LB 9507 Chapter 11: Operator Functions
11-9
low check
TARE DYNAMICS =
chemical background
high check - chemical background
NET DYNAMICS =
low check - chemical background
After completing the measurements, you can compare these
results with the expected values and determine whether the
instrument and reagents are as they should.
11.3 Manual Data Entry
In the <MANUAL DATA> submenu you can enter RLU values of
standards and patients that were measured at an earlier time.
They are entered in the same way as in a measurement series,
corresponding to a stored protocol. The user manually enters the
values for each tube, rather than entering the measured values
determined by the instrument. The displays guide the user,
providing all instructions. As in a measurement series, corrections
can be made to standards and to the smoothing factor, and a
graph of the curve can be printed out.
As in genuine measurements with the same protocol, you can use
the existing standard curve or you can save a new standard curve
as a reference for future measurement series (or manual inputs)
for this protocol.
After entering a new standard curve you are given an option to
change or print as per display 69; if you use the old standard
curve, you can always enter the patient data immediately.
Procedure 1. Select the protocol. This also specifies the protocol used for
data entry.
2. The protocol parameters are printed.
3. In accordance with the protocol type, information is then
provided about the sample sequence as it is after the start of a
genuine measurement. The only difference is that the tubes
defined in the protocol are requested one after the other, and
the user must enter the values manually.
4. Now enter manually the measurement data for each sample,
standard etc.
5. If necessary, change the evaluation parameters, e.g. the
smoothing factor.
6. The measurement results are now printed out.
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