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A fully open-source, all-in-one platform designed for ease of use and accessibility, yet offering powerful, highly automated solutions for laboratory-grade biological research. Wormstation is ideal for high-throughput workflows and streamlined experimental processes, particularly in C. elegans studies and other small model organisms.
Wormstation Controller
GitHub: wormstation_controller
A user-friendly GUI that remotely controls the Wormstation Client software. It manages camera and LED settings, schedules recordings, and facilitates error checks or updates—all from a single interface.
Wormstation Client
GitHub: wormstation_client
The client software running on each Wormstation device (e.g., Raspberry Pi). It handles local camera captures, LED strobing or continuous illumination, data compression, and robust logging routines.
Below is an example Wormstation hardware setup, illustrating the 3D-printed housing, integrated cameras, LED arrays, and other key components:
The complete mechanical and electronic designs (including 3D-printable files and KiCad schematics) are maintained in this repository, making the project fully open and reproducible.
Hardware Assembly
3D_print/ directory) and assemble according to the provided instructions.electronics/ directory.Software Installation
Configuration
hosts.txt file so the controller can detect each Wormstation on the LAN or VPN.Run Experiments
We welcome feedback, bug reports, and pull requests from the community. Please see the individual repositories for guidelines or open a GitHub Issue if you encounter any problems.
This project is made available under the MIT License. We encourage the community to adapt and expand Wormstation for diverse research applications.
For questions, collaborations, or to share results:
We look forward to hearing how Wormstation can accelerate your research!
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