Projektinformation
Beskrivning
derive MRI and CT-based Imaging Biomarkers, IB from well-characterised rheumatology and oncology patients who develop Drug induced Interstitial Lung Disease, DIILD during standard-of-care drug treatment;
establish pathological correlates of these MRI and CT-based IBs in animal models, initially a bleomycin rat model;
establish cross-sectional clinical correlates of these MRI and CT-based IBs;
determine how well these MRI and CT-based IBs track progression and resolution of DIILD in these patients;
determine how well these MRI and CT-based IBs forecast clinical outcome in these DIILD patients;
establish the benefit of these MRI and CT-based IBs over existing non-imaging assays;
make these MRI and CT-based IB assays commercially available both in man in a multicentre setting, and
also in rat, on a non-exclusive basis;
extend our ability to characterise human DIILD by innovating IBs derived from 1H/129Xe MRI;
extend our ability to characterise human DIILD by innovating PET, MRI or MRS IBs of fibrosis,
macrophages, vascular permeability/leakage, neutrophil infiltration, and activated T cell infiltration;
evaluate the best of these innovative IBs in rats and humans;
(as appropriate) make these innovative IB assays commercially available both in man in a multicentre setting, and also in rat, on a non-exclusive basis.
establish pathological correlates of these MRI and CT-based IBs in animal models, initially a bleomycin rat model;
establish cross-sectional clinical correlates of these MRI and CT-based IBs;
determine how well these MRI and CT-based IBs track progression and resolution of DIILD in these patients;
determine how well these MRI and CT-based IBs forecast clinical outcome in these DIILD patients;
establish the benefit of these MRI and CT-based IBs over existing non-imaging assays;
make these MRI and CT-based IB assays commercially available both in man in a multicentre setting, and
also in rat, on a non-exclusive basis;
extend our ability to characterise human DIILD by innovating IBs derived from 1H/129Xe MRI;
extend our ability to characterise human DIILD by innovating PET, MRI or MRS IBs of fibrosis,
macrophages, vascular permeability/leakage, neutrophil infiltration, and activated T cell infiltration;
evaluate the best of these innovative IBs in rats and humans;
(as appropriate) make these innovative IB assays commercially available both in man in a multicentre setting, and also in rat, on a non-exclusive basis.
Populärvetenskaplig beskrivning
Utveckla metoder med bildgivande tekniker för att hitta biverkningar av läkemedel på lunga.
Kort titel | TRISTAN |
---|---|
Akronym | TRISTAN |
Status | Slutfört |
Gällande start-/slutdatum | 2017/01/01 → 2021/12/31 |