Dräger Infinity Kappa - Page 278

16-6 DELTA/DELTA XL/KAPPA VF8
16 C
ALCULATIONS
The monitor automatically calculates the following hemodynamic parameters:
Label
Parameter
Description
Derivation Units
BSA Body Surface Area Boyd or DuBois equation
NOTE: Boyd equation: for patients
whose weight is less than15 kg and
whose height is less than 80 cm:
BSA = WT
(0.7285 - 0.0188 x(log10WT)
x
HT
0.3
x 0.0003207
DuBois equation: for all other patients:
BSA = WT
0.425
x HT
0.725
x 0.007184
Body weight in grams; height in
centimeters
m
2
CI,
CCI,
ICI
Cardiac Index
(continuous,
intermittent)
CO / BSA L/min/m
2
p-CI Thermodilution Cardiac
Index via the PiCCO
pod
p-CO / BSA L/min/m
2
PCCI Pulse Contour Cardiac
Index via the PiCCO
pod
PCCO / BSA L/min/m
2
LHCP
P
Left Heart Coronary
Perfusion Pressure
ART D - PWP mmHg
LVSW Left Ventricular Stroke
Work
0.0136 x (ART M- PWP) x SV g x m/beat
LVSWI Left Ventricular Stroke
Work Index
0.0136 x (ART M - PWP) x SVI g x m/m
2
/beat
PVR Pulmonary Vascular
Resistance
80 x ((P AM-PWP) /CO) dynes x sec x cm
-5
PVRI Pulmonary Vascular
Resistance Index
80 x ((P AM-PWP) / CI) dynes x sec x cm
-5
x m
2
RPP Rate Pressure Product ART S x HR mmHg/min
RVSW Right Ventricular
Stroke Work
0.0136 x (PA M - CVP) x SV g x m/beat
RVSW
I
Right Ventricular
Stroke Work Index
0.0136 x (PA M - CVP) x SVI g x m/m
2
/beat
SV Stroke Volume CO x 1000 / HR ml
SVI Stroke Volume Index SV / BSA ml/m
2
SVR Systemic Vascular
Resistance
80 x (ART M - CVP) / CO dynes x sec x cm
-5
SVRI Systemic Vascular
Resistance Index
80 x (ART M - CVP) / C.I. dynes x sec x cm
-5
x m
2