Research project

UNICORN (Unified Cohorts Research Network): Disaggregating asthma

Project overview

The development of new methodologies for improving causal inference in epidemiological studies creates an opportunity for a step change in understanding mechanisms underlying asthma development. We propose that the best way to scale up research in asthma is to integrate unselected birth cohorts with patient cohorts and randomised controlled trials (RCTs) for joint analyses, as these different settings provide complementary windows on distinct aspects of understanding disease aetiology. UNICORN will form an alliance between the STELAR consortium of 5 birth cohorts aimed at studying asthma and allergies (in total >15000 participants), and patient cohorts with large numbers of carefully phenotyped patients with asthma (Breathing Together consortium, U-BIOPRED, RBH Severe Asthma cohort). In Workstream 1, we will build on earlier investments (eLab, tranSMART/eTRIX) to develop efficient scalable informatics solutions enabling integration, management, harmonisation and secure co-analysis of birth cohorts, patient cohorts, and RCTs. The development of an integrated data management and analysis platform at the heart of the UNICORN research engine will be a unique resource for the UK health science and will provide a template for implementation in other complex non-communicable disease areas where data integration provides the only realistic prospect of solving the complex and heterogeneous biology of these conditions. Workstream 2 will extend the detailed information collected from ante-natal period to adulthood in STELAR cohorts, with a routinely acquired data in primary care and hospital records, facilitating more sophisticated analyses. In Workstream 3, in an iterative discovery process, we will capitalise on a unique combination of expertise, well characterised birth and patient cohorts, and our novel research engine to promote the discovery of asthma endotypes, and identify and understand mechanisms underpinning such endotypes, thereby advancing stratified medicine.

Staff

Lead researchers

Professor John Holloway PhD, FHEA

Associate V-P Interdisciplinary Research

Research interests

  • Human genetics
  • Epigenetics
  • Respiratory Disease
Connect with John

Other researchers

Professor Hasan Arshad

Prof in Allergy & Clinical Immunology
Connect with Hasan

Professor Graham Roberts

Prof in Paed. Allergy & Resp. Medicine
Connect with Graham

Research outputs

Natalia Hernandez-Pacheco, Anna Kilanowski, Ashish Kumar, John A. Curtin, Núria Olvera, Sara Kress, Xander Bertels, Lies Lahousse, Laxmi Bhatta, Raquel Granell, Graham Roberts & John Holloway, 2024, EClinicalMedicine, 75
Type: article
Raquel Granell, Sadia Haider, Matea Deliu, Anhar Ullah, Osama Mahmoud, Sara Fontanella, Lesley Lowe, Angela Simpson, James William Dodd, Seyed Hasan Arshad, Clare S. Murray, Graham Roberts, Alun Hughes, Chloe Park, John W. Holloway & Adnan Custovic, 2024, Thorax
Type: article
Anhar Ullah, Raquel Granell, Sadia Haider, Lesley Lowe, Sara Fontanella, Hasan Arshad, Clare S. Murray, Steve Turner, John W. Holloway, Angela Simpson, Graham Roberts & Adnan Custovic, 2024, EClinicalMedicine, 67, 102355
Type: article
Sadia Haider, Raquel Granell, John A. Curtin, John W. Holloway, Sara Fontanella, Syed Hasan Arshad, Clare S. Murray, Paul Cullinan, Stephen Turner, Graham Roberts, Angela Simpson & Adnan Custovic, 2023, British Journal of Dermatology, 190(1), 45-54
Type: article
Ashley Budu-Aggrey, Anna Kilanowski, Maria K. Sobczyk, Suyash S Shringarpure, Ruth Mitchell, Kadri Reis, Anu Reigo, Reedik Magi, Mari Nelis, Nao Tanaka, Ben M. Brumpton, Laurent F. Thomas, Pol-Sole Navais, Christopher Flatley, Antonio Espuela-Ortiz, Esther Herrera-Luis, Jesus V.T. Lominchar, Jette Bork-Jensen, Ingo Marenholz, Alexi Arnau-Soler, Ayoung Jeong, Katherine A Fawcett, Hansjörg Baurecht, Philip Titcombe, Keith Godfrey, Sheila Barton, John Holloway & Lavinia Paternoster, 2023, Nature Communications, 14(1)
Type: article