Zeena Shawa

ORCID: 0000-0003-4490-2391
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University College London
2025

Zeena Shawa Cameron Shand Beatrice Taylor Henk W. Berendse Chris Vriend and 85 more Tim D. van Balkom Odile A. van den Heuvel Ysbrand D. van der Werf Jiun‐Jie Wang Chih‐Chien Tsai Jason Druzgal Benjamin T. Newman Tracy R. Melzer Toni L. Pitcher John C. Dalrymple‐Alford Tim Anderson Gaëtan Garraux Mario Rango Petra Schwingenschuh Melanie Suette Laura M. Parkes Sarah Al‐Bachari Johannes Klein Joshua Shulman Corey T. McMillan Fabrizio Piras Daniela Vecchio Clelia Pellicano Chencheng Zhang Kathleen L. Poston Elnaz Ghasemi Fernando Cendes Clarissa Lin Yasuda Duygu Tosun Philip Mosley Paul M. Thompson Neda Jahanshad Conor Owens‐Walton Emile d’Angremont Eva M. van Heese Max A. Laansma André Altmann Max A. Laansma Joanna K. Bright Sarah Al‐Bachari Tim Anderson Tyler Ard Francesca Assogna Katherine Baquero Henk W. Berendse Beth Newman Fernando Cendes John C. Dalrymple‐Alford Rob M.A. de Bie Ines Debove Michiel F. Dirkx Jason Druzgal Hedley Emsley Gaëtan Garraux Rachel Guimarães Boris A. Gutman Rick C. Helmich Johannes Klein Clare E. Mackay Corey T. McMillan Tracy R. Melzer Laura M. Parkes Fabrizio Piras Toni L. Pitcher Kathleen L. Poston Mario Rango Letícia Ribeiro Cristiane S. Rocha Christian Rummel Lucas S. R. Santos Reinhold Schmidt Petra Schwingenschuh Gianfranco Spalletta Letizia Squarcina Odile A. van den Heuvel Chris Vriend Jiun‐Jie Wang Daniel Weintraub Roland Wiest Clarissa Lin Yasuda Neda Jahanshad Paul M. Thompson Ysbrand D. van der Werf Rimona S. Weil Neil P. Oxtoby

Parkinson's disease is the second most common neurodegenerative disease. Despite this, there are no robust biomarkers to predict progression, and understanding of mechanisms limited. We used Subtype Stage Inference algorithm characterize heterogeneity in terms spatiotemporal subtypes macroscopic atrophy detectable on T1-weighted MRI-a successful approach other diseases. trained model covariate-adjusted cortical thicknesses subcortical volumes from largest known MRI dataset disease, Enhancing...

10.1093/braincomms/fcaf146 article EN cc-by Brain Communications 2025-01-01
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