Konstantinos Stavroulakis, MD

Consultant of vascular and endovascular surgery, Editor In Chief at Vascupedia

Konstantinos Stavroulakis, MD

Dr Konstantinos Stavroulakis is a Consultant Vascular and Endovascular Surgeon at St. Franziskus Hospital, Münster, Germany. He trained at the University of Crete Medical School until 2009. He moved to Germany in 2012 and became a Trainee of Surgery and Vascular Surgery at the Paracelsus Clinic Marl, Germany. He achieved his Postgraduate (Dr.med) qualification in March 2016 from the Westphälische-Wilhelms-Universität Münster. His thesis was - Combination therapy with directional atherectomy and drug eluting balloon angioplasty for isolated lesions of the popliteal artery. He currently is Scientific Director of the Institute for Vascular Research as well as Editor in Chief Vascupedia. As well as being involved in numerous research trials he presents at all the major vascular congresses.


Related Videos

IVUS technical characteristics Video

IVUS technical characteristics

Dr. Michael Lichtenberg and Dr. Konstantinos Stavroulakis outline the IVUS technical characteristics and the rationale for using IVUS to complement angiography in PAD intervention.

IVUS thrombus PAD Video

IVUS thrombus PAD

Dr. Michael Lichtenberg and Dr. Konstantinos Stavroulakis summarize how intravascular imaging aids in the visualization of plaque morphology, specifically the challenges and importance of accurately identifying thrombus.

IVUS plaque burden Video

IVUS plaque burden

Dr. Konstantinos Stavroulakis briefly outlines the benefits of assessing plaque burden with intravascular imaging.

IVUS calcification PAD Video

IVUS calcification PAD

Dr. Konstantinos Stavroulakis provides an example of imaging a high grade stenosis and calcium with intravascular ultrasound (IVUS) including plaque burden and geometry of plaque location.

IVUS four pillars PAD Video

IVUS four pillars PAD

Dr. Michael Lichtenberg and Dr. Konstantinos Stavroulakis define the four pillars of IVUS; vessel size, plaque morphology, plaque geometry, and guidewire position.