| Immune Attack | |
|---|---|
| Developer(s) | Federation of American Scientists, Escape Hatch Entertainment |
| Publisher(s) | Federation of American Scientists |
| Designer(s) | Escape Hatch Entertainment, University of Southern California, Brown University |
| Engine | Vicious Cycle Development Environment |
| Platform(s) | PC |
| Release date(s) | May 23, 2008 |
| Genre(s) | Educational, Scientific Fiction |
| Mode(s) | Single player |
| Media/distribution | CD-ROM, Download |
| System requirements | |
Immune Attack is an educational video game created by the Federation of American Scientists and Escape Hatch Entertainment. Early development of the game was done by Brown University, in collaboration with the University of Southern California, under a grant from the National Science Foundation. The game is designed to teach immunology to high school students, although later versions will cater to college aged students as well.
The game was officially released in May of 2008, and is freely available for download.
The protagonist of Immune Attack is a teenaged prodigy in the near-future with a unique immunodeficiency in which the immune system is "present, yet non-functional" - as if all the immune cells have forgotten what to do. The hero decides to take matters into her own hands, and allies herself with a team of scientists to create a nanobot with the abilities to teach cells how to fight bacterial and viral infections.
The player assumes the role of a pilot remote-controlling the nanobot Explorer. With the help of advisors, the player must learn about the different cells and environments in the human body in order to determine how to train the immune system. Visual and audio clues in the game provide the information needed to accomplish this goal.
Each subsequent level of Immune Attack features a different infection, and a different cell type the player must train. Cells trained on previous levels are available for deployment as well, allowing the user to make use of a wide range of agents to accomplish their mission.