This repository contains the most up-to-date version of OptiJ, an ImageJ plugin for denoising and reconstructing Optical Projection Tomography (OPT) data. Links to 3D visualizations of the data acquired using our open-source hardware and reconstructed using OptiJ can be found below. This project has now been published in Scientific Reports. For any questions or comments, please contact Pedro Vallejo Ramirez, ppv23@cam.ac.uk.
Details on preparing samples for OPT imaging and characterisation of the hardware components can be found in this auxiliary file.
To use the plugin, download the Opti_J.jar file and paste it into the plugins folder of your current version of Fiji/ImageJ. Restart imageJ, and OptiJ is ready for use!
Documentation for the OptiJ plugins can be found in the following repository: OptiJ documentation
The latest stable version of the source code (for further development or patches) can be found in: OptiJ source code
5 individual lobes from adult murine lungs were extracted, dehydrated, stained, and cleared for OPT. Visualizations of the reconstructed data can be found in the following links. The open-source package FPBioimage (Fantham & Kaminski, Nature Photonics 2017) was used to render and share the reconstructed data.
Links to youtube videos of the three first lobes in the previous section exploring the 3D morphology of the lung: