HITACHI 917 ALBUMIN FS - AsteriscoHITACHI 917 ALBUMIN FS Chemistry parameters Analysis Test / Type...
Transcript of HITACHI 917 ALBUMIN FS - AsteriscoHITACHI 917 ALBUMIN FS Chemistry parameters Analysis Test / Type...
845 0220 10 02 09
August 2008/6
HITACHI 917 Chemistry parameters
Analysis
Test / Type ALB Ser/Pl
Assay / Time / Point 1 Point End A 3 A 7 0 0 0
Wave (2nd
/Primary) 700 A 600 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 4 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 180 0 413 0 R1
Reagent (R2) T2 0 0 413 0 R2
Reagent (R3) T3 0 0 413 0 R3
Reagent (R4) T4 0 0 413 0
Abs. Limit 12000 Increase A
Prozone Limit 32000 0 Upper A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 413 Unit g/l A
Report Name Albumin
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 60
Repeat Limit 0 60
Expected Value Qualitative
(Male) 1 Y A 35 50 Cancel A
100 Y A 35 50 (1) 0
35 50 (2) 0
(Female) 1 Y A 35 50 (3) 0
100 Y A 35 50 (4) 0
35 50 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
ALBUMIN FS
Order information
Cat. No. 1 0220 .. .. …
Notes
1. Please refer to the package insert for Albumin FS for
detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 6
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 0501 10 02 09 September 2009/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type AMY Ser/Pl
Assay / Time / Point Rate A A 10 A 26 33 0 0
Wave (2nd
/Primary) 700 A 415 A
S.Vol (Normal) 3 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 6 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 570 0 R1
Reagent (R2) T2 0 0 570 0 R2
Reagent (R3) T3 40 0 570 0 R3
Reagent (R4) T4 0 0 570 0
Abs. Limit 15000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 570 Unit U/l A
Report Name Amylase
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 2000
Repeat Limit 0 2000
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
# # (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 3 3
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
-AMYLASE CC FS
Order information
Cat. No. 1 0501 .. .. …
Notes
1. Please refer to the package insert for -Amylase CC FS
for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 7102 10 02 09 November 2006/4
HITACHI 917 Chemistry parameters
Analysis
Test / Type APOA Ser/Pl
Assay / Time / Point 2 Point End A 10 A 15 33 0 0
Wave (2nd
/Primary) 700 A 570 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 6 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 200 0 168 0 R1
Reagent (R2) T2 0 0 168 0 R2
Reagent (R3) T3 40 0 168 0 R3
Reagent (R4) T4 0 0 168 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Upper A
Cell Detergent Detergent 1 A
Calibration
Calibration type Logt-Log-3P A A
Point 4 Span Point 4
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 999
Duplicate limit 15 % 300 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 168 Unit mg/dl A
Report Name APOA1
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0.2 250
Repeat Limit 0.2 250
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
(2) 0
(Female) Y A (3) 0
Y A (4) 0
110 170 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 # # #
Concentration 0.0 * * * Position
Sample Volume 2 2 2 2
Diluent S.Vol 0 0 0 0
Diluent Volume 0 0 0 0
#) Data entry by the user *) Enter calibration or standard value
APOLIPOPROTEIN A1 FS
Order information
Cat. No. 1 7102 .. .. …
Notes
1. Please refer to the package insert for
Apolipoprotein A1 FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 7112 10 02 09 November 2006/4
HITACHI 917 Chemistry parameters
Analysis
Test / Type APOB Ser/Pl
Assay / Time / Point 2 Point End A 10 A 15 33 0 0
Wave (2nd
/Primary) 700 A 340 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 6 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 200 0 151 0 R1
Reagent (R2) T2 0 0 151 0 R2
Reagent (R3) T3 40 0 151 0 R3
Reagent (R4) T4 0 0 151 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Upper A
Cell Detergent Detergent 1 A
Calibration
Calibration type Logt-Log-3P A A
Point 4 Span Point 4
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 999
Duplicate limit 15 % 300 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 151 Unit mg/dl A
Report Name APOB
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0.3 250
Repeat Limit 0.3 250
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
(2) 0
(Female) Y A (3) 0
Y A (4) 0
80 155 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 # # #
Concentration 0.0 * * * Position
Sample Volume 2 2 2 2
Diluent S.Vol 0 0 0 0
Diluent Volume 0 0 0 0
#) Data entry by the user *) Enter calibration or standard value
APOLIPOPROTEIN B FS
Order information
Cat. No 1 7112 .. .. …
Notes
1. Please refer to the package insert for
Apolipoprotein B FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 0950 10 02 09 November 2006/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type CO2 Ser/Pl
