About This Game A microscopic world is in need of your help! Add transporters to membranes to move molecules and ions into and out of cells. Your goal is to reach specific concentrations. Over 20 unique puzzles will help you master the principles of cellular transport. Use channels, co-transporters, and antiporters to master facilitated diffusion and active transport. Think you understand how transporters diffuse molecules and ions across the membrane? Try making your own puzzles with the built in level editor! Features:Over 20 puzzles ranging from a gentle introduction to challenging mind benders.Speed up and slow down time to play at your own pace.16 transporters including real proteins found in your body and imaginative nano-robots.Puzzle mechanics based on real biological principles of cellular transport.Built-in level editor lets you take control and make your own levels to challenge your friends! 1075eedd30 Title: Against the GradientGenre: Casual, Indie, SimulationDeveloper:Cogent EducationPublisher:Cogent EducationRelease Date: 10 Jul, 2017 Against The Gradient Download] [key Serial Number] against the gradient biology. occurs against the concentration gradient. the cell against concentration gradient is called. what is going against the gradient. transport of materials against the concentration gradient is. against electrochemical gradient meaning. movement of molecules against the gradient. biology against the concentration gradient. the gradients against her. against electrochemical gradient meaning. goes against the gradient. movement of molecules against the gradient. transport of materials against the concentration gradient is. against a gradient. steam against the gradient. against electrical gradient. against concentration gradient definition. going against the gradient. against concentration gradient definition. going against the concentration gradient mean. against electrochemical gradient meaning. against the gradient game. the cell against concentration gradient is called. against concentration gradient active transport. what is going against the gradient. against the concentration gradient low to high. biology against the concentration gradient. goes against the gradient. biology against the concentration gradient. molecules against the concentration gradient. against the concentration gradient. moving against the concentration gradient. molecules against the concentration gradient. the cell against concentration gradient is called. gradient-windows-10-hero. movement against the concentration gradient with energy input. active transport against the gradient. occurs against the concentration gradient. why is moving against the gradient an important biological process. going against the gradient. go against the concentration gradient. what does against the gradient mean. against concentration gradient active transport. moving against the concentration gradient. against the gradient. against the concentration gradient meaning. the gradients against her. against the gradient. against the gradient. against electrical gradient. why is moving against the gradient an important biological process. what is going against the gradient. going against the concentration gradient mean. against the gradient biology This game annoys me. It covers only four real transporters, and the rest are "nanobots" (so they can transport chemicals in both directions). And these two-way transporters work ONLY from higher to lower concentrations, rather than evening the concentrations in an only statistical sense, like in real cells. In that sense, I'd consider it "educational" only in the barest sense, and it's not super-fun as a game either -- but it could be. The only reason I'm voting "yes" is that with so few reviews a negative one would be devastating, and I'd like to see this improved upon. Surely a more complicated (and more realistic) cell-management game could be a lot of fun AND very educational.. This game annoys me. It covers only four real transporters, and the rest are "nanobots" (so they can transport chemicals in both directions). And these two-way transporters work ONLY from higher to lower concentrations, rather than evening the concentrations in an only statistical sense, like in real cells. In that sense, I'd consider it "educational" only in the barest sense, and it's not super-fun as a game either -- but it could be. The only reason I'm voting "yes" is that with so few reviews a negative one would be devastating, and I'd like to see this improved upon. Surely a more complicated (and more realistic) cell-management game could be a lot of fun AND very educational.. This game annoys me. It covers only four real transporters, and the rest are "nanobots" (so they can transport chemicals in both directions). And these two-way transporters work ONLY from higher to lower concentrations, rather than evening the concentrations in an only statistical sense, like in real cells. In that sense, I'd consider it "educational" only in the barest sense, and it's not super-fun as a game either -- but it could be. The only reason I'm voting "yes" is that with so few reviews a negative one would be devastating, and I'd like to see this improved upon. Surely a more complicated (and more realistic) cell-management game could be a lot of fun AND very educational.
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