
Current projects and activities
Accelerant projects
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Project type: Proof of Concept
Project status: 75% complete
Partners involved: Università Cattolica del Sacro Cuore, Imperial College London, Karolinska Institutet, University of Southampton
Problem: We don’t know if radiomics profiling can be used for severe asthma endotyping.
Fit with vision: Clarifying disease molecular mechanisms underlying severe asthma heterogeneity.
Concept: Assess if imaging outcomes (chest HRCT) relate to endotypes in severe asthma.
Successful outcome: Analysis report on correlations to U-BIOPRED dataset.
Next Steps: Publication and replicate in other datasets.
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Project type: Proof of Concept
Project status: 30% complete
Partners involved: Breathomix, Università Cattolica del Sacro Cuore, Imperial College London, Karolinska Institutet, University of Southampton
Problem: The value of exhaled breath analysis has already been shown in multiple publications both for GC-MS and eNose. However, the value of the breathomics data collected in U-BIOPRED for phenotyping severe asthma patients has not been fully explored.
Fit with vision: Better understanding of the clinical value of the breathomics data can help improve the handprint of severe asthma patients.
Concept: Assess what patient clusters can be found based on breathomics data (eNOSE + GC/MS).
Successful outcome: Clinically relevant clusters/phenotypes..
Next Steps: Publication and present outcome in a Spotlight Session.
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Project type: Proof of Concept
Project status: 15% complete
Partners involved: CIRO, Imperial College London, Karolinska Institutet
Problem: PRO’s don’t link well to physiological measurements but we do not know if they link well to OMIC signatures
Fit with vision: Link treatable mechanisms to patient centred outcomes
Concept: Reanalyse omic signatures (transcription-associated clusters (TACs)) in relation to PROs
Successful outcome: (New) Relationship(s) between certain OMIC signatures and PROs are identified.
Next Steps: Publication and present outcome in a Spotlight Session
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Project type: Pilot
Project status: 45% complete
Partners involved: Università Cattolica del Sacro Cuore, Imperial College London, Karolinska Institutet, University of Southampton
Problem: We do not know if specific radiological profiles are linked with differences in physiological measures.
Fit with vision: Clarifying molecular heterogeneity in severe asthma
Concept: Assess if imaging outcomes (HRCT scans) link to physiological measure (and other measures) and if they relate to airway remodelling and/or airway inflammations
Successful outcome: Analysis report on U-BIOPRED data correlations
Next Steps: Publication and replicate in other datasets.
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Project type: Proof of Concept
Project status: 5% complete
Partners involved: Università Cattolica del Sacro Cuore, Imperial College London, Karolinska Institutet, Amsterdam UMC
Problem: We do not know if severe asthma radiomic-associated clusters are linked to specific urinary and breath metabotypes.
Fit with vision: Maps accessible biomarkers to treatable mechanisms
Concept: Analyse existing data to see if imaging outcomes (HRCT scans) link to urinary and breath metabolomic endotypes and relate to airway remodelling
Successful outcome: Analysis report on U-BIOPRED data correlations
Next Steps: Publication and replicate in other datasets.
Projects catalogue

Spotlight Sessions
Spotlight Sessions are the platform for members to present on any field relevant to their work - publication, new tool or technology, Accelerant Project under development, upcoming events, new initiatives.
Since April 2021 we had over 20 Spotlight Sessions for members of U-BIOPRED and U-BIOPRED Alliance, joined by nearly 550 participants.
Upcoming Spotlight Sessions
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Presentation: Update on U-BIOPRED project catalogue (SED) and preliminary data from the superclustering project (LIA)
Speaker: Lars Andersson (KI), Sven-Erik Dahlen (KI)
Want to learn more?
sapnasheth@biosciconsulting.com
(32) 89- 25 -4009
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