KORRâ„¢ ReeVue
Indirect Calorimeter
The REEVUE measures
the oxygen that the body consumes. Using this measurement, it calculates a
patient’s Resting Energy Expenditure (REE), commonly referred to as a Resting
Metabolic Rate (RMR). Physicians can screen for abnormally low metabolic rates
and pinpoint the precise caloric intake required for weight loss, maintenance,
or weight gain. Applications include nutritional assessments required to
treat obesity as well as obesity related diseases such as metabolic syndrome,
sleep disorders, diabetes, and thyroid disorders. Under strict
laboratory protocol, the ReeVue can be used to measure basal metabolic rate
(BMR).
Features
Direct Oxygen Measurement
ReeVue by KORR
directly measures the concentration of oxygen breathed out by each
patient. The patient merely breathes through a simple mouthpiece as all
the exhaled air is collected and analysed. Because there is a direct
correlation between oxygen consumed and calories burned (4.813 calories for
every millilitre of oxygen consumed), an accurate measurement of oxygen
consumption is an effective measurement of calorie consumption.
Mixing chamber Technology
A mixing chamber is
considered the “Gold Standard†for Indirect Calorimetry (more commonly referred
to as a Metabolic Measurement.) In the past, this system has been complicated
and expensive, making it only practical for ICU’s and research departments.
KORR advancements in technology make this method feasible for the typical
practitioner.
Self-Calibrating
Adjustments for
barometric pressure, temperature, and humidity are key to an accurate VO2
measurement. The ReeVue measures these parameters during each routine
calibration cycle, then automatically compensates to standard (STPD)
conditions.
Clean
Other Indirect
Calorimeters require the patient to draw both their inhalation and exhalation
through the measurement device located at the patient’s mouth. The air
they breathe in will pass through the same mechanism as countless patients
before them. KORR uses a one-way valve in the disposable MetaBreather
mouthpiece. This draws in fresh room air with each inspiratory breath and
eliminates concerns about cross contamination. The disposable is thrown
away and there is no need to clean equipment between each patient.
Simple
The ReeVue has a
simple user interface that assists the operator from start to finish. No
training or certification is required. It does not require a computer or
software, and even the printer is optional. Everything you need is at
your fingertips!
Reimbursable & Accurate
The ReeVue performs
an oxygen uptake test, which is CPT code #94690.
ReeVue has been
independently validated at the University of Southern California and Georgia
State Univiersity.
Specifications
Oâ‚‚ Sensor |
|
|
Type |
: |
Galvanic Fuel Cell |
Accuracy |
: |
±0.2% O₂ |
Resolution |
: |
0 to 30% Oâ‚‚ |
Average Sensor Life |
: |
24 months |
Air Flow Sensor |
|
|
Type |
: |
Fixed-orifice Differential Pressure Pneumotach |
Accuracy |
: |
±2% of reading |
Resolution |
: |
0.01 LPM |
Range |
: |
-40 to 150 LPM |
Breath Rate |
: |
5 to 40 breaths/minute |
Tidal Volume |
: |
200 to 3000 ml |
Physical Dimensions |
|
|
Size |
: |
12†x 9†x 4†|
Weight |
: |
5.75 lbs (2.6 kgs) |
Accuracy |
|
|
Average Difference |
: |
24.7 kcal/day (-1.45%) |
Standard Deviation of Difference |
: |
57.1 kcal/day (2.85% of reading) |
r² |
: |
0.975 (r=987) |
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