English > About the Department > Student projects at BMI
Student projects at BMI
Our research groups are happy to welcome new students who would like to do their bachelor's thesis, master's thesis or a research project at the Department of Biomedical Sciences.
At the Department of Biomedical Sciences, we have about 50 Professors and Associate Professors. You are always welcome to contact any one of them if you are interested in doing a research project at the Department.
See list of researchers at BMI
Specific projects
Here you can find specific projects and read project descriptions. If you are interested in one of the projects feel free to contact the respective researcher to start a collaboration.
Bachelor projects
- Unravelling the microtubule network to reveal novel aspects of vascular control in hypertension
Contact Assistant Professor Thomas Jepps, Ion Channel Group
- Investigating the effect of thiocyanate (SCN-) in modulating oxidative damage in atherosclerosis
Contact Professor Clare Hawkins, Redox Biology
- Investigating the role of nucleic acid modification in inflammatory disease
Contact Professor Clare Hawkins, Redox Biology
- Investigating the molecular mechanisms involved in vascular cell damage and death, within the setting of atherosclerosis
Contact Professor Clare Hawkins, Redox Biology
- Ion channel physiology, (dys)function, and regulation
Contact Professor Nicole Schmitt, Ion Channel Group
- Topics on cardiac physiology
Contact Associate Professor Morten Bækgaard Thomsen, Cardiac Electrophysiology
Master projects
- Unravelling the microtubule network to reveal novel aspects of vascular control in hypertension
Contact Assistant Professor Thomas Jepps, Ion Channel Group
- Investigating the effect of thiocyanate (SCN-) in modulating oxidative damage in atherosclerosis
Contact Professor Clare Hawkins, Redox Biology
- Investigating the role of nucleic acid modification in inflammatory disease
Contact Professor Clare Hawkins, Redox Biology
- Investigating the molecular mechanisms involved in vascular cell damage and death, within the setting of atherosclerosis
Contact Professor Clare Hawkins, Redox Biology
- How do potassium channels regulate the kidney?
Contact Professor Nicole Schmitt, Ion Channel Group
- Epigenetics changes associated with atrial fibrillation
Contact Professor Nicole Schmitt or Joana Larupa dos Santos, Ion Channel Group
- Changing our fundamental understanding of vascular control
Contact Associate Professor Christian Aalkjær or Assistant Professor Thomas Jepps, Ion Channel Group
- The Circadian Clock as Target for Modulating Cardiac Remodeling
Contact Associate Professor Morten Bækgaard Thomsen, Cardiac Electrophysiology
- Arrhythmia in the Diabetic Heart
Contact Associate Professor Morten Bækgaard Thomsen, Cardiac Electrophysiology
- Kv11.1 Potassium Channel in Murine Cardiomyocytes?
Contact Associate Professor Morten Bækgaard Thomsen, Cardiac Electrophysiology
- Effekten af immobilisering og efterfølgende aerob træning på mitokondrienetværk
Contact Professor Jørn W. Helge or Associate Professor Clara Prats, Xlab
- Quantitative measurement of water concentration in the brain, a mouse model
Contact Associate Professor Henrik El Ali, The Metabolic Regulation Group
- Immune cell migration in Multiple Sclerosis
Contact Associate Professor Henrik El Ali, The Metabolic Regulation Group
- Cardiac electrophysiology in isolated zebrafish larval hearts
Contact Pia Rengtved Lundegaard, Ion Channel Group
Projects which can be made as bachelor's, master's, or student research projects
- Four different projects from the Immunoendocrinology group
Contact Assistant Professor Michal Marzec, Immuno-endocrinology laboratory
- Unravelling the microtubule network to reveal novel aspects of vascular control in hypertension
Contact Assistant Professor Thomas Jepps, Ion Channel Group
- Investigating the effect of thiocyanate (SCN-) in modulating oxidative damage in atherosclerosis
Contact Professor Clare Hawkins, Redox Biology
- Investigating the role of nucleic acid modification in inflammatory disease
Contact Professor Clare Hawkins, Redox Biology
- Investigating the molecular mechanisms involved in vascular cell damage and death, within the setting of atherosclerosis
Contact Professor Clare Hawkins, Redox Biology
- A very early window in Acute Myocardial Infarction using in vivo MR Imaging/Spectroscopy - A rat Model
Contact Associate Professor Henrik El Ali or Professor Thomas Jespersen
- Extracellular matrix damage & atherosclerosis
Contact Professor Michael Davies, Protein Oxidation
- Kinetics and mechanisms of oxidative damage
Contact Professor Michael Davies, Protein Oxidation
- Diabetes, glycation and extracellular matrix damage in cardiovascular disease
Contact Professor Michael Davies, Protein Oxidation
- Protein damage in cardiovascular disease
Contact Professor Michael Davies, Protein Oxidation
- Structural and Functional Studies of Membrane Proteins
Contact Associate Professor Pontus Gourdon, Membrane Protein Structural Biology Group
- Fysisk træning og metabolisme herunder fysisk træning i forebyggelsen og behandlingen af type 2 diabetes og kardiovaskulære sygdomme
Contact Professor Flemming Dela for project description
- Arbejdsfysiologi: kardiovaskulære tilpasninger til fysisk træning
Contact Professor Flemming Dela for project description
- Livsstilssygdomme
Contact Professor Flemming Dela for project description
- Mitokondriernes fysiologi og patofysiologi: a) Hyperkolesterolæmi b) Oxidativt stress og type 2 diabetes
Contact Associate Professor Steen Larsen for project description
- Overvægt og fedme: strategier til behandling og fastholdelse af vægttab: Kirurgi, medicin og livsstil
Contact Professor Jørn Wulff Helge for project description
- Arbejdsfysiologi, stofskifteregulering, muskel-metabolisme, fysisk aktivitet & sundhed, fysisk aktivitet/træning og kost. a) Lipidstofskiftet i muskler: effekt af fysisk træning b) Muskel lipider, bioaktive lipider og insulin resistens c) Metabolic fitness og metabolic flexibility
Contact Professor Jørn Wulff Helge for project description
- Fysisk inaktivitet: effekt på stofskiftet og metabolic fitness
Contact Professor Flemming Dela for project description
- Intracellular compartmentalization of metabolic processes, in health and disease. a) High resolution visualization of mitochondrial dynamics - effect of physical activity/inactivity and obesity/T2D b) lipid deoplets' proteome and regulation in health and under metabolic stress c) glycogen metabolism compartmentalization in health and disease
Contact Associate Professor Clara Prats for project description