Assay / Time / Point 2 Point End A 10 A 4 25 0 0
Wave (2nd
/Primary) 505 A 415 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 4 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 200 0 156 0 R1
Reagent (R2) T2 0 0 156 0 R2
Reagent (R3) T3 0 0 156 0 R3
Reagent (R4) T4 0 0 156 0
Abs. Limit 0 Decrease A
Prozone Limit -32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 156 Unit mmol/l A
Report Name Bicarbonate
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 50.0
Repeat Limit 0 50.0
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
22 29 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0.0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
BICARBONATE FS
Order information
Cat. No. 1 0950 .. .. …
Notes
1. Please refer to the package insert for
Bicarbonate FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 3
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 0821 10 02 09 March 2004/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type DBIL Ser/Pl
Assay / Time / Point 2 Point End A 10 A 15 33 0 0
Wave (2nd
/Primary) 660 A 546 A
S.Vol (Normal) 7 0 0
S.Vol (Decrease) 3 0 0
S.Vol (Increase) 15 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 294 0 R1
Reagent (R2) T2 0 0 294 0 R2
Reagent (R3) T3 40 0 294 0 R3
Reagent (R4) T4 0 0 294 0
Abs. Limit 12000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 294 Unit mg/dl A
Report Name Direct Bili
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 10
Repeat Limit 0 10
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
0.0 0.2 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0.0 * Position
Sample Volume 7 7
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
BILIRUBIN AUTO DIRECT FS
Order information
Cat. No. 1 0821 .. .. …
Notes
1. Please refer to the package insert for
Bilirubin Auto Direct FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 0811 10 02 09 March 2004/4
HITACHI 917 Chemistry parameters
Analysis
Test / Type TBIL Ser/Pl
Assay / Time / Point 2 Point End A 10 A 15 33 0 0
Wave (2nd
/Primary) 660 A 546 A
S.Vol (Normal) 4 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 8 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 273 0 R1
Reagent (R2) T2 0 0 273 0 R2
Reagent (R3) T3 40 0 273 0 R3
Reagent (R4) T4 0 0 273 0
Abs. Limit 12000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 273 Unit mg/dl A
Report Name Total Bili
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 30
Repeat Limit 0 30
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
0.1 1.2 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 4 4
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
BILIRUBIN AUTO TOTAL FS
Order information
Cat. No 1 0811 .. .. …
Notes
1. Please refer to the package insert for
Bilirubin Auto Total FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 1130 10 02 09 September 2009/4
HITACHI 917 Chemistry parameters
Analysis
Test / Type CALC Ser/Pl
Assay / Time / Point 1 Point A 10 A 33 0 0 0
Wave (2nd
/Primary) 700 A 660 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 4 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 200 0 902 0 R1
Reagent (R2) T2 0 0 902 0 R2
Reagent (R3) T3 0 0 902 0 R3
Reagent (R4) T4 0 0 902 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Higher A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code # Unit mg/dl A
Report Name Calcium
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 25
Repeat Limit 0 25
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
8.6 10.3 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
CALCIUM AS FS
Order information
Cat. No. 1 1130 .. .. …
Notes
1. Please refer to the package insert for
Calcium AS FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 6
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
CK-MB FS*
Order information Cat. No. Kit size 10 165 021 R1 5 x 20 ml + R2 1 x 25 ml 10 165 022 R1 5 x 80 ml + R2 1 x 100 ml 10 165 023 R1 1 x 800 ml + R2 1 x 200 ml
Method Optimized UV test according to the recommendations of the DGKC (German Society of Clinical Chemistry) and IFCC (International Federation of Clinical Chemistry) for CK-NAC. The CK-MB consists of the subunits CK-M and CK-B. A specific antibody against CK-M inhibits the complete CK-MM activity (main part of the total CK activity) and the CK-M subunit of CK-MB. Only CK-B activity is measured, which is half of the CK-MB activity.
Reagent preparation and stability The reagents are ready-to-use and stable up to the end of the indicated month of expiry, if contamination is avoided, stored at 2 – 8 °C and protected from light.
Specimen Serum, heparinized or EDTA plasma. Avoid hemolysis! Loss of activity: at 2 – 8 °C after 24 h < 10 %
at 15 - 25 °C after 1 h < 10 %.
