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esCCO_8755

esCCO_8755

esCCO_8755

Product catalog summary
Introduction
Dr. Suraphong Lorsomradee advocates for Goal Directed Therapy (GDT) using a Hemodynamic Graphic display to optimize patient outcomes, particularly in cases of septic shock. This approach has shown effectiveness in reducing mortality and hospital stays.

Hemodynamics Graph Overview
The Hemodynamics Graph is a monitoring tool that provides comprehensive hemodynamic information through intuitive graphic displays. It consists of two interrelated graphs: the Target Graph and the Trend Graph, which aid in diagnostic and therapeutic decision-making.

Goal-Directed Therapy (GDT)
GDT is a protocol aimed at optimizing hemodynamic conditions in shock patients, focusing on restoring adequate microcirculation. It is a straightforward approach compared to other complex therapies, improving outcomes for critically ill patients.

Clinical Usefulness
The Hemodynamics Graph is beneficial in various clinical settings, including the ER, OR, and ICU. It supports quick treatment decisions by monitoring both invasive and non-invasive parameters, enhancing patient management throughout the treatment process.

Diagnostic and Therapeutic Applications
The graph aids in identifying shock characteristics and allows for early therapeutic interventions. It helps distinguish between compensated and uncompensated shock, facilitating quicker treatment decisions.

Post-Diagnosis Use
Clinicians can use the graph to take early action and monitor treatment progress. It helps determine the best treatment path by assessing patient responsiveness to interventions like fluid administration.

Additional Benefits
The Hemodynamics Graph enhances team communication and decision-making by providing a simple, intuitive visualization of patient data. It supports integrated team efforts in patient care, improving treatment strategies and outcomes.
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Catalog excerpts

esCCO_8755-1

Fighting Disease with Electronics Optimizing Diagnosis, Treatment and Clinical Outcomes Hemodynamics Graph for GDT Dr. Suraphong Lorsomradee, MD., PhD. Associate Professor, Director of TIVA Training Center, Division fo Cardiothoracicand Vascular Anesthesia Division of Liver Transplantation Anesthesia, and Department of Anesthesiology Faculty of Medicine at the Chiang Mai University, Chiang Mai, Thailand Hemodynamics Graph is available on the following NIHON KOHDEN patient monitors Dr. Suraphong Lorsomradee, a strong advocate of GDT, has shared his clinical experience using a Hemodynamic Graphic display. We present it here to summarize the benefits of this important graphic breakthrough that visually captures therapeutic progress and efficacy by giving the clinician exactly what is needed to best treat the patient. Dr. Lorsomradee has had good experience with Nihon Kohden's Hemodynamics Graph as a monitoring tool for patients' hemodynamics. He believes that the Graph may be useful in GDT. Hemodynamics Graph There has been growing global demand for advanced monitoring tools with intuitive graphic displays and more non-invasive and continuous measurements and parameters. The Hemodynamics Graph is a monitoring tool that displays comprehensive hemodynamic information on data collected from Nihon Kohden bedside monitors. The Hemodynamics Graph is designed to provide an intuitive approach to diagnostic and therapeutic decision-making during the management of hemodynamics. The unique Graphic display actually consists of 2 graphs that are interrelated: the Target Graph and the Trend Graph (Figure 1). Life Scope

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esCCO_8755-2

Early Decision Making in Goal Directed Fluid Management Target Graph Target Zone Trend Graph Figure 1 : Hemodynamics Graph The Target and the Trend Graphs as displayed on the Nihon Kohden CSM-1900 Patient Monitor. The Target Graph shows the progress of the patients’ hemodynamic condition towards the predetermined goal. * Data provided by NATIONAL DEFENSE MEDICAL COLLEGE, Japan. If the Hemodynamics Graph can ‘catch’ therapies are time-consuming and overly the transition at the early stages of the complicated. Alternatively, goal-directed deterioration of a patient’s condition, therapy is a direct...

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esCCO_8755-3

esCCO Information vol.4 anesthesia. If the patient is moved to the ICU, and after weaning from invasive monitoring, the Hemodynamics Graph can be used to continue monitoring with other, innovative non-invasive parameters, such as with esCCO, a non-invasive and continuous measurement of Cardiac Output. Can the Hemodynamics Graph be used for diagnosis? The Hemodynamics Graph is useful for identifying the characteristics of shock. For example, in the case of hypovolemic shock, using the Target Graph to display dynamic parameters such as cardiac output and static parameters such as blood pressure,...

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S NIHON KOHDEN NIHON KOHDEN CORPORATION 1-31-4 Nlshlochlal, Shlnjuku-ku, Tokyo 161-8560, Japan Phono +81 (3) 5996-8036 Fax +81 (3) 5996-8100 www.nlhonkohden.com

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.