The VISICORT consortium gathered at the Royal Victoria Eye and Ear Hospital in Dublin on May 26th and 27th to attend the fourth bi-annual VISICORT plenary meeting. Hosted by Prof. Conor Murphy and Diana Malata from the Royal College of Surgeons, and attended by representative from each project partner, the meeting was an opportunity to present and review progress on all project work packages. There was also an opportunity to focus on three pivotal project areas: Clinical Trial Design and Progress; Sample Collection and Processing and Proteomic and Transcriptomic Data Analysis.
Prof Murphy emphasised project progress thus far noting “it was my pleasure to welcome my colleagues from the VISICORT consortium to Dublin for this Plenary meeting. It is clear that significant progress is being made across all aspects of the project. In particular, data from the pre-clinical work is contributing greatly to the optimal design of the clinical trial of immunomodulatory stromal cells in high risk corneal transplantation which will commence in 2 years’ time. We look forward to making continued progress towards the identification of corneal transplant outcome biomarkers and higher success rates for transplant recipients in the future”
VISICORT project coordinator, Prof. Matthew Griffin of the Regenerative Medicine Institute (REMEDI), National University of Ireland, Galway added: “With VISICORT now reaching its two year time-point, our recent all-partner meeting in Dublin provided an excellent forum for reviewing our progress across a range of project strands including pre-clinical experiments, human subject bio-sampling, technological/logistical protocols, clinical data capture, development of a clinical trial protocol and dissemination activities. Among the achievements to date, the consortium has been very successful in building large cross-sectional and longitudinal patient cohorts linked to a centralised biological repository that is integrated with a clinical database. As a result, we are now entering the exciting phase of performing a range of profiling- and bioinformatics-based analyses to identify immune signatures of corneal transplant rejection and other complications.”