No photo of Philip Juul Pedersen

Philip Juul Pedersen

20112019

Research activity per year

Personal profile

Short presentation

Research interests

Basic cardiology, performance horses, potassium channels, long QT-syndrome

Research biography

From February 2010 I have entered a PhD programme at University of Copenhagen in the research area of veterinary physiology. The project is focused on large animal heart function and disease.The horse and whale will be the experimental animals, for comparison with the smaller model animals. More specifically the aims of the project are to sequence and clone the repolarizing potassium channels in the heart of these two large animals and characterize their electrophysiologic properties (activation and in-activation kinetics) by heterologous expression in Xenopus oocytes. Furthermore we aim to find proof of the hypothesis that long QT-syndrome is present in the population of equine performance horses and causing sudden cardiac death.

I completed my DVM at University of Copenhagen in January 2010 with focus on equine medicine. My master's thesis was in the research area of equine basic cardiology with the title: " A genetic and electrophysiologic method description for the characterization of the K + channels KCNQ1 and KCNH2 - key players in equine cardiac repolarization".

In September 2007 I completed my bachelor at University of Copenhagen. My bachelor thesis was in the research area concerning clinical diagnosis of equine cardiac disease. The title was " The usage of ECG in horses for the diagnosis of arrhythmias - including a field test of Krutech Televet ® 100 wireless ECG on dressage horses".

Memberships

DACRA: Danish Cardiovascular Research Academy

Biophysical Society

Funding:

Faculty of Life Sciences - University of Copenhagen

CV

2010-2013: Ph.d. student at University of Copenhagen. Field: Basic equine cardiology

2007-2010: DVM in veterinary medicine at University of Copenhagen

2004-2007: Bachelor in veterinary medicine at University of Copenhagen

Fingerprint

Dive into the research topics where Philip Juul Pedersen is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
  • 6 Similar Profiles