Keynote speech – Hemodynamic Monitoring: Sustainability and Accessibility

This lecture aims to address the latest developments in cardiovascular monitoring and their environmental impact. Key aspects of how to make medical equipment more sustainable and how to improve accessibility to these methods in diverse clinical settings, including those with limited resources, will be explored. During the lecture, experiences and innovative approaches to achieve more equitable and efficient care, with direct impact on patient diagnosis and treatment, will be shared.

Arterial pressure waveform – Morphology and artefacts

This presentation will interpret the morphology of the arterial pressure waveform and its importance and influence on hemodynamic management. In addition, the most common artefacts, their causes and the impact they can have on data accuracy will also be discussed. During the presentation, practical tools will be shared to improve interpretation and recognise error patterns, promoting optimisation in clinical practice.

Preload and afterload parameters

Knowing and knowing how to interpret the parameters of preload and afterload are two essential factors for good hemodynamic management. This lecture will cover both parameters in depth, analysing both the different elements that compose them and their relevance in diagnosis and medical treatment. Factors that may influence the accuracy of the measurements will also be discussed and strategies to optimise their interpretation will be shared.

Finding the balance between flow and pressure – is there room for Eadyn?

Monitoring Cardiovascular Efficiency

This talk will discuss advanced methods to assess the efficiency of the cardiovascular system in real time. During the presentation, the key parameters for optimising cardiac performance and their impact on haemodynamic diagnosis and management will be discussed. In addition, the speaker will present innovative techniques and technologies to improve the accuracy of these measurements, as well as strategies for applying these data in the clinical setting. This session will provide practical and up-to-date tools to improve the quality of cardiovascular monitoring and treatment.

Interactive clinical cases

This online workshop aims to improve the user’s clinical knowledge by analyzing real clinical cases, making decisions for proper monitoring and treatment of the patient. Through interactivity, each participant will test their knowledge and skills for data interpretation and critical decision making, promoting active learning.

Utility of PCM in ventricular assists

What is the utility of using pulse contouring methods in monitoring ventricular assistances? This paper seeks to answer this and other questions by analysing the importance of this method in dynamically assessing hemodynamic changes and adjusting treatment to the patient’s needs. The paper will explore the application of the Pulse Contour Method (PCM) in the monitoring and adjustment of ventricular assists. It will discuss how this method allows to dynamically assess hemodynamic changes and adjust ventricular assist more precisely to the patient’s needs.

Clinical Management of Oxygen Delivery (DO2)

This lecture will focus on the importance of oxygen transport in the clinical management of critically ill patients. The mechanisms that regulate oxygen consumption and distribution will be discussed, as well as strategies to optimise DO2 in shock, respiratory failure and other critical conditions. The speaker will also discuss tools and methods to assess oxygen transport efficiency in real time, providing crucial information to improve clinical management and decision making in the hospital setting.

Five limits of the macrocirculation

This lecture addresses the key factors that determine the functional limits of the macrocirculation in the human body. It will discuss the five main limits that affect the large-scale circulation, including blood pressure, cardiac output, vascular resistance, vessel distensibility and vital organ perfusion. The speaker will explain how these limits interact and affect hemodynamic stability, providing strategies for the monitoring and clinical management of these parameters in critically ill patients.

Septic Patient Management with a PCM (Pulse Contour Method)

This paper explores the application of the Pulse Contour Method (PCM) in the monitoring and management of septic patients. It will discuss how the PCM allows dynamic assessment of real-time hemodynamic response, helping to optimize perfusion and circulatory balance in patients with sepsis. It will highlight how this tool improves accuracy in decision-making and adjusts treatment according to the hemodynamic needs of the septic patient.

Closing Conference – Ztot

This presentation will develop the concept and application of total cardiovascular impedance (Ztot) in the assessment of a patient’s hemodynamic status. Dr. Romano will explain the origin of the PRAM (Pressure Recording Analytic Method), and how the ability to estimate beat-to-beat in real time in that patient cardiovascular impedance completely changed the approach to personalised hemodynamic monitoring and decision making, even in very complex and particular conditions such as IABP (intra-aortic balloon counterpulsation), ECMO, paediatric or septic patients.