What is unique to the flu structure?

Influenza structure in complicated and seasoned virologists. One of the most unique aspects of influenza is its ability to mutate its structure or formation in a relatively short time frame. The study of its structure reveals unique properties that make the influenza virion one of the most dangerous pathogens on the planet. The characteristics of influenza, including its membrane composition and the effective way in which the "kidnapping" of healthy cells are used as its host, distinguishes them from some more common viruses. The complex, reinforced influenza structure made it difficult to fight relatively when the epidemic broke out in the population. While other viruses show similar properties, influenza virus is very effective in using this tactics to overtake a healthy cell. Once the virus has compiled its membrane structure, has a unique assortment of "spikes" or glycoproteins that connect to sugars called Hemagluten (HA) and neuraminidase (to). The specific way in which these sugars are arranged in STThe flu -flame on the flap determines which general trunk is, b or c.

The flu virus is amazingly reinforced. Another protective layer is found under its lipid membrane. Protein viral matrix, or protein M1, is difficult to penetrate the shell that protects it from potential attackers. This shell protects the most important components of the influenza virus, viral RNA. When the virus attacks a healthy host cell, it injures the genetic instructions contained in its RNA to the "factory" of a healthy cell. Then he uses these enzymes to perform his final goal to replicate himself.

This replication process continues until it is stopped either by pharmaceuticals or the host immune system. Muta and reinforced influenza structure can paralyze the immune system because it basically becomes confused and reworked. Treatment of influenza epidemic with broad -spectrum drugs further deteriorates patient immune systems andThe virus can run in the system uncontrollable and cause confusion. Understanding the step of the "kidnapping" that the virus used for the first envelope of the virus and gaining control of its synthesis of the enzyme is at the forefront of new drugs, immunization and alternative therapies to help fight the emerging disease that contributed to the virus.