Abstract
Echocardiography represents one of the most important advances in the monitoring of critical patients. Initially available only in cardiovascular surgery, currently, there is transesophageal echocardiography (TEE) and transthoracic echocardiography (ETT) in non-cardiac surgery, for anesthesiologists. The advantages of ETT is a non-invasive tool, of lower cost than the transesophageal transducer and therefore more feasible to be overcrowded and available in the pavilion. To evaluate the usefulness of TTE in patients with hemodynamic compromise during non-cardiac surgery. In a prospective manner between April 2016 and September 2018, patients were studied who during their intraoperative period presented a compromise of their hemodynamic state, defined as an average blood pressure under 55 mm Hg, for more than 3 minutes and without response to the usual therapy based on vasopressors and volume. Each of these patients had a prospective protocol for focused ETT looking for the cause of this disorder, by a duly trained operator. 124 patients, with an average age of 67 years (range 42 to 93 years) were evaluated. In all cases, at least one echocardiographic window was obtained that allowed a diagnosis to be made and/or to guide the therapy. The main causes of hemodynamic compromise were hypovolemia (52%), poor left ventricular function (21%) and other causes such as pericardial effusion, suspected pulmonary thromboembolism, pulmonary pathology and suspected myocardial ischemia. The ETT could be a feasible tool to use in acute hemodynamic events, since it offers good quality windows that allow new decisions based on the diagnosis and also allows to guide the selected therapies. In addition, it has been shown to positively impact clinical behaviors in the perioperative period. ETT is a non-invasive monitor, reasonably easy to learn to use; In addition to directly visualizing cardiac structures, it allows differential diagnoses of the causes of intraoperative hypotension. The therapies can also be decided according to the echocardiographic images and control how they generate changes in the cardiac cavities and in the hemodynamic state of the patient.
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