Projekter for studerende

Vores forskningsgrupper tager gerne imod nye studerende, der har lyst til at lave deres bacheloropgave, speciale eller forskningsår på Biomedicinsk Institut.

På Biomedicinsk Institut har vi ca. 50 professorer og lektorer, som du altid er velkommen til at kontakte, hvis du er interesseret i at lave et forskningsprojekt på instituttet.
Se liste over instituttets forskere.

Specifikke projekter

Bachelorprojekter

• Unravelling the microtubule network to reveal novel aspects of vascular control in hypertension
  Kontakt Thomas Jepps

• Investigating the effect of thiocyanate (SCN-) in modulating oxidative damage in atherosclerosis
  Kontakt Clare Hawkins

• Investigating the role of nucleic acid modification in inflammatory disease
  Kontakt Clare Hawkins

• Investigating the molecular mechanisms involved in vascular cell damage and death, within the setting of atherosclerosis
  Kontakt Clare Hawkins

• Ion channel physiology, (dys)function, and regulation
  Ion Channel, Nicole Schmitt

• Topics on cardiac physiology
  Cardiac Electrophysiology, Morten Bækgaard Thomsen

Specialeprojekter

• Unravelling the microtubule network to reveal novel aspects of vascular control in hypertension
  Kontakt Thomas Jepps

• Investigating the effect of thiocyanate (SCN-) in modulating oxidative damage in atherosclerosis
  Kontakt Clare Hawkins

• Investigating the role of nucleic acid modification in inflammatory disease
  Kontakt Clare Hawkins

• Investigating the molecular mechanisms involved in vascular cell damage and death, within the setting of atherosclerosis
  Kontakt Clare Hawkins

• How do potassium channels regulate the kidney?
  Ion Channel, Nicole Schmitt

• Epigenetics changes associated with atrial fibrillation
  Ion Channel, Nicole Schmitt & Joana Larupa dos Santos

• Changing our fundamental understanding of vascular control
  Ion Channel, Christian Aalkjær & Thomas Jepps

• The Circadian Clock as Target for Modulating Cardiac Remodeling
  Cardiac Electrophysiology, Morten Bækgaard Thomsen

• Arrhythmia in the Diabetic Heart
  Cardiac Electrophysiology, Morten Bækgaard Thomsen
  
  
• Kv11.1 Potassium Channel in Murine Cardiomyocytes?
  Cardiac Electrophysiology, Morten Bækgaard Thomsen

• Effekten af immobilisering og efterfølgende aerob træning på mitokondrienetværk Xlab, Clara Prats & Jørn W. Helge

• Quantitative measurement of water concentration in the brain, a mouse model.
  The metabolic regulation group, Henrik El Ali
  
  
• Immune cell migration in Multiple Sclerosis
  The metabolic regulation group, Henrik El Ali

• Cardiac electrophysiology in isolated zebrafish larval hearts
  The Ion Channel Group, Pia Rengtved Lundegaard
  
  
• Vascular Development and Angiogenesis
  The Ion Channel Group,  Pia Rengtved Lundegaard
  
  
• Unraveling the composition of key protein complexes associated with human diseases in multiple organs
  The Ion Channel Group, Alicia Lundby

• Studying brown adipogenesis and thermogenic energy metabolism using fat-specific gene knockout model
  Adipocyte Biology, Hongbin Zhang

Projekter der kan laves som enten bachelor-, speciale, eller forskningssemesterprojekter

• Four different projects from the Immunoendocrinology group
  Kontakt Michal Marzec

• Unravelling the microtubule network to reveal novel aspects of vascular control in hypertension
  Kontakt Thomas Jepps

• Investigating the effect of thiocyanate (SCN-) in modulating oxidative damage in atherosclerosis
  Kontakt Clare Hawkins

• Investigating the role of nucleic acid modification in inflammatory disease
  Kontakt Clare Hawkins

• Investigating the molecular mechanisms involved in vascular cell damage and death, within the setting of atherosclerosis
  Kontakt Clare Hawkins

• A very early window in Acute Myocardial Infarction using in vivo MR Imaging/Spectroscopy - A rat Model
  Kontakt: Henrik El Ali eller Thomas Jespersen
  
  
• Extracellular matrix damage & atherosclerosis
  Protein Oxidation, Michael Davies

• Kinetics and mechanisms of oxidative damage
  Protein Oxidation, Michael Davies

• Diabetes, glycation and extracellular matrix damage in cardiovascular disease Protein Oxidation, Michael Davies

• Protein damage in cardiovascular disease
  Protein Oxidation, Michael Davies

• Structural and Functional Studies of Membrane Proteins
  Membrane Protein Structural Biology Group, Pontus Gourdon

• Fysisk træning og metabolisme. Herunder fysisk træning i forebyggelsen og behandlingen af type 2 diabetes og kardiovaskulære sygdomme.
  Kontakt Flemming Dela for projektbeskrivelse.

• Arbejdsfysiologi: kardiovaskulære tilpasninger til fysisk træning.
  Kontakt Flemming Dela for projektbeskrivelse.

• Livsstilssygdomme
  Kontakt Flemming Dela for projektbeskrivelse.

• Mitokondriernes fysiologi og patofysiologi:
  a) Hyperkolesterolæmi
  b) Oxidativt stress og type 2 diabetes.
  Kontakt Steen Larsen for projektbeskrivelse.

• Overvægt og fedme: strategier til behandling og fastholdelse af vægttab: Kirurgi, medicin og livsstil.
  Kontakt Jørn Wulff Helge for projektbeskrivelse.

• 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.
  Kontakt Jørn Wulff Helge for projektbeskrivelse.

• Fysisk inaktivitet: effekt på stofskiftet og metabolic fitness.
  Kontakt Flemming Dela for projektbeskrivelse.

• Intracellular compartmentalization of metabolic processes, in health and disease.
  a) High resolution visualization of mitocondrial 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.
  Kontakt Clara Prats for projektbeskrivelse.