Ankhmet
04-09-2005, 00:36
The Top-Secret labs at the IVF are proud to announce the creation of the Mu-16 nano-virus, the most sophisticated viral agent in the world.
Combining known viral proteins with revolutionary WNI nano-mechacical parts, the Mu-16 virus is a modular design, allowing for customisation of the agent. This virus will never be [OOC:officially] on sale without being preprogrammed as an antiviral agent, as it is a part of the war on viral agents, but it is nonetheless an impressive weapon.
Details:
Known proteins from hanta, HIV/AIDS and ebola are combined with top-secret nanomechanical technology produced by WNI. Unless it is specifically searched for, it is indistinguishable from a normal virus.
The modular design is unique. The virus has 10 'ports', which can be attached to 'NanoViral Programming Units', which define the behaviour of the virus. One port is always taken by a self-replication NVPU, but the others can be customised at a fairly low cost. Theoretically the virus could be programmed to hide inside a cell until a certain stimulus, upon which it would replicate and begin to destroy the host. This ability means that 'blank slate' Mu-16 units cannot be obtained. However, currently a Mu-16 system programmed to attack the protein shells of all other known virii can be obtained at $1,000,000 per 5ml of Mu-16.
We would like to remind you that attempts to reverse engineer the virus result in it emitting a distress signal on a secure WNI channel.
Combining known viral proteins with revolutionary WNI nano-mechacical parts, the Mu-16 virus is a modular design, allowing for customisation of the agent. This virus will never be [OOC:officially] on sale without being preprogrammed as an antiviral agent, as it is a part of the war on viral agents, but it is nonetheless an impressive weapon.
Details:
Known proteins from hanta, HIV/AIDS and ebola are combined with top-secret nanomechanical technology produced by WNI. Unless it is specifically searched for, it is indistinguishable from a normal virus.
The modular design is unique. The virus has 10 'ports', which can be attached to 'NanoViral Programming Units', which define the behaviour of the virus. One port is always taken by a self-replication NVPU, but the others can be customised at a fairly low cost. Theoretically the virus could be programmed to hide inside a cell until a certain stimulus, upon which it would replicate and begin to destroy the host. This ability means that 'blank slate' Mu-16 units cannot be obtained. However, currently a Mu-16 system programmed to attack the protein shells of all other known virii can be obtained at $1,000,000 per 5ml of Mu-16.
We would like to remind you that attempts to reverse engineer the virus result in it emitting a distress signal on a secure WNI channel.