Developments, news and strategies for drug development specific to phase I through Phase III global clinical trial management, execution, project management and outsourcing. Go→
News, articles and issues specific to clinical trial practice and implementation at the investigative site level. Go→
News, developments and strategies related to eClinical, data management, data collection, ePRO, and more information technology used in the drug development chain. Go→
News, articles and issues specific to laboratories role in the clinical trial, including ECG, imaging, genotyping, tissue samples and more. Go→
News, developments and strategies for clinical trials conduct in relation to the FDA, EMEA and other global regulatory authorities overseeing the drug development industry. Go→
News, articles and strategies related to clinical trial design which impact postmarketing studies, therapeutic areas, adaptive trials, statistics, protocols and more. Go→
|
|
University of Virginia Medical Center Installs Masimo Noninvasive rainbow? Technologies to Improve Patient Assessments and Speed Clinical Decisions
Publish date: Feb 20, 2013
![]()
PR Newswire CHARLOTTESVILLE, Va. and IRVINE, Calif., Feb. 20, 2013
CHARLOTTESVILLE, Va. and IRVINE, Calif., Feb.
20, 2013 /PRNewswire/ -- Masimo (NASDAQ: MASI) announces that
the University of Virginia Medical Center has added new clinical capabilities that allow clinicians
to noninvasively and continuously monitor hemoglobin blood levels using Masimo SpHb® and respiration rate
using Masimo RRa™. UVA Medical Center now leverages Masimo Radical-7® Pulse CO-Oximeters with noninvasive hemoglobin (SpHb®)
– clinically shown to reduce risky and unnecessary blood transfusions while dramatically reducing costs1
– in its operating rooms, obstetric, and surgical intensive care units. "We use the Radical-7 with SpHb primarily for complex spine cases, where we have a particular need to track hemoglobin
levels on a continuous basis," said Dr. Marcel Durieux, MD, of UVA Medical Center's Department
of Anesthesiology. "Having a trending measure rather than having to rely only on intermittent blood gas measurement is helpful,
and it allows us to better time when to get a blood gas." Hemoglobin levels are used as a primary indicator for red blood cell (RBC) transfusion, but laboratory measurements are
only available intermittently and results can be delayed in the period between blood draw and laboratory analysis. This time
gap of information can lead to sub-optimal transfusion decisions.2 Because SpHb monitoring provides real-time directional
trends in hemoglobin – such as indicating stable hemoglobin when it may be perceived to be dropping, and rising hemoglobin
when it may be perceived to not be rising fast enough – it can help clinicians initiate necessary transfusions faster.
A recent study from Cairo University in Egypt showed that
once clinicians determined a transfusion was needed, they were able to initiate transfusions 82% faster – in about 9
minutes, compared to about 50 minutes for patients not being monitored by SpHb.1
That same study also showed SpHb can reduce unnecessary and risky RBC transfusions, which can improve patient outcomes
while lowering the cost of care.1 RBC transfusion is one of the most frequent procedures performed in U.S. hospitals,
with one in 10 patients receiving one or more blood units.3 RBC transfusion overuse can increase patient risk and
cost of care. Multiple observational studies have shown that patients receiving RBC transfusions have an 88% higher mortality
rate, 69% higher infection rate, and 250% higher rate of acute respiratory distress syndrome.4
While some clinicians are concerned about withholding RBC transfusions, multiple randomized controlled trials indicate
that restrictive transfusion practices – those in which significantly lower hemoglobin triggers are used to determine
need for transfusion – are safe.5 In addition, the cost of each RBC unit is estimated between $522
and $1,183 per unit, without including morbidity-associated costs.6
In its post-anesthesia care areas, UVA Medical Center also will be leveraging Masimo Acoustic Respiration Rate (RRa™)
– enabling clinicians to noninvasively and continuously assess patient breathing to facilitate earlier detection of
respiratory compromise and patient distress. Featuring an innovative adhesive sensor with an integrated acoustic transducer
that is easily and comfortably applied to the patient's neck, RRa helps to meet APSF guidelines for monitoring post-operative
patients.7
"UVA Medical Center enjoys a well-earned reputation for providing quality patient care," said Joe
Kiani, CEO and founder of Masimo. "We at Masimo are honored to have been a partner with UVA for many years, and we're
committed to continuing to provide the advanced, high-quality medical technology this leading healthcare organization needs
to help further improve patient outcomes and reduce costs."
1 Wael NA, Maher F. Reduction in Red Blood Cell Transfusions during Neurosurgery with Noninvasive and Continuous
Hemoglobin Monitoring. Proceedings of the Society for Technology in Anesthesia Annual Meeting ; 2013 Jan 9-12; Phoenix AZ.
Available
here
.
2 Friedman MT et al. Arch Pathol Lab Med. 2006 Apr;130(4):474-9.
3 AHRQ. Inpatient Sample. 1997-2007.
4 Marik PE.et.al. Crit Care Med. 2008;36(9):2667-74
5 Carson et al. Cochrane Database Syst Rev. 2012 Apr 18;4:CD002042.
6 Shander A et al. Transfusion. 2010;50(4):753-765.
7 Weinger MB. Dangers of postoperative opioids: APSF workshop and white paper address prevention of postoperative
respiratory complications; APSF Newsletter. 2006; 21(4): 61-88.
About Masimo
Forward-Looking Statements
Media Contacts:
Eric Swensen
Mike Drummond
UVA Medical Center
Masimo Corporation
Phone: (434) 924-5770
Phone: (949) 297-7434
Email: ews3j@virginia.edu
Email: mdrummond@masimo.com
Masimo, SET, Signal Extraction Technology, Improving Patient Outcome and Reducing Cost of Care... by Taking Noninvasive
Monitoring to New Sites and Applications, rainbow, SpHb, SpOC, SpCO, SpMet, PVI, rainbow Acoustic Monitoring, RRa, Radical-7,
Rad-87, Rad-57,Rad-8, Rad-5,Pulse CO-Oximetry, Pulse CO-Oximeter, Adaptive Threshold Alarm, and SEDLine are trademarks or
registered trademarks of Masimo Corporation. The use of the trademarks Patient SafetyNet and PSN is under license from University
HealthSystem Consortium.
SOURCE Masimo
|
|
|||||||||||||||||||||||||||||||||||||