HOW CAN THE PORTAL HELP?
RESEARCHERS
This website offers computational modelling tools aimed at advancing personalised medicine and clinical research. Researchers can utilise the tool to support their studies and gain insights into various medical conditions.
CLINICIANS
This website provides a valuable resource for clinicians by offering a computational modeling tool for medical research. Clinicians will be able to access/input medical imaging data to create computational models. The tool can help clinicians in making informed decisions for their patients, as well as support their ongoing research efforts.
PATIENTS
This website is dedicated to advancing medical research and personalized medicine through computational modeling. Patients can access information about the research being conducted, and may benefit from the results of this research in the future. Patients will also be able to access their health records with your health devices.
About the 12 Labours project website
The 12 Labours website allows the members of the 12 Labours project to share their publicly available tools and resources and to announce relevant news items and events.
As the 12 Labours project evolves, this website will grow into a portal that brings international physiological research into multiscale whole body models, allowing you to run computational models from cells, to functional tissue units, to organs.
LATEST NEWS
12 Labours website launched
The first version of the 12 Labours project website has been launched and much rejoicing was had. Its still not clear why a blurb needs to be at least 150 characters...
Andre got a portal running!
Andre got a portal instance running locally on his laptop. This is amazing. This is some more text to get this blurb up to one hundred and fifty characters.
Energy-based bond graph models of glucose transport with SLC transporters
New pre-print employing bond graph approaches to develop models of SLC transporters which can be parameterised for a specific cell and tissue type. Includes general introduction to bond graph modelling.
