Scientific research often unveils the intricate workings of our world, leading to significant advancements in fields such as medicine. However, the challenge of conveying these complex findings to a broader audience remains. To address this issue, Zaida Luthey-Schulten, a biological physicist at the University of Illinois Urbana-Champaign, along with her team, has ingeniously created CraftCells. This innovative project transforms 3D cell data into interactive objects within the popular block-based video game, Minecraft, allowing players to explore and engage with scientific concepts in a playful environment.
How did the CraftCells project start?
The inception of CraftCells stemmed from Luthey-Schulten’s research focused on understanding the essential requirements for cellular life. During a project, her team developed a software package that segmented a cell into a grid, facilitating the study of reactions in specific cellular regions. After presenting this software at a conference, a participant remarked on its resemblance to the blocky objects found in Minecraft, a game where creativity knows no bounds. Inspired by this connection, Luthey-Schulten envisioned a platform where their scientific models could be transformed into Minecraft designs, making them accessible for exploration. Collaborating with Kevin Tan, a graduate student and coauthor, they began the process of converting their imaging data into schematic files suitable for the game.
How can players use CraftCells?
CraftCells is designed to cater to a diverse audience. Users can easily download the worlds from the project’s GitHub repository and import them into Minecraft. Once inside, players can navigate through various cellular structures, including bacterial cells, yeast cells, and even a juxtaposition of healthy versus cancerous epithelial cells. In a delightful twist, Tan has incorporated a rollercoaster ride along the DNA strand, allowing players to experience the journey down the nucleic acid chain. Additionally, CraftCells offers resources for users interested in learning how to convert experimental data into their own Minecraft objects, providing an engaging educational tool for learners of all ages.
What’s next for CraftCells?
Looking ahead, the CraftCells team aims to collaborate with science educators to gather insights on additional features that could enhance the platform’s utility. During a recent conference presentation, a representative from the National Cancer Institute expressed interest in leveraging CraftCells as an outreach resource. The team is also keen on incorporating dynamic elements to illustrate cellular processes in action and expanding the variety of cell types available, either through their own research or by collaborating with other scientists who wish to share their 3D models using this innovative workflow.
