TMAJ Software Project

Launch TMAJ
Documentation
Demo
Download
Contact
Links
About

Launch TMAJ

Download TMAJ Application

Images and data from published papers can be viewed in the Images application. To view the images and data:

Download TMAJ using the above link
Download Java, and verify that java is in your path by opening a command prompt and typing java
Unzip the file, and then click the file tmaj.bat (or opening a command prompt and type ./tmaj.sh if on a mac)
After the main screen is displayed, click the login button
Enter the following login information and click the Okay button.
username: guest
password: guest
Finally, click the Images button.

Documentation

TMAJ Manual
Installing Java/ Java Web Start
PowerPoint Presentation on TMAJ
ChangeLog

Demo

A demo version is provided where anyone can view all the applications as an administrator.   To launch the demo application, click on the link below and enter the following login information:
         Download Demo Application
    username: demo
    password: demo

Download

TMAJ is open-source software and may be downloaded on sourceforge.net for free. When downloaded, the tmaj zip file will include a copy of the source code, as well as instructions for installing a tmaj server. Instructions for installing TMAJ are found in the manual. TMAJ is made available under the GPL version 3 license.

Contact

Questions or Comments? Please let us know.

We are happy to answer any questions you may have.
Questions concerning the general operation of TMAJ may be directed to Helen Fedor, the lab manager:

Technical questions about TMAJ may be directed to TMAJ's main programmer, James Morgan:

External Links

Johns Hopkins TMA Laboratory
Published Papers in TMAJ (De Marzo Lab)

About

TMAJ is open-source software designed to support information and images related to tissue micro-arrays. It contains support for multiple organ systems, multiple users, image analysis, and is designed to be compliant with HIPPA regulations. TMAJ is made available by its copyright owner, The Johns Hopkins University. TMAJ was designed by the JHU Tissue MicroArray Core Facility and Vision Multimedia Technologies (VMT).