Components and concentration in the test R1 + R2 Imidazole pH 6.7 100 mmol/l Creatine Phosphate 30 mmol/l Glucose 20 mmol/l N-Acetyl Cysteine 20 mmol/l Magnesium Acetate 10 mmol/l EDTA 2 mmol/l ADP 2 mmol/l NADP 2 mmol/l AMP 5 mmol/l Diadenosine Pentaphosphate 10 µmol/l Glucose-6-phosphate Dehydrogenase > 1.5 KU/l Hexokinase > 2.5 KU/l CK-M (human) inhibiting polyclonal antibodies (sheep) inhibiting capacity > 2000 U/l
Notes 1. Hemoglobin interferes. 2. The reagents contain Sodium Azide (0.095 %) as preservative.
Do not swallow! Avoid contact with skin and mucous membranes.
Normal range (see reference 3)
The likelihood of a cardiac infarction is high under the following circumstances:
CK Women CK Men
37 °C > 167 U/l > 190 U/l
and
CK-MB 37 °C > 24 U/l
and
A CK-MB activity between 6 and 25 % of the Total CK activity
If a cardiac infarction is suspected but the above conditions are not fulfilled, a fresh infarction may have occured. The determination should then be repeated with a fresh sample after 4 hours.
References 1. Würzburg, U., et al., Klin. Wschr., 54, (1976), 357 – 360 2. Würzburg, U., et al.‚ J. Clin. Chem. Clin. Biochem., 15,
(1977), 131 3. Stein, W., Med. Welt., (1985), 572 - 577
* fluid stable
HITACHI 917 Chemistry parameters
Analysis
Test / Type CKMB Ser/Pl
Assay / Time / Point Rate A A 10 A 23 34 0 0
Wave (2nd
/Primary) 415 A 340 A
S.Vol (Normal) 8 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 16 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 # 60 R1
Reagent (R2) T2 0 0 # 0 R2
Reagent (R3) T3 40 0 # 60 R3
Reagent (R4) T4 0 0 # 0
Abs. Limit 9000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code # Unit U/l A
Report Name CK-MB
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 1000
Repeat Limit 0 1000
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
0 24 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 8 8
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
11.02.11
845 1601 10 02 09 July 2009/7
HITACHI 917 Chemistry parameters
Analysis
Test / Type CK Ser/Pl
Assay / Time / Point Rate A A 10 A 23 32 0 0
Wave (2nd
/Primary) 415 A 340 A
S.Vol (Normal) 6 0 0
S.Vol (Decrease) 3 0 0
S.Vol (Increase) 12 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 057 0 R1
Reagent (R2) T2 0 0 057 0 R2
Reagent (R3) T3 40 0 057 0 R3
Reagent (R4) T4 0 0 057 0
Abs. Limit 12000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 99999
S1 Abs limit -32000 32000
Range
Application Code 057 Unit U/l A
Report Name CK-NAC
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 1100
Repeat Limit 0 1100
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
# # (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 6 6
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
CK-NAC FS
Order information
Cat. No. 1 1601 .. .. …
Notes
1. Please refer to the package insert for
CK-NAC FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 1200 10 02 09 September 2009/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type CL Ser/Pl
Assay / Time / Point 1 Point A 10 A 33 0 0
Wave (2nd
/Primary) 700 A 450 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 5 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 200 0 903 0 R1
Reagent (R2) T2 0 0 903 0 R2
Reagent (R3) T3 0 0 903 0 R3
Reagent (R4) T4 0 0 903 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Higher A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 99999
S1 Abs limit -32000 32000
Range
Application Code # Unit Mmol/l A
Report Name Chloride
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 130
Repeat Limit 0 130
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
98 110 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
CHLORIDE FS
Order information
Cat. No. 1 1200 .. .. …
Notes
1. Please refer to the package insert for
Chloride FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 7 days
provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 1300 10 02 09 August 2008/4
HITACHI 917 Chemistry parameters
Analysis
Test / Type CHOL Ser/Pl
Assay / Time / Point 1 Point A 10 A 33 0 0
Wave (2nd
/Primary) 700 A 505 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 5 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 180 0 433 0 R1
Reagent (R2) T2 0 0 433 0 R2
Reagent (R3) T3 0 0 433 0 R3
Reagent (R4) T4 0 0 433 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 433 Unit mg/dl A
Report Name Cholesterol
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 750
Repeat Limit 0 750
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
0 200 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
CHOLESTEROL FS
Order information Cat. No. 1 1300 .. .. …
Notes
1. Please refer to the package insert for
Cholesterol FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is based on the standard equipment at that time and does not apply to any equipment modifications undertaken by the manufacturer or by other persons.
