Xphile is a lightweight open-source Mac OSX app built by Dr. David Davies-Payne a pediatric radiologist from New Zealand, to help his follow radiologists keep track of their cases. Consider it a study note-taking the tool for radiologists. Though Xphile integrates well with PACS servers it was not designed to open and display DICOM files.
How does it work?
Xphile allows radiologists to store radiology images from PACS systems to their machine locally ( Apple computers - Mac OSX ), and classify the cases into categories.
The last release of Xphile was in 2016, for macOS 10.7 (Mac OS X Lion). However, it works well on newer versions of Mac OS X, including OS X Mountain Lion, OS X Mavericks, OS X Yosemite, OS X El Capitan, OS X Sierra, and Mac OS X High Sierra. I have tested it on Mac OS X High Sierra (10.13), and it works perfectly without any issues.
Miele-LXIV is a Mac OSX native DICOM workstation and viewer, It's completely free/ libre software as it released under GPL3.0 license. Miele-LXIV is developed and maintained by group of developers who are providing regular upgrade for it.
Miele-LXIV is available for installing from the iTunes app store (macApp) which
What is DICOM?
DICOM, which stands for Digital Imaging and Communications in Medicine, is a standardized format that enables medical professionals to access and share medical images regardless of their location or the devices they use. DICOM images require specific software known as DICOM viewers to read and display the
RadioLogic is a case-based learning and self-assessment tool for the Orthanc Ecosystem for Medical Imaging.
Case-based learning (CBL) is an efficient method for radiologist education. RadioLogic is a system to create clinical-cases from real DICOM files and to provide a self-assessment tool to users to view the studies, submit a
Medical imaging applications are a necessity in research and clinical practice. However, unlike years ago there are medical imaging specific frameworks that ease the development of medical imaging applications.
As our goal in Medevel.com to create useful resources for the medical apps developers community, here in this article we
Building medical imaging applications has been evolving as the industry demands over the last decade. From creating the application from scratch to medical imaging specific frameworks, platforms and environments. Today's topic is about one of these specific tools: GIMIAS.
GIMIAS is an open-source platform for creating medical imaging applications that
While consulting for medical projects over the years and working on some, I collected hundreds of domain-specific libraries and frameworks built to help developers make medical applications. However, many of the libraries were not supported or popular enough to survive as they were abandoned by their creators over the years.
JimboDICOMViewer is a free DICOM viewer and DICOM database collection manager for Linux (Ubuntu) & Windows. It supports DICOM dataset management, features a 3D DICOM visualization, and comes with a powerful converter tool to convert DICOM images to many supported formats.
As a unique feature, JimboDICOMViewer supports 3D visualization of brain
Yakami DICOM tools is a free DICOM viewer and converter aiming for research, not for the diagnosis. It's developed using Microsoft technologies to run on Windows PC (Windows XP, 2000, VISTA, 7, 8, 8.1, & Windows 10).
Though the project has not been updated since 2014, many radiologists, physicians,& dentists
JiveX DICOM Viewer "Personal Edition" is a free DICOM (Digital Imaging and Communications in Medicine) Viewer for Windows which is easy to use and has many great features. It supports loading files from local hard drive, network or portable media like USB stick.
Setup:
The installation exe file (115 MB)
There are many great Free Desktop DICOM (Digital Imaging and Communications in Medicine) Viewers on the internet, but this is not the case for android devices. There are few Android DICOM Viewers that support opening local files, but the majority require a remote server to access image files.
We have
