Emmanuel Mathieu

Emilie Mathieu 2 collaborations

Clotilde Policar 2 collaborations

Anne-Sophie Bernard 1 collaboration

H Y Vincent Ching 1 collaboration

Andrea Somogyi 1 collaboration

Kadda Medjoubi 1 collaboration

Jennifer Rodon Fores 1 collaboration

Hélène C Bertrand 1 collaboration

Amandine Vincent 1 collaboration

Sylvain Trépout 1 collaboration

Jean-Luc Guerquin-Kern 1 collaboration

Andreas Scheitler 1 collaboration

Ivana Ivanović-Burmazović 1 collaboration

Philippe Seksik 1 collaboration

Nicolas Delsuc 1 collaboration

Aurore Touzart 1 collaboration

Nicolas Boissel 1 collaboration

Mohamed Belhocine 1 collaboration

Charlotte Smith 1 collaboration

Carlos Graux 1 collaboration

Mehdi Latiri 1 collaboration

Ludovic Lhermitte 1 collaboration

Eve-Lyne Mathieu 1 collaboration

Françoise Huguet 1 collaboration

Laurence Lamant 1 collaboration

Pierre Ferrier 1 collaboration

Norbert Ifrah 1 collaboration

Elizabeth Macintyre 1 collaboration

Hervé Dombret 1 collaboration

Vahid Asnafi 1 collaboration

Salvatore Spicuglia 1 collaboration

Sarah Lay-Flurrie 1 collaboration

Edouard Mathieu 1 collaboration

Clare Bankhead 1 collaboration

Brian D Nicholson 1 collaboration

Rafael Perera-Salazar 1 collaboration

Tim Holt 1 collaboration

F D Richard Hobbs 1 collaboration

Chris Salisbury 1 collaboration

None None 1 collaboration

Audrey E Tolbert 1 collaboration

Karl J Koebke 1 collaboration

Cédric Tard 1 collaboration

Olga Iranzo 1 collaboration

James E Penner-Hahn 1 collaboration

Vincent Pecoraro 1 collaboration

Publications (4)

Anti-inflammatory activity of superoxide dismutase mimics functionalized with cell-penetrating peptides.

Low level CpG island promoter methylation predicts a poor outcome in adult T-cell acute lymphoblastic leukemia.

Patient consultation rate and clinical and NHS outcomes: a cross-sectional analysis of English primary care data from 2.7 million patients in 238 practices.

Rational De Novo Design of a Cu Metalloenzyme for Superoxide Dismutation.

Réseau de co-auteurs