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Part 1 | Session 6 Plenary Session 5 – CRM disease: epidemiology and pathophysiology
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Part 2 | Session 1 Plenary Session 6 – Anaemia and iron deficiency
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Part 2 | Session 4 Plenary Session 8 – Early intervention and intensive management
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Part 2 | Session 5 Effects of GLP- 1RA on kidney outcomes in CKD and T2D
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Part 2 | Session 6 Plenary Session 9 – Precision medicine in CRM
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Part 1 | Session 1 Plenary Session 1 – Multidisciplinary implementation strategies
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Part 1 | Session 2 Keynote Session – KDIGO guideline updates 2024
KDIGO and Translational Medicine Academy (TMA) in partnership with Radcliffe Cardiology were delighted to announce the return of e-SPACE Cardio-Renal-Metabolic (CRM) 2024.
A thoughtfully curated programme supported the exploration of how leading experts, in cardiology, nephrology and diabetology, treat the interrelated diseases.
This event once again brought together TMA’s mandate for the delivery of continuing professional development to healthcare professionals to achieve concordance with appropriate treatment plans, alongside KDIGO's mission to improve the care and outcomes of patients with kidney disease worldwide through the development and implementation of global clinical practice guidelines, with Radcliffe Cardiology’s goal to deliver cardiovascular knowledge to best support cardiovascular communities transform theory into practice.
Related sessions to e-SPACE Cardio-Renal-Metabolic 2024:
Learning Objectives
- Review the burden of diabetes, kidney disease and heart failure including morbidity, excess mortality and reduced quality of life affecting individuals around the world
- Describe the complexity and interlink between the three conditions
- Discuss existing guidelines and best approaches for screening patients
- Review evidence-based management strategies for diabetes, cardiovascular disease, heart failure, kidney disease and obesity including SLGT2i, GLP-1RA, new non-steroidal mineralocorticoid receptor antagonists and other emerging therapies
- Foster cross-collaboration between other cardiorenal / metabolic specialists and primary care physicians and allied health care professionals in order to improve patients outcomes
Target Audience
- Cardiologists
- Nephrologists
- Diabetologists
- General Practitioners (GPs)
- HF Specialists
- Nurses, Pharmacists, and other Allied Healthcare Professionals
More from this programme
Part 1
Day One
Part 2
Day Two
Faculty Biographies
Intissar Haddiya
Nephrologist
Prof Intissar Haddiya is a Nephrologist at Mohamed First University, Oujda, MA.
Prof Haddiya's interests include hypertension, kidney disease, dialysis, kidney donation and transplant.
Lars H Lund
Associate Professor and Senior Consultant
Dr Lund's expertise is in HF big data and registry-based comparative outcomes studies and pragmatic trials. He is active in programs to improve utilisation of existing evidence-based interventions in heart failure with reduced ejection fraction, as well as in novel interventions.
Dr Lars Lund is an Editorial Board member of Cardiac Failure Review.
Marco Metra
Professor
Marco Metra is Full Professor of Cardiology and Director of the Institute of Cardiology of the Civil Hospital and University of Brescia, Italy, and Editor-in-Chief of the European Journal of Heart Failure and Senior Consulting Editor of the European Heart Journal.
Prof Metra has been principal investigator and member of the Executive or Steering Committees of many trials in patients with heart failure. His research is focused on heart failure with, as main areas of interest, β-blocker therapy and, more recently, the assessment and treatment of the patients with acute heart failure.
He has co-chaired with Prof. Teerlink, San Francisco, CA, the phase IIB Pre-RELAX-AHF and the phase III RELAX-AHF randomized placebo controlled trials in patients with acute heart failure and is chairing the current RELAX-AHF-2 trial, which has as primary end-points the effects of serelaxin on the 180-days mortality and on in-hospital worsening heart…
Nikolaus Marx
Professor of Medicine
Prof Dr Marx is a distinguished Professor of Medicine and Cardiology at the RWTH University Hospital Aachen, Germany. His clinical and research interests are centrally focused on cardiovascular disease in patients presenting with significant comorbidities, including Type 2 diabetes mellitus and chronic kidney disease. Prof Marx is a recognised authority on the interplay between metabolic disorders and cardiovascular health. He has contributed significantly to clinical guidelines and trials in this domain, making him a prominent figure in bridging diabetology and cardiology, and frequently serving as faculty at major international congresses.
Peter Rossing
Clinical Professor
Prof Peter Rossing is a Clinical Professor at University of Copenhagen, Copenhagen, DK.
His interests include complications in diabetes with focus on renal and cardiovascular complications.
He has been involved in several intervention studies in patients with overt diabetic nephropathy aiming at improving the prognosis.
Prof Rossing is past president of the Danish Endocrine Society, and of the European Diabetic Nephropathy Study group and chairman of the Danish National Diabetes Registry.
Giuseppe Rosano
Consultant Cardiologist and Professor of Cardiology (Hon)
Giuseppe Rosano was born and raised in Vibo Valentia, Italy, where he developed an early interest in medicine and cardiovascular science. While detailed information about his family and early childhood is not widely published, his Italian background and international academic career reflect strong cultural roots combined with global engagement in cardiovascular medicine.
Academic History
Professor Rosano obtained his Medical Degree in Medicine and Surgery with full honours from La Sapienza University of Rome in 1988. He subsequently completed his specialisation in Cardiology in 1992. Following his clinical training, he pursued advanced academic and research qualifications in the United Kingdom, earning both an MSc and a PhD in Medical Sciences from Imperial College London. His postgraduate research focused on cardiovascular physiology and pharmacology, forming the foundation of his future work in heart failure and cardiac metabolism.
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