New technologies in pediatric anesthesia

Summary This article reviews potential pediatric applications of 3 new technologies. (1) Pulse oximetry‐based hemoglobin determination: Hemoglobin determination using spectrophotometric methods recently has been introduced in adults with varied success. This non‐invasive and continuous technology ma...

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Veröffentlicht in:Pediatric anesthesia 2012-10, Vol.22 (10), p.952-961
Hauptverfasser: Holtby, Helen, Skowno, Justin J., Kor, Daryl J., Flick, Randall P., Uezono, Shoichi
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container_end_page 961
container_issue 10
container_start_page 952
container_title Pediatric anesthesia
container_volume 22
creator Holtby, Helen
Skowno, Justin J.
Kor, Daryl J.
Flick, Randall P.
Uezono, Shoichi
description Summary This article reviews potential pediatric applications of 3 new technologies. (1) Pulse oximetry‐based hemoglobin determination: Hemoglobin determination using spectrophotometric methods recently has been introduced in adults with varied success. This non‐invasive and continuous technology may avoid venipuncture and unnecessary transfusion in children undergoing surgery with major blood loss, premature infants undergoing unexpected and complicated emergency surgery, and children with chronic illness. (2) Continuous cardiac output monitoring: In adults, advanced hemodynamic monitoring such as continuous cardiac output monitoring has been associated with better surgical outcomes. Although it remains unknown whether similar results are applicable to children, current technology enables the monitoring of cardiac output non‐invasively and continuously in pediatric patients. It may be important to integrate the data about cardiac output with other information to facilitate therapeutic interventions. (3) Anesthesia information management systems: Although perioperative electronic anesthesia information management systems are gaining popularity in operating rooms, their potential functions may not be fully appreciated. With advances in information technology, anesthesia information management systems may facilitate bedside clinical decisions, administrative needs, and research in the perioperative setting.
doi_str_mv 10.1111/pan.12007
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(1) Pulse oximetry‐based hemoglobin determination: Hemoglobin determination using spectrophotometric methods recently has been introduced in adults with varied success. This non‐invasive and continuous technology may avoid venipuncture and unnecessary transfusion in children undergoing surgery with major blood loss, premature infants undergoing unexpected and complicated emergency surgery, and children with chronic illness. (2) Continuous cardiac output monitoring: In adults, advanced hemodynamic monitoring such as continuous cardiac output monitoring has been associated with better surgical outcomes. Although it remains unknown whether similar results are applicable to children, current technology enables the monitoring of cardiac output non‐invasively and continuously in pediatric patients. It may be important to integrate the data about cardiac output with other information to facilitate therapeutic interventions. (3) Anesthesia information management systems: Although perioperative electronic anesthesia information management systems are gaining popularity in operating rooms, their potential functions may not be fully appreciated. 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(1) Pulse oximetry‐based hemoglobin determination: Hemoglobin determination using spectrophotometric methods recently has been introduced in adults with varied success. This non‐invasive and continuous technology may avoid venipuncture and unnecessary transfusion in children undergoing surgery with major blood loss, premature infants undergoing unexpected and complicated emergency surgery, and children with chronic illness. (2) Continuous cardiac output monitoring: In adults, advanced hemodynamic monitoring such as continuous cardiac output monitoring has been associated with better surgical outcomes. Although it remains unknown whether similar results are applicable to children, current technology enables the monitoring of cardiac output non‐invasively and continuously in pediatric patients. It may be important to integrate the data about cardiac output with other information to facilitate therapeutic interventions. (3) Anesthesia information management systems: Although perioperative electronic anesthesia information management systems are gaining popularity in operating rooms, their potential functions may not be fully appreciated. 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(1) Pulse oximetry‐based hemoglobin determination: Hemoglobin determination using spectrophotometric methods recently has been introduced in adults with varied success. This non‐invasive and continuous technology may avoid venipuncture and unnecessary transfusion in children undergoing surgery with major blood loss, premature infants undergoing unexpected and complicated emergency surgery, and children with chronic illness. (2) Continuous cardiac output monitoring: In adults, advanced hemodynamic monitoring such as continuous cardiac output monitoring has been associated with better surgical outcomes. Although it remains unknown whether similar results are applicable to children, current technology enables the monitoring of cardiac output non‐invasively and continuously in pediatric patients. It may be important to integrate the data about cardiac output with other information to facilitate therapeutic interventions. 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source MEDLINE; Wiley Online Library Journals Frontfile Complete
subjects Adult
Anesthesia information management system
Anesthesiology - instrumentation
Cardiac Output - physiology
cardiac output monitoring
Child
Echocardiography, Transesophageal
electric medical record
Hemoglobinometry
Humans
Information management
Monitoring, Intraoperative - instrumentation
Monitoring, Physiologic - instrumentation
Oximetry
Pediatrics
Pediatrics - instrumentation
Perioperative Care
pulse CO-oximetry
Spectroscopy, Near-Infrared
Surgical outcomes
Technology - trends
total hemoglobin
title New technologies in pediatric anesthesia
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