We implemented the method in a user friendly and efficient program, BR-squared, suitable to GWAS of either disease status or quantitative traits.
Current we and our partners are working on the development of such a device as well as integrating our image analysis method into a user friendly microscopic reader with integrated software in order to make a system available to other researchers and more suitable to high throughput applications.
To illustrate the applicability of the method, a user-friendly and interactive JAVA program was created and used for detecting region-like structures in the case of USA, Hungary and Transylvania.
This optimization based method which is a user friendly and efficient classifier may allow the clinicians to diagnose and follow progression of certain cancer types.
The main focus of Web-SP is to provide a user friendly method of authoring cases with low requirement on the user's technical knowledge.
Dissemination of methods is through a user-friendly, web-based compendium (Gerontologic Research Algorithms and Statistical Programs or GRASP) that is facilitating an interchange of analytical strategies, programs and data structures for biostatisticians, epidemiologists, and other methodologists involved in gerontological research.
By combining several pathway systems, implementing different, but complementary pathway consolidation methods, and providing a user-friendly web-accessible tool, we have enabled users the ability to extract functional explanations of their genome wide experiments.
ICN, a user-friendly method, can well complement other network-based methods in the context of prioritizing candidate disease genes.
Sensing is carried out through a user-friendly method by improving imaging through the traditional optical tomography method.
We aimed to develop a user-friendly method to correct for this genotype misclassification, as existing methods were not suitable for use in our study.
It provides a user-friendly method for filtering, merging, and clustering LRpath results using several approaches (see Methods).
