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Immunology: An Infection Defense Game

Immunology: An Infection Defense Game

2026·John Coveyou

2 - 4 players
40 - 75 min

From BoardGameGeek

In Immunology: An Infection Defense Game, players work together as the human immune system to fight a bacterial infection spreading through a cut in the skin. Grounded in the real science of how the human immune system responds to invading bacteria, the game follows the body's escalating immune response as bacteria enter the wound, multiply, and push deeper into the surrounding tissue while players build increasingly powerful defenses to stop them. Each round begins with an Inflammation card that threatens to make the infection worse. Bacteria may replicate, spread deeper into the wound, become more difficult to eliminate, or cause additional tissue damage. Players must decide which threats need to be dealt with immediately and which can be allowed to develop while they invest in stronger defenses. Using cards and shared resources, players recruit and move white blood cells, attack bacterial colonies, increase vasodilation, produce immune signaling molecules like Cytokines or Histamine, clear accumulated pus, and upgrade the immune system. Neutrophils are plentiful first responders that can quickly attack bacteria but contribute to pus when they die, while Macrophages are more costly but can both destroy bacteria and clean up the aftermath of the immune response. Dendritic Cells produce Cytokines that help recruit additional defenders, and Mast Cells release Histamine to increase vasodilation and bring more immune cells to the infection. Different bacteria create different challenges. Streptococcus can spread rapidly through the wound, Staphylococcus is more difficult to destroy and can kill attacking Neutrophils, while Pseudomonas becomes especially dangerous deeper in the wound, where it can develop protective biofilms. As the infection grows, players face a continual choice between spending their limited resources to contain the immediate threat or investing in a stronger immune response for the rounds ahead. To win, the players must eliminate the invading bacteria and bring the infection under control before it spreads too deeply and overwhelms the body's defenses. Immunology: An Infection Defense Game is a cooperative strategy game inspired by the real biology of inflammation, bacterial infection, and the human immune response. -description from the designer and publisher

Immunology: An Infection Defense Game

Which Immunology: An Infection Defense Game video should I watch?

Immunology: An Infection Defense Game has 2 videos from 1 creator: 2 how-to-play guides. They date from September 2026.

If you like it, try Genotype: A Mendelian Genetics Game, Cellulose: A Plant Cell Biology Game, Cytosis: A Cell Biology Board Game and Periodic: A Game of The Elements, also by John Coveyou.

All videos

How to Play Immunology | Rules Walkthrough with the Prototype Game for Scenario 0 (Training Mode)How to play15:37

How to Play Immunology | Rules Walkthrough with the Prototype Game for Scenario 0 (Training Mode)

Genius Games

Genius Games

How the Immune System Fights Bacteria | Immunology Board Game: Prototype PreviewHow to play7:09

How the Immune System Fights Bacteria | Immunology Board Game: Prototype Preview

Genius Games

Genius Games

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All channels
Genius Games
Genius Games
2 videos of this game

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About Immunology: An Infection Defense Game

From BoardGameGeek:

In Immunology: An Infection Defense Game, players work together as the human immune system to fight a bacterial infection spreading through a cut in the skin. Grounded in the real science of how the human immune system responds to invading bacteria, the game follows the body's escalating immune response as bacteria enter the wound, multiply, and push deeper into the surrounding tissue while players build increasingly powerful defenses to stop them. Each round begins with an Inflammation card that threatens to make the infection worse. Bacteria may replicate, spread deeper into the wound, become more difficult to eliminate, or cause additional tissue damage. Players must decide which threats need to be dealt with immediately and which can be allowed to develop while they invest in stronger defenses. Using cards and shared resources, players recruit and move white blood cells, attack bacterial colonies, increase vasodilation, produce immune signaling molecules like Cytokines or Histamine, clear accumulated pus, and upgrade the immune system. Neutrophils are plentiful first responders that can quickly attack bacteria but contribute to pus when they die, while Macrophages are more costly but can both destroy bacteria and clean up the aftermath of the immune response. Dendritic Cells produce Cytokines that help recruit additional defenders, and Mast Cells release Histamine to increase vasodilation and bring more immune cells to the infection. Different bacteria create different challenges. Streptococcus can spread rapidly through the wound, Staphylococcus is more difficult to destroy and can kill attacking Neutrophils, while Pseudomonas becomes especially dangerous deeper in the wound, where it can develop protective biofilms. As the infection grows, players face a continual choice between spending their limited resources to contain the immediate threat or investing in a stronger immune response for the rounds ahead. To win, the players must eliminate the invading bacteria and bring the infection under control before it spreads too deeply and overwhelms the body's defenses. Immunology: An Infection Defense Game is a cooperative strategy game inspired by the real biology of inflammation, bacterial infection, and the human immune response. -description from the designer and publisher

Designer

John Coveyou

Artist

Tomasz Bogusz

Publisher

Genius Games

Categories

Card GameDiceEducationalMedical

Mechanics

Cooperative GameDeck BuildingDice RollingArea Movement
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