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E. Mann
E. Mann
University of Oxford
Biology
Internal medicine
Neuroscience
Channelopathy
Endocrinology
5
Papers
8
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0
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CD2 expression acts as a quantitative checkpoint for immunological synapse structure and T-cell activation.
2019
bioRxiv
Philippos Demetriou
Enas Abu-Shah
Sarah McCuaig
Viveka Mayya
Salvatore Valvo
Kseniya Korobchevskaya
Matthias Friedrich
E. Mann
Lee Lyw.
Thomas Starkey
Mikhail A. Kutuzov
Jehan Afrose
Anastasios Siokis
Michael Meyer-Hermann
David Depoil
Michael L. Dustin
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Sympathetic stellate neurons increases cardiac conduction velocity and alters wave patterns in a myocyte-neuron co-culture model system
2015
Autonomic Neuroscience: Basic and Clinical
Rebecca-Ann B. Burton
Jakub Tomek
S. Aslam
S Bilton
Hege E. Larsen
Amy Sharkey
Guy Stephens
E. Mann
David J. Paterson
Gil Bub
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A novel neuronal channelopathy could provide the trigger for Ca2+ dysregulation and sympathetic impairment seen in the pro-hypertensive rat
2015
Autonomic Neuroscience: Basic and Clinical
Hege E. Larsen
E. Mann
David J. Paterson
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Enhanced neuronal calcium conductance in cardiac stellate neurons from young pro-hypertensive rats: A neuronal channelopathy?
2014
G Hao
Hege E. Larsen
Kun Liu
Dan Li
E. Mann
David J. Paterson
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Developing methods for electrophysiological assessment of cell-cell communication between cardiac myocytes and neurons using co-culture model systems
2013
Hege E. Larsen
Rebecca-Ann B. Burton
Guy Stephens
S Bilton
Amy Sharkey
Gil Bub
E. Mann
David J. Paterson
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