Daniel J. Rader

Type de document

Co-auteur

C. M. Witteman Jaquelin

Janina Winogradow

Christina Willenborg

H-Erich Wichmann

Dawn Waterworth

Nicholas, J. Wareham

Gérard Waeber

Peter Vollenweider

Cornelia M. van Duijn

John Timpson Nicholas

R Thompson John

Toshiko Tanaka

Stewart Alexandre F. R,

Klaus Stark

Tim D. Spector

Nicole Soranzo

Davey Smit George

Robert Sladek

K Semple Robert

Heribert Schunkert

Richa Saxena

Naveed Sattar

Nilesh J Samani

Nuno Rocha

L Ricketts Sally

Richards J. Brent,

Wibke Reinhard

P Reilly Muredach

Inga Prokopenko

John R. B. Perry

Tomi Pastinen

O'Rahilly, Stephen

Vincent Mooser

David Melzer

B. Meigs James

Ruth Mcpherson

Robert Mahley

Ruth, J. F. Loos

Claudia Langenberg

Inke R. Koenig

Kesaniemi Y. Antero,

Marie-France Hivert

Aroon Hingorani

Christian Hengstenberg

S Hall Alistair

Scott Grundy

Elin Grundberg

Martina Grassl

Beate Glaser

Timothy M. Frayling

C. Florez Jose

Luigi Ferrucci

David Evans

Jeanette Erdmann

E Epstein Stephen

Josephine M. Egan

Josee Dupuis

Joseph Devaney

Panos Deloukas

John Deanfield

Mary-Susan Burnett

Keith Burling

Phil Barter

Yurii Aulchenko

Date

Source

Serveur académique Lausannois (1)

Mot-clé

risque (1) protéine (1) association (1) plomb (1) gène (1) maladie (1) densité (1) Density (1) ADP-ribosylation (1) Social groups (1) Serum (1) Risk (1) Non-insulin-dependent diabetes (1) Muscles (1) Human beings (1) Lead (1) Impact (1) Expression (1) Density (1) Coronary heart disease (1) Single nucleotide polymorphisms (1) Metabolic syndrome (1) Influence (1) plasma (1) maladie (1) roman (1)

Documents écrit par Daniel J. Rader (1) | parle de Daniel J. Rader (0)

A genome-wide association study reveals variants in ARL15 that influence adiponectin levels.

Richards J. Brent et al. (2009)