Open Source Java Medical Software - Page 12

mzSquash is a compression tool for mzML files, an XML-based standard developed by HUPO PSI (http://www.psidev.info) for spectrometer output. All development has ceased. The tool may be useful educationally, but is not a recommended utility.

A numerical library designed for n-dimensional image-processing written in Java.

Nengo is a suite for building and simulating models of large neural networks. It is based on Eliasmith & Anderson's Neural Engineering Framework, which provides a coherent theory of computation, representation, and dynamics in neural circuits.

neochip is a collection of algorithms for high-density oligonucleotide microarrays. The current version contains heuristic algorithms that attempt to improve the quality of arrays by re-designing their layout (the location of the probes on the chip).

openSputnik is a robust distributed platform for massive scale precalculation of genetic and genomic data using contemporary bioinformatics methods. Annotated DNA, RNA and protein sequences are stored as binary objects in a variery of relational database

System to capture and analyze dispensed drugs to patients. Printing to Brother label printers.

simBio is a Java package to create biological models for biologist and others. Cardiac cell models are available.

Web based application that manage the ability of hospitals to host not specialized doctors.

The RNA Ontology Consortium proposed a translation the RNA backbone angles to 46 clusters ('suites') and hence unique names. This project calculates the suites from RNA 3D structures, and to search on a Java-based index structure of known folds.

unGrid is an open source framework for distributed medical imaging. The system consists of a computing grid that harnesses idle CPU cycles from existing workstations, and a framework to execute jobs on that grid.

As a medical blogger, I felt that there is a need for platform-independent medical dictionary. Hence 'java 8'. The dictionary must be customizable ie. user should be able to add, delete words. Hence, the use of text file for medical data, instead of xml or some database or sql or some hard-to-understand things. Java 8 can be invoked even from usb pen drives. We have used only one .java file which contains the main class. Compiling it yielded only two classes. Thus simplicity is maintained, without any frills. This medical mini dictionary has only some 10,00 sample words, available on internet freely. The data text file and the classes ARE NOT TO BE COMMERCIALISED. User can go on adding his own words by using a text editor such as geany or gedit.