Building a platform for open and reproducible super-resolution imaging hardware and analytical tools
Project outline of the OpenLifeScience - cohort 6 project "Building a platform for open and reproducible super-resolution imaging hardware and analytical tools"
We are creating an educational and connecting platform to bridge the gap between (super-resolution) microscopists and the broader public/non-microscopy labs to inspire interest into both optics and biophysics in future generations and make cutting-edge techniques more available to non-microscopy labs with eager contribution of the broader open microscopy community.
- Blink-2629
- 🔖 Background
↗️ Canvas- 🗺️ Roadmap
Contribution
- 🎓 Code of conduct
- ✍️ Authors
- 📔 License
- 💝 Acknowledgments
Super-resolution microscopy is an umbrella term for techniques to overcome the diffraction limit in optical microscopy. The techniques are easy to use (with the right guidance) but mostly obscure to non-microscopists and the broader public (and suppliers rely on that).
Building a platform for open and reproducible super-resolution imaging hardware and analytical tools. The open-super-resolution platform makes high resolution imaging techniques more accessible for non-microscopy experts such as biologist, biophysicts and the general public especially younger students with interets in life sciences. To build the platform, we will set up an website where various multi-media contents are hosted. The contents include:
- Detailed instuctions for setting up the super-resolution imaging facilities including the hardwares and analytical tools.
- Super-resolution images with meta-data that gives sufficient information to reproduce.
- Educational resources for super-resolution imaging methods.
We also aim at an interactive feature on the platform to encourage microscopy users and developers to share openly and contribute.
- On the one hand, we need to plan, prepare and select materials that will go open; on the other hand, we need to establish the platform to make it user-friendly and interactive.
- Screen for possible platforms to host the website
- Plan sitemap and features of the website
- Learn the web design skills required for the features desired. Seek mentor/expert’s help if needed.
- Launch of website within our network of collabrators and students
- Collect feedback and iterative development
- Test the interactive feature
- Publish and campaign of the website
- Analyze the visitor numbers and profiles
- Establish long-term maintainence scheme of the site
- Add microscope systems from different labs (with public outreach for support)
- Establish educational material based no community feedback
Protoype launch (week 14).
- Contribution feature
- Website outline
We invite early- and mid-career researchers of various imaging experience to contribute to the project. This ranges from feedback regarding/creation of educational content to sharing of protocols, schematics and tipps in the setup and usage of various open microscope systems.
Please read CONTRIBUTING.md for details on our code of conduct, and the process for submitting pull requests to us.
What things you need to install the software and how to install them.
The website is hosted vie github pages and built locally with jekyll.
Give examplesA step by step series of examples that tell you how to get the website development env running.
Give the exampleAnd repeat.
until finishedThis project and everyone participating in it is governed by the Code of Conduct. By participating, you are expected to uphold this code.
- Moritz Engelhardt - Initial work, contributions - mo_engels
- Ran Huo - Initial work, contributions - r-huo
See also the list of contributors who participated in this project once its outlined here
This project is licensed under the Creative Commons copyright licenses - see the LICENSE (LICENSE) file for details.
- Hat tip to anyone whose code was used
- Inspiration
