As vascular surgeons, we all use various pieces of equipment and technology in our day jobs. Everything from the hand-held Doppler to complex ultrasound machines, CT and MRI scanners. Every time we treat vascular disease we use some form of technology, be it an angioplasty balloon, stent or a vascular graft. We are surrounded by technology and use it all the time, but how many of us actually have any clue as to how it works? In this series of podcasts, we will take a slightly light-hearted look at the biomedical engineering involved in some of the pieces of kit that most of us take for granted. Nothing too overwhelming, but enough to explain the science behind the machine.In the first episode, we will take a look at the humble hand-held Doppler machine and explain how this frequently used machine does what it does. We will explain how the Doppler and piezoelectric effects combine to make an essential tool for clinicians and allied healthcare professionals in the field of vascular surgery.Presented by Justin Woolgar.
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ERAS in Abdominal Aortic Aneurysm Repair – International Perspectives (Pt 2) w/A. Settembrini & A. K Vavra
In this episode, we’re joined by Prof. Alberto Settembrini and Associate Professor Ashley K. Vavra to discuss the application of Enhanced Recovery After Surgery (ERAS) protocols in the treatment of abdominal aortic aneurysms.We explore how ERAS principles are adapted for both open and endovascular AAA repair, covering key elements such as preoperative risk assessment, anaesthetic management, early mobilisation, and discharge planning.The conversation underscores the importance of bridging the gap between evidence and clinical practice, as well as the central role of the entire multidisciplinary team, comprising surgeons, anesthesiologists, nurses, physiotherapists, and dietitians.
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ERAS in Vascular Surgery - Setting Patients Up for Success (Pt 1) - w/K.McGinigle
In this episode, we’re joined by Prof. Kate McGinigle – vascular surgeon, researcher, and expert in Enhanced Recovery After Surgery (ERAS).We explore the role of ERAS protocols in optimising outcomes for vascular surgery patients, with a focus on preoperative risk assessment, nutritional support, and structured prehabilitation.Drawing on clinical data and implementation experience, Prof. McGinigle outlines practical strategies that surgical teams can adopt to reduce complications, support recovery, and personalise care pathways.This is Part 1 of a two-part series on perioperative optimisation in vascular surgery.Recommended for surgeons, anesthesiologists, dietitians, physiotherapists, and all healthcare professionals involved in perioperative care.
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Chronic Wound Treatment Part 2 - Dr. Magdalena Antoszewska and Kamila Mazuryk
In Part 2 of our wound care series, we shift focus to what happens on the wound bed itself. From negative pressure therapy to advanced dressings and skin grafts – this episode is all about local treatment strategies.Our expert guests, dermatologist Dr. Magdalena Antoszewska and wound care nurse Kamila Mazuryk, walk us through practical solutions, clinical tips, and the logic behind what works (and what doesn’t) in complex wound care, especially when perfusion is compromised. This episode covers:Skin grafts: when, how, and why they succeed or failThe do’s and don’ts of NPWT in ischemic and grafted woundsHow to approach wound bed preparation with limited vascular supplyDressing selection: infection control, moisture balance, and biofilm managementWhen to avoid debridement – and what to do insteadIncorporating patient quality of life and mental health into long-term wound plansAdvanced materials and smart bandage technologyIf you’re dealing with diabetic feet, graft failures, or wounds that just won’t close, this episode brings frontline advice from the people who live in the wound world every day.Whether you're in theatre, clinic, or at the bedside, this is the practical wound wisdom you need.
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Thoracic branch devices - Giovanni Pratesi
In a short series of podcasts, we are going to explore the evolving field of complex thoracic aortic repair, with a particular focus on complex endovascular devices implanted in the aortic arch or even the ascending aorta, that is, zones 0 to 2. In today’s episode, we are going to dig into proximal landing zone 2, that is, the need to place the TEVAR device between the left carotid and the left subclavian arteries, so over the origin of the LSA, and strategies to preserve left subclavian artery perfusion.
The ESVS offers resources for vascular surgeons, nurses, trainees and more so we may fulfil our mission of improving vascular health for the public benefit.ESVS has received sponsorship for the inclusion of some topics to be addressed in some podcasts, but the focus, content and development of all podcasts are fully independent.
Brasil