845 1401 10 02 09 December 2006/7
HITACHI 917 Chemistry parameters
Analysis
Test / Type CHE Ser/Pl
Assay / Time / Point Rate A A 10 A 22 29 0 0
Wave (2nd
/Primary) 0 A 415 A
S.Vol (Normal) 3 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 6 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 434 0 R1
Reagent (R2) T2 0 0 434 0 R2
Reagent (R3) T3 40 0 434 0 R3
Reagent (R4) T4 0 0 434 0
Abs. Limit 0 Decrease A
Prozone Limit 32000 0 Upper A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 434 Unit U/l A
Report Name CHE
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 20000
Repeat Limit 0 20000
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
3930 10800 (2) 0
(Female) Y A (3) 0
Y A (4) 0
4620 11500 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 3 3
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
CHOLINESTERASE FS
Order information
Cat. No. 1 1401 .. .. …
Notes
1. Please refer to the package insert for
Cholinesterase FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 8
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 1711 10 02 09 March 2008/6
HITACHI 917 Chemistry parameters
Analysis
Test / Type CREAT Ser/Pl
Assay / Time / Point 2 Point Rate A 10 A 19 25 0 0
Wave (2nd
/Primary) 570 A 505 A
S.Vol (Normal) 12 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 24 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 420 0 R1
Reagent (R2) T2 0 0 420 0 R2
Reagent (R3) T3 40 0 420 0 R3
Reagent (R4) T4 0 0 420 0
Abs. Limit 5000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 690 Unit mg/dl A
Report Name Creatinine
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0.0 15.0
Repeat Limit 0.0 15.0
Expected Value Qualitative
(Male) 100 Y A Cancel A
Y A (1) 0
0.6 1.1 (2) 0
(Female) 100 Y A (3) 0
Y A (4) 0
0.5 0.9 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 12 12
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
CREATININE FS Order information Cat. No. 1 1711 .. .. …
Notes
1. Please refer to the package insert for Creatinine FS for
detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 4 days
provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is based on the standard equipment at that time and does not apply to any equipment modifications undertaken by the manufacturer or by other persons.
845 1711 10 02 09 March 2008/6
HITACHI 917 Chemistry parameters – Compensated Method
Analysis
Test / Type CREAT Ser/Pl
Assay / Time / Point 2 Point Rate A 10 A 19 25 0 0
Wave (2nd
/Primary) 570 A 505 A
S.Vol (Normal) 12 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 24 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 420 0 R1
Reagent (R2) T2 0 0 420 0 R2
Reagent (R3) T3 40 0 420 0 R3
Reagent (R4) T4 0 0 420 0
Abs. Limit 5000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 690 Unit mg/dl A
Report Name Creatinine
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= -0.3
Technical Limit 0.0 15.0
Repeat Limit 0.0 15.0
Expected Value Qualitative
(Male) 100 Y A Cancel A
Y A (1) 0
0.6 1.1 (2) 0
(Female) 100 Y A (3) 0
Y A (4) 0
0.5 0.9 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 12 12
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
CREATININE FS
Compensated Method To use the Creatinine FS Compensated Method on the Hitachi 917 the same Hitachi 917 bar sheet is utilised however the Instrument factor ’b’ must be changed as follows; When the units are mg/dL
Instrument Factor (Y=aX+b) b= -0.3
When the units are µmol/L
Instrument Factor (Y=aX+b) b= -27
Note: Ensure that when using the Creatinine Compensated Method the relevant assigned Calibrator value is selected
845 1759 10 02 09 April 2011/4
HITACHI 917/MODULAR P Chemistry parameters
Analysis Test/Type Crea PAP Ser/Pl Assay/Time/Point 2 Point End A 10 A 15 33 0 0 Wave (2nd/Primary) 700 A 546 A S. Vol (Normal) 4 0 0 S. Vol (Decrease) 2 0 0 S. Vol (Increase) 12 0 0 Diluent 00951 99 Timing Reagent (R1) T1 160 0 652 0 R1 Reagent (R2) T2 0 0 652 0 R2 Reagent (R3) T3 80 0 652 0 R3 Reagent (R4) T4 0 0 652 0 Abs. Limit 0 Increase A Prozone Limit 32000 0 Upper A Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A Point 2 Span Point 2 Weight 0 Autocalibration
Time Out Change Over Blank Blank A Span Blank A 2Point Full SD Limit 0.1 Duplicate limit 10 % 200 Abs Sensitivity limit -99999 999999 S1 Abs limit -32000 32000
Range
Application Code 652 Unit mg/dl A Report Name Crea PAP Data Mode On Board A Control Interval 1000 Instrument Factor (Y=aX+b) a= 1.0 b= 0.0 Technical Limit 0 160 Repeat Limit 0 160 Expected Value Qualitative (Male) Y A Cancel A Y A (1) 0 # # (2) 0 (Female) Y A (3) 0 Y A (4) 0 # # (5) 0 (Default) Male A Range3 A (6) 0
Others <Standard> (1) (2) (3) (4) (5) (6) Calib. Code # # Concentration 0,00 * Position Sample Volume 4 4 Diluent S. Vol 0 0 Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
CREATININE PAP FS
Order information Cat. No. 1 1759 .. .. … Notes 1. Please refer to the package insert for Creatinine PAP FS for
detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyzer is at least one
month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
This application was set up and evaluated at DiaSys . It is based on the standard equipment at that time and does not apply to any equipment modifications undertaken by the manuf acturer or by other persons.
