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

Description provided by Genius Games on YouTube:

🦠 FOLLOW IMMUNOLOGY ON KICKSTARTER: https://www.kickstarter.com/projects/geniusgames/immunology-an-infection-defense-game?ref=czkep6 Get notified when Immunology: An Infection Defense Game launches! What happens when bacteria get into a cut in your skin—and your immune system has to fight back? Immunology: An Infection Defense Game is a cooperative game where players take on the role of the human immune system, working together to stop a bacterial infection before it spreads deeper into the body. The game is grounded in the real science of how white blood cells fight invading bacteria. The battle takes place inside a small cut in the skin, where bacteria move deeper into the wound, replicate, and threaten the surrounding tissue. In response, players must build up the body's immune defenses—recruiting white blood cells, increasing vasodilation, producing immune signaling molecules, upgrading immune defenses, attacking bacteria, and clearing accumulated pus from the wound. Each round begins with a new Inflammation Card, revealing what could happen if the infection isn't brought under control. Bacteria may multiply, spread deeper into the tissue, become more difficult to eliminate, or cause additional tissue damage. Players then work together using cards and shared resources to mount an increasingly powerful immune response. SOME OF THE MAIN ACTIONS INCLUDE: 🧬 MOVE WHITE BLOOD CELLS Send Neutrophils and Macrophages where they're needed most. ⚔️ ATTACK BACTERIA Combine your White Blood Cells and roll attack dice to destroy bacterial colonies. 🩸 INCREASE VASODILATION Open additional pathways and increase the body's ability to bring immune cells to the infection. 🦠 RECRUIT MORE WHITE BLOOD CELLS Bring additional Neutrophils and Macrophages into the bloodstream and get them into the fight. ⬆️ UPGRADE THE IMMUNE SYSTEM Add stronger Immune System cards, activate specialized cells, and improve the body's ability to respond to infection. THE CELLS OF THE IMMUNE SYSTEM: Neutrophils are plentiful first responders that can quickly move into the wound and attack bacteria. But they don't survive long, and dead Neutrophils contribute to the buildup of pus. Macrophages are stronger immune cells capable of attacking bacteria and cleaning up the remains of the battle, but they are more costly to recruit and move. Dendritic Cells help produce Cytokines—immune signaling molecules players can use to recruit additional White Blood Cells and strengthen the immune response. Mast Cells release Histamine, helping increase vasodilation and allowing the immune system to bring more resources to the site of infection. Meanwhile, different bacteria present different challenges. Streptococcus pyogenes ("Strep") can rapidly spread through the wound. Staphylococcus aureus ("Staph") is tougher to destroy and can take out Neutrophils as they attempt to attack it. Pseudomonas aeruginosa ("Pseudo") is the toughest to destroy, especially once it get deeper in the wound and hunkers down by building Biofilms to defend it from White Blood Cells. As the infection becomes more dangerous, players have to decide how much of their limited resources to spend fighting bacteria immediately versus investing in a stronger immune system for the rounds ahead. Can you build the immune response quickly enough to eliminate the bacteria, clean the wound, and stop the infection before it overwhelms the body? Immunology combines cooperative strategy with the real biology of bacterial infection, inflammation, white blood cells, Neutrophils, Macrophages, Dendritic Cells, Mast Cells, Cytokines, Histamine, vasodilation, and the human immune response. 🎲 IMMUNOLOGY ON BOARDGAMEGEEK: https://boardgamegeek.com/boardgame/475896/immunology-an-infection-defense-game 🧬 MORE BIOLOGY GAMES FROM GENIUS GAMES: https://www.geniusgames.org/collections/biology 🦠 FOLLOW IMMUNOLOGY ON KICKSTARTER: https://www.kickstarter.com/projects/geniusgames/immunology-an-infection-defense-game?ref=czkep6 This video features a prototype version of Immunology. Artwork, components, rules, and gameplay shown may change before publication. #Immunology #ImmuneSystem #BoardGames