Meghan Dillon

Siew Mei Yap 1 collaboration

Mary Dillon 1 collaboration

Rachel K Crowley 1 collaboration

Christopher McGuigan 1 collaboration

Suzanne M McDonough 1 collaboration

Sarah C Howes 1 collaboration

Maurice Dillon 1 collaboration

Judith McAuley 1 collaboration

John Brady 1 collaboration

Mary Clarke 1 collaboration

Mike Clarke 1 collaboration

Emily Lait 1 collaboration

Duana McArdle 1 collaboration

Tony O'Neill 1 collaboration

Iseult Wilson 1 collaboration

Ailsa Niven 1 collaboration

Julie Williams 1 collaboration

Mark A Tully 1 collaboration

Marie H Murphy 1 collaboration

Catherine M McDonough 1 collaboration

Sven Kratochvil 1 collaboration

Chen-Hsiang Shen 1 collaboration

Ying-Cing Lin 1 collaboration

Kai Xu 1 collaboration

Usha Nair 1 collaboration

Lais Da Silva Pereira 1 collaboration

Prabhanshu Tripathi 1 collaboration

Johan Arnold 1 collaboration

Gwo-Yu Chuang 1 collaboration

Eleonora Melzi 1 collaboration

Arne Schön 1 collaboration

Baoshan Zhang 1 collaboration

Marlon Dillon 1 collaboration

Brian Bonilla 1 collaboration

Barbara J Flynn 1 collaboration

Kathrin H Kirsch 1 collaboration

Neville K Kisalu 1 collaboration

Patience K Kiyuka 1 collaboration

Tracy Liu 1 collaboration

Li Ou 1 collaboration

Marie Pancera 1 collaboration

Reda Rawi 1 collaboration

Mateo Reveiz 1 collaboration

Kareen Seignon 1 collaboration

Lawrence T Wang 1 collaboration

Michael T Waring 1 collaboration

John Warner 1 collaboration

Yongping Yang 1 collaboration

Joseph R Francica 1 collaboration

Azza H Idris 1 collaboration

Robert A Seder 1 collaboration

Peter D Kwong 1 collaboration

Facundo D Batista 1 collaboration

Publications (3)

Alemtuzumab-related thyroid disease in people with multiple sclerosis is associated with age and brainstem phenotype at disease onset.

A study protocol for a randomised controlled feasibility trial of an intervention to increase activity and reduce sedentary behaviour in people with severe mental illness: Walking fOR Health (WORtH) Study.

Vaccination in a humanized mouse model elicits highly protective PfCSP-targeting anti-malarial antibodies.

Réseau de co-auteurs