845 7059 10 02 09 November 2006/6
HITACHI 917 Chemistry parameters
Analysis
Test / Type FERR Ser/Pl
Assay / Time / Point 2 Point End A 10 A 18 34 0 0
Wave (2nd
/Primary) 800 A 570 A
S.Vol (Normal) 7 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 14 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 140 0 164 0 R1
Reagent (R2) T2 0 0 164 0 R2
Reagent (R3) T3 70 0 164 0 R3
Reagent (R4) T4 0 0 164 0
Abs. Limit 32000 Increase A
Prozone Limit -32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Spline A A
Point 5 Span Point 5
Weight 0
Autocalibration Time Out Change Over
Blank Lot A
Span Bottle A
2Point
Full
SD Limit 999
Duplicate limit 32000 % 300 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 164 Unit µg/l A
Report Name Ferritin
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 1000
Repeat Limit 0 1000
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
30 300 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 # # # #
Concentration 0.0 * * * * Position
Sample Volume 7 7 7 7 7 0
Diluent S.Vol 0 0 0 0 0 0
Diluent Volume 0 0 0 0 0 0
#) Data entry by the user *) Enter calibration or standard value
FERRITIN FS
Order information
Cat. No. 1 7059 .. .. …
Notes
1. Please refer to the package insert for Ferritin FS for detailed
information about the test on the following
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding - Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least one
month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 1911 10 02 09 November 2006/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type IRON Ser/Pl
Assay / Time / Point 2 Point End A 10 A 15 33 0 0
Wave (2nd
/Primary) 700 A 600 A
S.Vol (Normal) 10 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 20 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 661 0 R1
Reagent (R2) T2 0 0 661 0 R2
Reagent (R3) T3 40 0 661 0 R3
Reagent (R4) T4 0 0 661 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Higher A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 661 Unit µg/dl A
Report Name Iron
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 5 1000
Repeat Limit 5 1000
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
35 155 (2) 0
(Female) Y A (3) 0
Y A (4) 0
23 165 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 10 10
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
IRON FS Ferene
Order information
Cat. No. 1 1911 .. .. …
Notes
1. Please refer to the package insert for
Iron FS Ferene for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 6
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 0441 10 02 09 July 2009/6
HITACHI 917 Chemistry parameters
Analysis
Test / Type ALP Ser/Pl
Assay / Time / Point Rate A A 10 A 21 33 0 0
Wave (2nd
/Primary) 700 A 415 A
S.Vol (Normal) 3 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 6 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 158 0 R1
Reagent (R2) T2 0 0 158 0 R2
Reagent (R3) T3 40 0 158 0 R3
Reagent (R4) T4 0 0 158 0
Abs. Limit 11000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 158 Unit U/l A
Report Name Alk. Phos
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 1400
Repeat Limit 0 1400
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
53 128 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 3 3
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
ALKALINE PHOSPHATASE FS
IFCC 37° C
Order information
Cat. No. 1 0441 .. .. …
Notes
1. Please refer to the package insert for
Alkaline phosphatase FS IFCC for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 8
days provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 2801 10 02 09 July 2009/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type GGT Ser/Pl
Assay / Time / Point Rate A A 10 A 21 32 0 0
Wave (2nd
/Primary) 700 A 415 A
S.Vol (Normal) 6 0 0
S.Vol (Decrease) 3 0 0
S.Vol (Increase) 12 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 479 0 R1
Reagent (R2) T2 0 0 479 0 R2
Reagent (R3) T3 40 0 479 0 R3
Reagent (R4) T4 0 0 479 0
Abs. Limit 8500 Increase A
Prozone Limit 32000 0 Upper A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 479 Unit U/l A
Report Name GGT
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 1200
Repeat Limit 0 1200
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
10 50 (2) 0
(Female) Y A (3) 0
Y A (4) 0
7 32 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 6 6
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
GAMMA-GT FS
(Szasz mod. / IFCC stand.)
