Why is a virus vaccine still so expensive?

The new Ebola virus vaccine has been on sale for less than a month, but it is still priced at more than $600,000 a dose.

The vaccine is being produced by Novartis, which is owned by AstraZeneca.

The company has been making a big push to get the vaccine on the market, with a nationwide campaign, a major partnership with the government of Liberia, and a massive manufacturing facility in Guinea.

But even before the vaccine hit the market last month, the price of the vaccine had skyrocketed.

The average price for a new vaccine has increased from $8,000 to $10,000.

But with the vaccine, the companies hope to help stem the spread of the virus.

“We believe that the vaccine is the best available for stopping the virus,” said John Gildenhower, a vice president at Novartiz.

“This is not a drug for treating the disease, it is a vaccine to stop the disease.

We believe that it will work.”

The cost of the new vaccine is a lot more than the cost of an old vaccine, because of the way the vaccine works.

The virus infects cells in the body, and when those cells start to replicate, it starts to build a large amount of RNA, or genetic material.

The RNA can then be used to start new virus in the cell.

The new virus then replicates and infects other cells in a process called viral replication.

But because the virus only replicates on certain cells, if a new virus infect the same cells twice in a row, the old virus will die out and the new one will survive and spread.

The researchers are hoping to replicate the process with the new Ebola vaccine.

Novartis and Astra Zeneca are developing a vaccine using a protein called a plasmid, or the genetic material that codes for the viral protein.

This protein contains the genetic information of the Ebola virus, but is not actually part of it.

The company says the plasmids contain a small amount of the DNA, but will not actually have a full copy of the genome of the strain of Ebola virus that is causing the disease in West Africa.

This way, if you give the vaccine to someone who has not been infected, the virus will not be able to replicate on the person.

“The vaccine is essentially like an RNA plasmoid,” said Gildenholt.

“It is essentially an RNA protein that is actually a virus DNA.”

Gildenhowers told The Hindu that the company is working on two different versions of the plastid that are being developed.

One is a protein that the government has approved for use in Ebola vaccines.

This version has the viral RNA that is already in the virus, while the other version has less viral RNA.

The government approved the protein for use as part of the first version of the vaccines.

“We believe the first vaccine will be the most effective,” Gildens said.

“The second vaccine is still very early, but we think it will be very effective.”

The vaccine that the Novartzes are working on has already been approved by the WHO for use, and is being developed to be used in combination with other vaccines.

Novartes is also developing a new drug called ZMapp, which has also been approved for the Ebola vaccine, and will be available in the US by the end of this year.

The first vaccine for ZMamp will be made by Novazax, and it will also be made available in Europe.

“In the US, Novartas ZMAPP vaccine will also have a strong focus on the prevention of future outbreaks of Ebola and will focus on targeted, high-dose vaccinations that will not only keep people safe but also decrease the risk of future Ebola outbreaks,” said David J. Martin, chief medical officer at Novosciences Inc. “Both ZMabox and ZMambac have been shown to reduce the transmission of Ebola to people, with the largest decrease occurring with the second dose.”

Novartiz and AstasZeneca are also working on a vaccine for the vaccine that will target the virus directly, rather than by making the virus more susceptible to being spread by other people.

This vaccine will target a specific protein in the Ebola genome, and if the vaccine has this protein in it, then it will inhibit the replication of the viral genome.

This is why it is important to make sure that the vaccines contain a lot of the protein, so that the virus is not able to reproduce on the vaccine itself.

The government is also working to help get the vaccines on the US market, so they can be sold to people in the states that have not had an outbreak of Ebola.

So far, only about one-quarter of the states have experienced a virus outbreak, so the government is working to increase the numbers of people who can get the shots, as well as the number of people that can get their