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Vascular Epigenetics / Sheikh-Lab

What environmental factors impact our risk of developing chronic diseases? What molecular mechanisms are responsible for this?

The Vascular Epigenetics group aims to disentangle how our metabolic environment interacts with our epigenome. By understanding the molecular mechanisms underlying this link, the team works towards identifying novel treatments that could lower the risk of life-threatening chronic disorders. In particular, the lab focuses on these mechanisms in the context of vascular dysfunction, which is typically driven by metabolic disease and underlies numerous diseases such as atherosclerosis, cardiac failure and neurodegeneration.

What environmental factors impact our risk of developing chronic diseases? What molecular mechanisms are responsible for this?

The Vascular Epigenetics group aims to disentangle how our metabolic environment interacts with our epigenome. By understanding the molecular mechanisms underlying this link, the team works towards identifying novel treatments that could lower the risk of life-threatening chronic disorders. In particular, the lab focuses on these mechanisms in the context of vascular dysfunction, which is typically driven by metabolic disease and underlies numerous diseases such as atherosclerosis, cardiac failure and neurodegeneration.

Projects

Lab Members

MA-Foto_Bilal Sheikh_DSCF6803_10.24 -  freigestellt
Dr. Bilal Sheikh

Group Leader "Vascular Epigenetics"

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MA-Foto Florian Geier_EH6A8042_Hintergrund freigestellt
Florian Geier

Technician, Sheikh Lab

MA-Foto Fabiana dos Santos Oliveira_Fabiana 3_Hintergrund freigestellt
Fabiana dos Santos Oliveira

PhD Candidate, Sheikh Lab

MA-Foto Longsheng Liao_EH6A8131_Hintergrund freigestellt
Longsheng Liao

PhD Candidate, Sheikh Lab

MA-Foto Hugo Martin_EH6A8019_Hintergrund freigstellt
Hugo Martin

PostDoc, Sheikh Lab

MA-Foto Faiqa Zulfqar_EH6A7420-Edit_Hintergrund freigestellt
Faiqa Zulfqar

PhD Candidate, Sheikh Lab

MA-Foto Nishtha Malhotra EH6A2665_freigestellt
Nishtha Malhotra

PhD Candidate, Sheikh Lab

He Yao

PhD Candidate, Sheikh Lab

MA-Foto Christina Papa - freigestellt
Christina Papa

PhD Candidate, Sheikh Lab

Publications

B. N. Sheikh, S. Guhathakurta, T. Hong Tsang, M. Schwabenland, G. Renschler, B. Herquel, V. Bhardwaj, H. Holz, T. Stehle, O. Bondareva, N. Aizarani, O. Mossad, O. Kretz, W. Reichardt, A. Chatterjee, L. J. Braun, J. Thevenon, H. Sartelet, T. Blank, D. Grün, D. von Elverfeldt, T. B. Huber, D. Vestweber, S. Avilov, M. Prinz, J. M. Buescher, A. Akhtar

Neural Metabolic Imbalance Induced by MOF Dysfunction Triggers Pericyte Activation and Breakdown of Vasculature

Contact:

MA-Foto_Bilal Sheikh_DSCF6803_10.24 -  freigestellt
Dr. Bilal Sheikh

Group Leader "Vascular Epigenetics"

Leipzig

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