Order information
Cat. No. 1 2801 .. .. …
Notes
1. Please refer to the package insert for Gamma-GT FS (Szasz
mod/IFCC stand) for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least one
month provided that contamination and evaporation are avoided.
3. Manufactured by DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 2500 10 02 09 March 2004/2
HITACHI 917 Chemistry parameters
Analysis
Test / Type GLUC Ser/Pl
Assay / Time / Point 1 Point A 10 A 33 0 0
Wave (2nd
/Primary) 700 A 505 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 4 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 180 0 525 0 R1
Reagent (R2) T2 0 0 525 0 R2
Reagent (R3) T3 0 0 525 0 R3
Reagent (R4) T4 0 0 525 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 525 Unit mg/dl A
Report Name Glucose
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 400
Repeat Limit 0 400
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
70 115 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
GLUCOSE GOD FS
Order information
Cat. No. 1 2500 .. .. …
Notes
1. Please refer to the package insert for
Glucose GOD FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 3329 10 02 09 January 2009/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type HbA1c Ser/Pl
Assay / Time / Point 1 Point End A 10 A 22 0 0 0
Wave (2nd
/Primary) A 660 A
S.Vol (Normal) 3.0 0 0
S.Vol (Decrease) 3.0 0 0
S.Vol (Increase) 3.0 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 120 0 027 0 R1
Reagent (R2) T2 40 0 027 0 R2
Reagent (R3) T3 20 0 027 0 R3
Reagent (R4) T4 0 0 027 0
Abs. Limit 25000 Increase A
Prozone Limit -32000 0 Lower A
Cell Detergent Detergent 1,2 A
Calibration
Calibration type Spline A A
Point 5 Span Point 5
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 999
Duplicate limit 99 % 32000 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 027 Unit # A
Report Name HbA1c
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit # #
Repeat Limit # #
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
# # (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 # # # #
Concentration 0.0 * * * * Position
Sample Volume 3.0 3.0 3.0 3.0 3.0
Diluent S.Vol 0 0 0 0 0
Diluent Volume 0 0 0 0 0
#) Data entry by the user *) Enter calibration or standard value
one HbA1c FS
Order information
Cat. No. 1 3329 .. .. …
Notes
1. Please refer to the package insert for oneHbA1c FS for
detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
8 weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
NOTE: For optimal performance, cuvette washes are
recommended after this assay. Use Maintenance/Utility
screen to add a cell wash using the R1 probe and the
Wash 3 position (1D3). Also use the Cell wash solution
(NaOH)
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 3521 10 02 09 March 2004/3
HITACHI 917 Chemistry parameters
Analysis
Test / Type HDL Ser/Pl
Assay / Time / Point 2 Point End A 10 A 15 33 0 0
Wave (2nd
/Primary) 700 A 600 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 5 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 035 0 R1
Reagent (R2) T2 0 0 035 0 R2
Reagent (R3) T3 40 0 035 0 R3
Reagent (R4) T4 0 0 035 0
Abs. Limit 12000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 035 Unit mg/dl A
Report Name HDL C
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 180
Repeat Limit 0 180
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
35 80 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0.0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
HDL-C IMMUNO FS
Order information
Cat. No. 1 3521 .. .. …
Notes
1. Please refer to the package insert for
HDL-C Immuno FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 7239 10 02 09 September 2009/5
HITACHI 917/MODULAR P Chemistry parameters
Analysis
Test/Type IGE Ser/Pl
Assay/Time/Point 2 Point End A 10 A 18 28 0 0
Wave (2nd/Primary) 800 A 570 A
S. Vol (Normal) 3.5 0 0
S. Vol (Decrease) 2.0 0 0
S. Vol (Increase) 3.5 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 140 0 432 0 R1
Reagent (R2) T2 0 0 432 0 R2
Reagent (R3) T3 70 0 432 0 R3
Reagent (R4) T4 0 0 432 0
Abs. Limit 32000 Increase A
Prozone Limit -32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Spline A A
Point 6 Span Point 6
Weight 0
Autocalibration Time Out Change Over
Blank 0 Blank A
Span 0 Blank A
2Point 0
Full 0
SD Limit 999.9
Duplicate limit 99 % 320000 Abs
Sensitivity limit -99999 99999
S1 Abs limit -32000 32000
Range
Application Code 453 Unit IU/ml A
Report Name IgE
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 10 1000
Repeat Limit 10 1000
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
# # (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 # # # # #
Concentration 0 * * * * * Position
Sample Volume 3.5 3.5 3.5 3.5 3.5 3.5
Diluent S. Vol 0 0 0 0 0 0
Diluent Volume 0 0 0 0 0 0
#) Data entry by the user *) Enter calibration or standard value
IMMUNOGLOBULIN E FS
Order information
Cat. No. 1 7239 .. .. …
Notes
1. Please refer to the package insert for Immunoglobulin E FS
for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyzer is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
This application was set up and evaluated at DiaSys. It is based
on the standard equipment at that time and does not apply to
any equipment modifications undertaken by the manufacturer
or by other persons.
