8/1/2009:
Empirical Technologies releases the latest software upgrade to the CareTaker program
(4.0.0). This version supports synchronization with MRI trigger inputs as well as
analogue output of blood pressure values for integration of the system into other
data collection systems. For registered customers the software is available for download
from ETC’s FTP site.
10/1/2008:
Empirical Technologies launches the ETCMouse non-invasive and wireless physiological
monitoring system for rodents and particularly mice. The technology was developed
with the support of an NIH-sponsored SBIR Phase I/II program.
8/11/2006:
Invited poster for Advanced Technology Applications for Combat Casualty Care Conference
(ATACCC). For PDF versions click on the links for Vital Signs Monitor and Hemorrhage
Monitor.
8/1/2008:
Empirical Technologies launches the pre-clinical version of the CareTaker non-invasive
and wireless physiological monitoring system. The development of different aspects
of this technology has been sponsored by, among others, the National Institutes of
Health, OTTC at the University of California, Santa Barbara, and the Office of Naval
Research.
5/30/2008:
Empirical Technologies introduces pre-production model of HRWatch, an autonomously
operating watch-like device that tracks, besides time, heart rate and activity. The
device is presently being tested at several different sites.
4/4/2007:
VivoMetrics, Inc. and Empirical Technologies announce a collaborative breakthrough
in physiological monitoring which will enable the addition of continuous non-invasive
beat-by-beat monitoring of blood pressure to VivoMetrics' LifeShirt(R) Preclinical
System.
12/18/2006:
“Non-invasive BP Monitor Provides Beat-by-Beat Readings”. Click here for the press
release.
10/1/2006:
Beta release of PDA® (Pulse De-Composition Algorithm) for continuous blood pressure
monitoring as well as vascular assessment. The BPGuardian system is currently being
evaluated at several university hospitals, the Naval Hospital Medical Research in
San Diego, the Office of Naval Research, and the Walter Reed Army Institute of Research,
US Army Institute of Surgical Research at Fort Sam Houston, University of Texas Health
Science Center of Houston, SunTech Medical, University of Virginia Health Center,
and others.
9/1/2006:
ETC wins Phase II NIH funding for development of a wireless physiological sensor
for mice/rats and two studies at the University of Virginia Medical Center (mouse
models for myotonic dystrophy type 1 and asthma)
8/23/2006:
Phase II SBIR Option funding for “Anti-Terrorism-Consequences and Recovery” Office
of Naval Research - Development of hemorrhagic shock monitor.
8/14/2006:
Invited poster for Advanced Technology Applications for Combat Casualty Care Conference.
7/21/2006:
Invited presentation at the Biocentric Technology 6.2 Review, Office of Naval Research.
6/1/2006:
ETC introduces wireless & Bluetooth-based BPGuardian wrist sensing unit
4/1/2006:
Follow-on funding for “Wristwatch Physiological Monitor” Office of Technology Transfer
and Commercialization (OTTC), Center for Commercialization of Advanced Technology
(CCAT), California State University at San Bernadino (http://ottc.csusb.edu/).
3/13/2006:
SunTech Medical, the world leader in motion-tolerant, non-invasive blood pressure
monitoring products and technology, acquires an equity position in Empirical Technologies
Corporation.
1/15/2006:
ETC releases a new slim-profile wrist pulse sensor (see photograph on Home Page)
for testing at client sites.
1/1/2006:
Clinical study of ETC’s blood pressure monitor commences at the Kidney Center of
the Department of Nephrology of the University of Virginia.
12/1/2005:
ETC’s NIH-sponsored clinical study of a sensorized mattress for the detection of
cardio-respiratory signals in neonates commences at the University of Virginia Health
System NICU. As part of the validation study data from over 400 infants will be collected.
For images of pre-production mattress models as well as a sample of preliminary data,
click here.
8/1/2005:
ETC concludes successful feasibility study of first-generation gait monitor in conjunction
with the Physical Medicine Rehabilitation Gait Laboratory at the University of Virginia
Health System
