Main menu
You are here
Historical Interest Only
This is a static HTML version of an old Drupal site. The site is no longer maintained and could be deleted at any point. It is only here for historical interest.
Projects
Below shows a list of projects that we are actively involved in or have been. You can filter these by showing the projects which are in progress or those which are finished.
Scotland has a major unmet need in translational imaging expertise to support its substantial strengths in medical research, including drug discovery. The initial SINAPSE Pooling investment in neuroimaging research increased expertise at all levels, in MRI, PET/SPECT, radiochemistry and functional imaging, and established an exemplary PhD programme and Imaging Trans-Skills Course.
The aim is to develop an open-access, automated, web-based platform for real-time data collation, analysis and information exchange for geophysical experiments. This scientific gateway should enable competing physical hypotheses and statistical methods for forecasting rock failure to be tested and developed in fully prospective mode in an open, testable environment comparable to say daily weather forecasts.
In order to maintain and integrate GridQTL with other resources we are requesting two full-time posts, one to be based at NeSC and the other at IEB. The principal tasks for these posts are outlined under the management structure. GridQTL, our existing project upon which GridQTL+ is based, is a collaborative project across three sites. The different expertise from each of these groups has been essential to the development of GridQTL and we wish to continue with this successful arrangement.
The main aim of this project is to remove the barrier of uptake to the seismology community of an application that allows analyses of seismic waveform data. This will be achieved by embedding this analysis application in a community gateway, which already exists in the form of a web portal. 
3D developmental atlases are used in research for capture, collation and analysis of spatio-temporal data such as in situ gene-expression. The most advanced systems are based on a temporal series of 3D models. Examples are the EADHB human embryo atlas in Newcastle and the e-MouseAtlas in Edinburgh. Here we propose to use the 3D spatio-temporal frameworks in conjunction with a repository to deliver research and educational material directly in the context of the developing embryo.
The world of healthcare could be transformed by realistic models that capture the processes and disorders of the human brain – but creating these involves overcoming immense scientific and technological challenges. The aim of this Theme is to begin with a simpler, more tractable problem: simulating the brain of a fly.Pages