845 4001 10 02 09 November 2006/4
HITACHI 917 Chemistry parameters
Analysis
Test / Type LAC Ser/Pl
Assay / Time / Point 2 Point End A 10 A 15 31 0 0
Wave (2nd
/Primary) 800 A 340 A
S.Vol (Normal) 4 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 8 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 240 0 040 0 R1
Reagent (R2) T2 0 0 040 0 R2
Reagent (R3) T3 60 0 040 0 R3
Reagent (R4) T4 0 0 040 0
Abs. Limit 32000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 20 % 32000 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 040 Unit mg/dl A
Report Name Lactate
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 1 120
Repeat Limit 1 120
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
# # (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 4.0 Position
Sample Volume 4 4
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
LACTATE FS
Order information
Cat. No. 1 4001 .. .. …
Notes
1. Please refer to the package insert for Lactate FS for
detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 5
days provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 4201 10 02 09 October 2009/4
HITACHI 917 Chemistry parameters
Analysis
Test / Type LDH Ser/Pl
Assay / Time / Point Rate A A 10 A 21 33 0 0
Wave (2nd
/Primary) 415 A 340 A
S.Vol (Normal) 6 0 0
S.Vol (Decrease) 3 0 0
S.Vol (Increase) 12 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 672 0 R1
Reagent (R2) T2 0 0 672 0 R2
Reagent (R3) T3 40 0 672 0 R3
Reagent (R4) T4 0 0 672 0
Abs. Limit 7000 Decrease A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 206 Unit U/l A
Report Name LDH
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 1200
Repeat Limit 0 1200
Expected Value Qualitative
(Male) 1 Y A Cancel A
16 Y A (1) 0
225 480 (2) 0
(Female) 1 Y A (3) 0
16 Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 6 6
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
LDH FS DGKC
Order information
Cat. No. 1 4201 .. .. …
Notes 1. Please refer to the package insert for LDH DGKC FS for
detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least one
month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 4121 10 02 09 March 2004/3
HITACHI 917 Chemistry parameters
Analysis
Test / Type LDL Ser/Pl
Assay / Time / Point 2 Point End A 10 A 15 33 0 0
Wave (2nd
/Primary) 700 A 600 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 5 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 059 0 R1
Reagent (R2) T2 0 0 059 0 R2
Reagent (R3) T3 40 0 059 0 R3
Reagent (R4) T4 0 0 059 0
Abs. Limit 12000 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 059 Unit mg/dl A
Report Name LDL C
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 400
Repeat Limit 0 400
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
0 130 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0.0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
LDL-C SELECT FS
Order information
Cat. No. 1 4121 .. .. …
Notes
1. Please refer to the package insert for
LDL-C Select FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 4321 10 02 09 July 2008/6
HITACHI 917 Chemistry parameters
Analysis
Test / Type LIP Ser/Pl
Assay / Time / Point Rate A A 10 A 23 28 0 0
Wave (2nd
/Primary) 700 A 570 A
S.Vol (Normal) 4 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 8 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 731 0 R1
Reagent (R2) T2 0 0 731 0 R2
Reagent (R3) T3 40 0 731 0 R3
Reagent (R4) T4 0 0 731 0
Abs. Limit 12000 Increase A
Prozone Limit 32000 0 Upper A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 99999
S1 Abs limit -32000 32000
Range
Application Code 731 Unit U/l A
Report Name Lipase
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 300
Repeat Limit 0 300
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
0 60 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 4 4
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
LIPASE DC FS
Order information
Cat. No. 1 4321 .. .. …
Notes
1. Please refer to the package insert for
Lipase DC FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 6
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 7139 10 02 09 September 2009/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type LPA Ser/Pl
Assay / Time / Point 2 Point End A 10 A 19 34 0 0
Wave (2nd
/Primary) A 700 A
S.Vol (Normal) 3 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 6 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 120 0 242 0 R1
Reagent (R2) T2 0 0 242 0 R2
Reagent (R3) T3 60 0 242 0 R3
Reagent (R4) T4 0 0 242 0
Abs. Limit 32000 Increase A
Prozone Limit -32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Spline A A
Point 6 Span Point 6
