu strain does share many similarities with the Spanish flu strain. Initial studies have shown that Tamiflu may be effective in helping to fight the effects of this flu virus if the medication is taken very early after flu symptoms appear. As a result, the demand for Tamiflu has skyrocketed.

A Swiss drug maker, F. Hoffman La-Roche Ltd., currently has a tight hold on the manufacturing of Tamiflu. Biolyse Pharma Corp., when turned down in its bid to try to enter the Tamiflu marketplace, had decided as of December of 2005 to attempt to mass produce several tons of shikimic acid, which is the main ingredient in Tamiflu, from the needles of discarded Christmas trees, as well as other pine, fir, and spruce trees. Such trees are the main source of shikimic acid.

Oseltamivir, sold under the brand name Tamiflu, is one of several medications approved by the U.S. Food and Drug Administration for the treatment and prevention of influenza. Flu shots are still the best way to prevent someone from developing the flu, but as of right now there is no known vaccine for the bird flu. The CDC has announced that development of a vaccine has begun.

http://www.google.com