Slippery Slope II

Difficulty: PhD

Progress: Optional Challenge

Description: Can you get 700 cells on this peculiar substrate?

Win Conditions: 700 or more user cells with 10 or less inserted


Record Solution: ?

https://i.imgur.com/emey8vJ.png Symbiosis Difficulty: Mad Scientist Progress: Optional challenge Description: Most plants in the legume family live in symbiosis with nitrogen fixating bacteria called rhizobia living in their root systems. The bacteria provides nitrogen to the plants while the plant...

Harsh Conditions II

Difficulty: Undergrad

Progress: Optional Challenge

Description: No sun this time. Can you get 400 cells?

Win Conditions: 400 or more user cells with 10 or less inserted


Record Solution: ?

Harsh Conditions Difficulty: Undergrad Progress: Unlocks gene Virocyte and further challenges Description: In this sample there are no nitrates in the substrate. Though a new cell which can bind nitrogen, the Nitrocyte, is now available. This cell can supply connected cells with nitrates. Any cell ...

Floaters III Difficulty: Mad Scientist Progress: Optional Challenge Description: Can you figure out what substrate this is and get 450 cells to live on it? Win Conditions: 450 or more user cells with 5 or less inserted General Strategy: Test different types of substrates to figure out the specifics...

https://i.imgur.com/Cu2pFBO.png Moss IVF Difficulty: Mad Scientist Progress: Optional Challenge Description: We here have a moss sperm and a moss egg that we want to fertilize for our moss breeding program. The sperm is able to avoid black cells but not the red ones. Can you help it reach the egg? ...

https://i.imgur.com/1Hfz0fi.png Sterilization II Difficulty: Undergrad Progress: Optional challenge Description: Some kind of worm-like organism has attached itself to the top of our substrate. We need to get it rid of it so we can use the Petri dish for our next experiment Win Conditions: An empty...

Slippery Slope Difficulty: Undergrad Progress: Unlocks gene Nitrocyte, more genome parameters, and further challenge Description: In this sample, viscosity is nonexistent. Can you make an organism capable of surviving and thriving in these harsh conditions? Win Conditions: 400 or more user cells wi...

https://i.imgur.com/RIST1no.png Mosh pit Difficulty: Superhuman AI Progress: Optional Challenge Description: Can you make an organism quickly take over this crowded substrate? Win Conditions: 300 or more user cells under 100h and 1 inserted cell and 50 or less substrate cells Substrate: The substra...

https://i.imgur.com/GYtP6MR.png Sterilization Difficulty: Superhuman AI Progress: Optional Challenge Description: You need to kill all cells on this substrate but lost your bottle of sterilizer, you have to think of something else Win Conditions: A plate with no cells