Evaluating Remote Patient Monitoring for...
- ICU
- 30/04/2024
Intensive care units are essential in providing life-saving care to critically ill patients. However, ICUs can have an environmental impact. Approximately 5% of worldwide anthropogenic greenhouse gases result from healthcare activities. ICUs use significant energy to power equipment, ventilators, monitoring systems, and other life-support...
READ MORETogether we must reduce the impact of the healthcare sector and shift towards a circular economy. This paper describes the shift of three ICU environmental hotspots: gloves, gowns, and CRRT bags. Introduction The healthcare sector is one of the most carbon-intensive sectors, contributing to 4.4% of global net greenhouse gas emissions...
READ MOREThe preanalytical phase of the blood gases study is the most susceptible to errors, causing increased time and costs for patients and hospitals. Knowledge and training of the involved health personnel must be constant to improve results. Introduction Arterial or venous blood gases test is a frequent tool in the Intensive Care Unit (ICU)...
READ MOREMAY 31-2 JUN 9th World Congress of the ERAS® Society 2023 Lisbon, Portugal https://iii.hm/1kvk JUNE 3-5 Euroanaesthesia 2023 Glasgow, Scotland https://iii.hm/1kvl 9-11 6th EuroAsia Conference Mumbai, India https://iii.hm/1kvm 12-14 41st Vicenza Course on AKI & CRRT Vice
READ MOREIntensive care units are carbon hotspots that contribute three times the GHG emissions as acute care units per bed day. Clinical staff must be aware of GHG production's impact and potential mitigations. This article summarises key points and initiatives to make this happen. Healthcare contributes approximately 5% of worldwide greenhouse...
READ MOREWhen patients are critically ill, one or more organs may not function optimally or even fail, so organ support is an important component of ICU management. However, organ support can be associated with complications such as infections, bleeding, and damage to surrounding tissue or organs. These complications can alter the patient's condition,...
READ MOREDuring artificial organ support, kidney injury is multifactorial and related to the high severity of patients treated with extracorporeal membrane oxygenation (ECMO). The successful delivery of continuous renal replacement therapy (CRRT) during ECMO requires a clear prescription of the target solute clearance and fluid removal rate based on the cumulative...
READ MOREExtracorporeal membrane oxygenation is a resource that is accessible in hospitals and intensive care units all over the world. In serious situations, ECMO therapy is intended to provide haemodynamic and/or ventilatory support. Because of this, many people refer to the ECMO patient as "the most critical patient." As a result, there is a very high...
READ MOREHeparin-induced thrombocytopaenia (HIT) is an immune complication of heparin therapy. This review discusses the pathophysiology, incidence, clinical manifestations, diagnostic approach, and management of patients with HIT. Pathophysiology HIT is an immune complication of heparin therapy caused by IgG antibodies to complexes of platelet...
READ MOREOrgan support is a life-saving measure and crucial in many critically ill patients. However, organ support can be associated with complications. Join our panellists as they discuss progress in the management of multiorgan failure and different forms of organ support and treatment strategies for acute kidney injury, respiratory failure, cardiac failure...
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