Cristopher E Shaw

Publications (2)

ALS/FTD mutations in UBQLN2 impede autophagy by reducing autophagosome acidification through loss of function.

Proceedings of the National Academy of Sciences of the United States of America

Avec: Josephine J Wu , Ashley Cai , Jessie E Greenslade , Nicole R Higgins , Cong Fan , Nhat T T Le , Micaela Tatman , Alexandra M Whiteley , Miguel A Prado , Birger V Dieriks , Maurice A Curtis , Christopher E Shaw , Teepu Siddique , Richard L M Faull , Emma L Scotter , Daniel Finley , Mervyn J Monteiro

The use of biotelemetry to explore disease progression markers in amyotrophic lateral sclerosis.

Amyotrophic lateral sclerosis & frontotemporal degeneration

Avec: Madeline Kelly , Arseniy Lavrov , Luis Garcia-Gancedo , Jim Parr , Robert Hart , Theresa Chiwera , Christopher E Shaw , Ammar Al-Chalabi , Rachael Marsden , Martin R Turner , Kevin Talbot

Réseau de co-auteurs

Christopher E Shaw 2 collaborations

Josephine J Wu 1 collaboration

Ashley Cai 1 collaboration

Jessie E Greenslade 1 collaboration

Nicole R Higgins 1 collaboration

Cong Fan 1 collaboration

Nhat T T Le 1 collaboration

Micaela Tatman 1 collaboration

Alexandra M Whiteley 1 collaboration

Miguel A Prado 1 collaboration

Birger V Dieriks 1 collaboration

Maurice A Curtis 1 collaboration

Teepu Siddique 1 collaboration

Richard L M Faull 1 collaboration

Emma L Scotter 1 collaboration

Daniel Finley 1 collaboration

Mervyn J Monteiro 1 collaboration

Madeline Kelly 1 collaboration

Arseniy Lavrov 1 collaboration

Luis Garcia-Gancedo 1 collaboration

Jim Parr 1 collaboration

Robert Hart 1 collaboration

Theresa Chiwera 1 collaboration

Ammar Al-Chalabi 1 collaboration

Rachael Marsden 1 collaboration

Martin R Turner 1 collaboration

Kevin Talbot 1 collaboration