Beckman Coulter COULTER LH 750 System, Справочник

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PN 4277248DD
GLOSSARY-8
GLOSSARY
LY % (Lymphocytes) A WBC differential parameter result from the Diff sample analysis. The percent
(%) is measured directly using VCS technology.
m Meter, a unit of linear measurement.
Manual aspiration
mode The open-vial method of running a sample. Also called: open-vial mode,
secondary mode, manual sampling mode.
Manual Diff Box A blank area included on a report where you can record your manual
differential results for the sample.
Manual Print Job Selecting the print icon to print a single item.
MCH (Mean
Corpuscular
Hemoglobin) A computed value that represents the amount of hemoglobin by weight in the
average red cell. The system automatically recalculates this value if HGB or RBC
change.
MCH (pg) = (HGB/RBC) x 10
MCHC (Mean
Corpuscular
Hemoglobin
Concentration) A computed value that represents the concentration of hemoglobin
(weight/volume) in the average red cell. The system automatically recalculates
this value if HGB or HCT change.
MCHC (g/dL) = (HGB/HCT) x 100
MCV (Mean
Corpuscular Volume) The volume of the average red cell derived from the RBC histogram.
Mean Arithmetic average of a group of data.
Membership The different types of cells in a particular region, regardless of the number of
cells.
On DataPlots, membership is represented showing different types of cells in
different colors.
mL
Milliliter, a unit of volumetric measurement, equal to liter.
mm Millimeter, a unit of linear measurement, equal to one-thousandth of a meter.
MO # (Monocytes) A WBC differential parameter result from the Diff sample analysis. The number
(#) is computed from the WBC count and the MO %.
MO % (Monocytes) A WBC differential parameter result from the Diff sample analysis. The percent
(%) is measured directly using VCS technology.
Mode The method of running a sample, closed vial (Automatic aspiration mode) or
open vial (Manual aspiration mode).
LY % =
no. of cells inside LY area
no. of cells inside NE+LY+MO+EO+BA x 100
10 3
−
M 103 cells L
M
100 xWBC count
O
O
( )
%
µ
=
MO % =
no. of cells inside MO area
no. of cells inside NE+LY+MO+EO+BA x 100