Anders Hamsten MD, PhD, Professor, Group Leader
Ami Björkholm Administrator of the Atherosclerosis Research Unit [Cardiovascular Genetics and Genomics (Hamsten Group) and Membrane Signaling Networks (Bertorello Group)]
Angela Silveira PhD, Associate Professor, Senior Researcher
Bengt Sennblad PhD, Associate Professor, Senior Researcher
Ferdinand van't Hooft MD, PhD, Senior Researcher
Jacob Odeberg MD, PhD, Associate Professor, Senior Researcher
John Öhrvik PhD, Associate Professor, Senior Researcher
Alexandra Bäcklund PhD, Post Doctoral Fellow
Ekaterina Chernogubova PhD, Post Doctoral Fellow
Karl Gertow PhD, Research Assistant Professor
Malin Larsson PhD, Post Doctoral Fellow
Maria Gonzalez Diez PhD, Post Doctoral Fellow
Maria Iglesias PhD, Post Doctoral Fellow
Maria Nastase Mannila MD, PhD, Post Doctoral Fellow
Maria Sabater Lleal PhD, Post Doctoral Fellow
Olga Piksasova PhD, Post Doctoral Fellow
Rona Strawbridge PhD, Post Doctoral Fellow
Sarah-Jayne Reilly PhD, Post Doctoral Fellow
Hovsep Mahdessian MSc, PhD Student
Maria Bruzelius MD, PhD Student
Karin Danell-Toverud BSc, Laboratory Manager
Fariba Foroogh BSc, Research Engineer
Karin Husman Laboratory Assistant
Birgitta Söderholm Laboratory Assistant
Karolina Anner Research Assistant
Anna Deleskog MSc, PhD Student

Anders Hamsten

Based on genome-wide screening of patients with early-onset coronary artery disease, we aim at discovering and characterising novel genes, gene variants and proteins that predispose to atherosclerosis and thrombosis in coronary arteries as well as at elucidating their roles in the disease process. This knowledge will subsequently be used for improvement of risk prediction and for identification of target molecules for drug development. Different experimental strategies, applied on humans and model systems, are first employed to reveal the biological functions of novel susceptibility genes and then followed by large-scale clinical studies to verify the relevance of the discoveries made. This research programme will increase our understanding of the causes of coronary artery disease, create novel tools for risk assessment and pave the way for novel treatment strategies.