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Diatron Abacus 5 - Figure 48. Graphical Normal Range Display; Scatter Diagrams and Histograms; Table 10. Normal Range Flags; Table 11. Linearity Range Flag

Diatron Abacus 5
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74
problems. Parameter values falling within the normal range are un-flagged and displayed with black text. Parameter
values falling above the normal range are marked with a ‘+’ and displayed with red text, and values falling below the
normal range are marked with a ‘-‘, and displayed in blue text.
Normal range information can also be conveyed graphically as well as numerically. This setting can be changed in the
Main menu/Settings/Customize panel.
Figure 48. Graphical Normal Range Display
The flags displayed in the parameter information area are as follows:
Normal range flags
Normal range flags are raised when a particular parameter is above or below
the normal range, which is defined for the patient profile currently in effect.
Flag
Meaning
Hierarchy
Color Code
-
Parameter is under normal range
Lowest
Blue
--
Parameter is under the half of the low
limit of normal range
Low
Blue
+
Parameter is over the normal range
Lowest
Red
++
Parameter is over twice the high limit of
normal range
Low
Red
Table 10. Normal Range Flags
Linearity Range Flag
Linearity range flags are raised when a particular parameter is above or below
the linearity range of the device.
Flag
Meaning
Hierarchy
Color Code
*
The related parameter is out of the
linearity range
High
N/A
**
The related parameter is out of the
display range
High
N/A
Table 11. Linearity Range Flag
High blank flag
A high blank flag is raised when the blank measurement result of the
particular parameter was higher than the blank limit.
Flag
Meaning
Hierarchy
Color Code
!
The blank value of the related primary
parameter is high
Middle
N/A
Table 12. High Blank Flag
9.3.1 Scatter Diagrams and Histograms
The Abacus 5 analyzer displays the results of the optical measurements in scatter diagram representation. Scatter
diagrams represent two-dimensional data. There are two scatter diagrams in the patient report: the 4-DIFF and BASO
scatter diagrams.
The 4-DIFF scatter diagram displays cells identified after the first lysing and optical measurement process. Due to the
measurement technology, cells are classified based on their optically detected properties: low and high angle
scattered light intensity. The optical detector can measure the intensity of the light scattered or diffracted by each

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