To provide microscopists with an easy-to-use software for two-dimensional image co-registration we have developed Correlia, an open source software based on ImageJ a /Fiji, b which is fully tailored for the registration of multi-modal microscopy data. Major challenges are the potentially very different fields-of-view and resolutions as well as the multi-modality of the data. The IAEA officer responsible for the module was Gian Luca Poli, Dosimetry and Medical Radiation Physics section, Division of Human Health.Correlative microscopy experiments require the co-registration of the image data acquired by different micro-analytical techniques. The development of the IAEA-QCNM Toolkit was supported by the Peaceful Uses Initiative (PUI) project of Switzerland. The IAEA-NMQC Toolkit has been developed by Alex Vergara Gil (Division of Clinical Research, Centre of Isotopes, Havana, Cuba) with support and validation by Leonel Torres Aroche (Clinical Research, Centre of Isotopes, Havana, Cuba) and Gian Luca Poli (Dosimetry and Medical Radiation Physics section, Division of Human Health, IAEA).Īcknowledgement is also given for the assistance of Elena De Ponti (Ospedale San Gerardo, Monza, Italy), Adam Kesner (Memorial Sloan Kettering Cancer Center, New York, USA) and Federica Fioroni (Azienda Unità Sanitaria Locale – IRCCS di Reggio Emilia, Italy, Italy) for their help in acquiring the data and for the useful discussion, and of Theresa Feddersen and Elisabeth Salomon for their support in the validation. Comments or suggestions are welcome, please send them by email to set of simulated images can be downloaded hereīelow are some examples of the outputs given by the plug-ins. The plugins included in the IAEA-NMQC Toolkit have been tested and validated using images acquired on machines frommajor vendors and/or using simulated images. Once these steps are completed, the NMQC plugins should be visible on the Fiji interface in the “Plugins” menu.ĭetailed instructions for installation of IAEA-NMQC Toolkit and its use can be found in this User’s Manual. Copy the NMCQ_1.0.jar file to the “Plugins” folder of the Fiji installation. Install Fiji edition of ImageJ (downloadable here) The IAEA-NMQC Toolkit is a free resource for the community to aid with standardized, rapid analysis of QC test images from various vendors. The plugins included in the IAEA-NMQC Toolkit are designed to be easy to use and allow the automatic or semi-automatic analysis of the following tests: The IAEA-NMQC Toolkit has been developed to support common SPECT QC data analysis procedures for several QC tests. Tutorial videos demonstrating in practice the procedures to perform the tests can be found here. 6 on “Quality Assurance for SPECT Systems” and/or in the NEMA NU 1-2012 standard - Performance Measurements of Gamma Cameras. Image acquisition of the tests should be performed as described in the guidance document IAEA Human Health Series No. The IAEA Nuclear Medicine Quality Control (NMQC) Toolkit is a set of ImageJ (Fiji edition)-based codes developed in Java v.1.8 that allow the processing and analysis of nuclear medicine images acquired for quality control tests of gamma cameras and SPECT systems. Since QC procedures are implemented routinely, streamlining them with automated software may offer several benefits: improved speed, reduced errors, and the standardization of calculation methods across centres. Proper quality control (QC) procedures in single-photon emission computed tomography (SPECT) play an essential role in ensuring optimized performance of imaging equipment, and are a requisite for providing high quality clinical care. Go Back IAEA-NMQC Toolkit Free ImageJ plugins to support nuclear medicine physics equipment quality control examinations.
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