Open Source Java Medical Software - Page 10

Quantitative Evalution of Blush: a program to assess myocardial reperfusion on coronary angiograms. This program calculates a value that can be used for risk classification of STEMI patients or as a surrogate endpoint in clinical trials.

RGDicom is a Java viewer of medical images (DICOM - Digital Imaging and Communications in Medicine). It allows direct connection with the medical devices, therefore it implements DICOM 3.0 protocol and includes a lot util features, like edit the images.

Razor is a set of Java- and JOGL-based medical image tools which can be composed into a standalone application or integrated into other medical imaging applications. Via JOGL, Razor uses OpenGL to enhance and accelerate some medical imaging functions.

This software system serves as both a DICOM image viewer as well as a diagramming tool for collaborating notes on the given image sets. This my Computer Science graduate thesis project at Loyola Marymount University.

Referent Tracking (RT) is a novel approach to store data in electronic (health) records by referring to real world entities by means of a unique ID. The RT System is a back-end that uses RDF as a representation, but adds to it a referential semantics.

RefertoPronto web application allows out patients to download their radiology reports and images from the web without having to return to hospital.

A Trial Workbench for Facilitating Best Practices from Prospective to Acute Care in Respiratory Medicine. We aim to provide a set of information management toolboxes that facilitates decision support applications in medical information systems.

SAAT Semi-Automated Annotation Tools The Medical University Graz, in cooperation with the Fraunhofer Institute for Biomedical Engineering IBMT is developing the SAAT - Semi-Automated Annotation Tools in the CRIP context.

This application allow user to predict dissolution profile of solid dispersion systems based on algorithms like symbolic regression, deep neural networks, random forests or generalized boosted models. Those techniques can be combined to create expert system. Application was created as a part of project K/DSC/004290 subsidy for young researchers from Polish Ministry of Higher Education.

This software is related to ST-Guide project, an initiative arisen at the Institute of Computing of State University of Campinas (IC-UNICAMP) to solve the practice guideline formalization and implementation problems.

Saukhya-Lite is a user-friendly, mini HIS that automates the entire spectrum of general hospital activities such as the patient history, physical examination, progress notes, Operations, medicine dispensing, lab tests, results, billing, accounts etc.

Open Source Clinical Information Management System. From research to laboratory. Gathering / storing of analytical data within an SQL database.

Screensaver is a Lab Information Management System (LIMS) for high-throughput screening of small molecule and RNAi biological assays. It is a Java/JSF/Hibernate/Spring web application that is actively being developed and used at Harvard Medical School. Note: The Screensaver project has moved to GitHub at https://github.com/hmsiccbl/screensaver.

The goal of the See&Touch project is to design/implement a special mouse for disabled people, which allows a person to fully control a computer by using just vision and one single body movement. This project develops hardware, firmware and software.

Semantic knowledge representation for analysis of microscopic images.

SoftSmithy is a platform for open source Java developers. The core is an extended Java utility library. In the future there may be open source software build on this library.

DEPRECATED PROJECT! SolexaTools is becoming the SeqWare project (http://seqware.sourceforge.net) to better reflect its expanded sequencer support. Please go to this project page for code and documentation.

An extensive description of this system is published in the Journal of Translational Medicine (http://www.translational-medicine.com/). In brief, the system consists of two main web applications, a data integration app and a data exploration app. The data integration app is a fully custom Java "Web 2.0" product called Sherpa. Sherpa uses Seam, a platform integrating Asynchronous JavaScript and XML (AJAX), JavaServer Faces (JSF), the Java Persistence API (JPA), and Enterprise Java Beans (EJB) 3.0. The data exploration app is an open source business intelligence product called JasperServer (version 3.7), customized through supported configuration changes. Both apps use MySQL for back-end data persistence. Currently, the documentation contained herein is not intended to provide comprehensive instructions on installing and configuring the system. Please contact a project administrator for more information.

Synapsodel is an agent-based model of synaptic neurotransmission.

TIES (Text Information Extraction System) is a clinical text search engine that uses Natural Language Processing techniques to extract medical concepts from free text clinical reports. It provides secure de-identified access to this information and has in built collaboration tools and honest broker functionality. It is licensed for academic use under the BSD license. For commercial use please contact Nexi at http://nexihub.com *** NOTICE: this software and forum are no longer maintained, as of 8/15/2019. You are free to continue to use this software under the license for academic use under the BSD license. For commercial use please contact Nexi at http://nexihub.com

This tool provides the means for manual segmentation of gray scale images.

TeleMedMail allows doctors to send secure clinical cases via email, alleviating the shortage of specialists in remote areas. TMM can send cases directly to a specialist, or to a server that stores cases in a SQL database with secure web access.

This is the protein similarity network - PSIN. Here, the nodes are human proteins and they are linked only if they share considerable sequence similarity. We found that this network is particularly useful to distinguish approved from problematic drug-targets. Here you also find the complete set of programs and datasets we used for this purpose. Free to help further test and develop this project. Your help and expertise are much appreciated ! If you have any questions, please do not hesitate to contact us in the forum or by email. Please see the original manuscript: Lopes, TJS, et al. (2015) - "Identifying problematic drugs based on the characteristics of their targets" - Frontiers in Pharmacology doi: 10.3389/fphar.2015.00186

This is not a final version but a work in progress. I am releasing the code only in the hopes that it will be helpful. There will be further updates in the future as the project is being actively developed.

Timba is an irregular surfaces calculus system by applying the method ‘Montecarlo’. Its goal is to calculate the growing of moles, spots and skin cancer of a patient.