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 50.0
Duplicate limit 30 % 32000 Abs
Sensitivity limit -99999 99999
S1 Abs limit -32000 32000
Range
Application Code 242 Unit # A
Report Name Lpa
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 3 130
Repeat Limit 3 130
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
0.0 30 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 # # # # #
Concentration 0.0 * * * * * Position
Sample Volume 3 3 3 3 3 3
Diluent S.Vol 0 0 0 0 0 0
Diluent Volume 0 0 0 0 0 0
#) Data entry by the user *) Enter calibration or standard value
Lp(a) 21 FS
Order information
Cat. No. 1 7139 .. .. …
Notes
1. Please refer to the package insert for
Lp (a) 21 FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 6
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 4610 10 02 09
November 2006/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type MAG Ser/Pl
Assay / Time / Point 1 Point A 10 A 33 0 0
Wave (2nd
/Primary) 700 A 546 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 5 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 200 0 693 0 R1
Reagent (R2) T2 0 0 693 0 R2
Reagent (R3) T3 0 0 693 0 R3
Reagent (R4) T4 0 0 693 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Higher A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 693 Unit mg/dl A
Report Name Magnesium
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0.0 5.0
Repeat Limit 0.0 5.0
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
1.8 2.6 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0.0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
MAGNESIUM XL FS
Order information
Cat. No. 1 4610 .. .. …
Notes
1. Please refer to the package insert for
Magnesium XL FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 3
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 7045 10 42 09
September 2006/5
HITACHI 917 Chemistry Parameters
Analysis
Test / Type CRP Ser/Pl
Assay / Time / Point 2 Point End A 10 A 19 34 0 0
Wave (2nd
/Primary) 800 A 505 A
S.Vol (Normal) 12 0 0
S.Vol (Decrease) 10 0 0
S.Vol (Increase) 30 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 90 0 902 0 R1
Reagent (R2) T2 0 0 902 0 R2
Reagent (R3) T3 90 0 902 0 R3
Reagent (R4) T4 0 0 902 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Higher A
Cell Detergent Detergent 1 A
Calibration
Calibration type Spline A A
Point 6 Span Point 6
Weight 0
Autocalibration Time Out Change Over
Blank Lot A
Span Bottle A
2Point
Full
SD Limit 999
Duplicate limit 15 % 3000 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code # Unit mg/l A
Report Name CRP
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0.05 20
Repeat Limit 0.05 20
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
# # (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 # # # # #
Concentration 0 * Position
Sample Volume 12 12 12 12 12 12
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
CRP U-hs High sensitive (hs) application
Order information
Cat. No. 1 7045 .. .. …
Notes 1. Please refer to the package insert for CRP U-hs for detailed
information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 8
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Straße 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 7045 10 32 09
August 2008/8
HITACHI 917 Chemistry parameters
Analysis
Test / Type CRP Ser/Pl
Assay / Time / Point 2 Point End A 10 A 19 34 0 0
Wave (2nd
/Primary) 800 A 505 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 20 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 90 0 218 0 R1
Reagent (R2) T2 0 0 218 0 R2
Reagent (R3) T3 90 0 218 0 R3
Reagent (R4) T4 0 0 218 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Higher A
Cell Detergent Detergent 1 A
Calibration
Calibration type Spline A A
Point 6 Span Point 6
Weight 0
Autocalibration Time Out Change Over
Blank Lot A
Span Bottle A
2Point
Full
SD Limit 999
Duplicate limit 15 % 3000 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 218 Unit mg/l A
Report Name CRP
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0.3 350
Repeat Limit 0.3 350
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
# # (2) 0
(Female) Y A (3) 0
Y A (4) 0
# # (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 # # # # #
Concentration 0 * Position
Sample Volume 2 2 2 2 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
CRP U-hs Universal (U) application
Order information
Cat. No. 1 7045 .. .. …
Notes 1. Please refer to the package insert for CRP U-hs for detailed
information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 8
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Straße 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 2311 10 02 09
November 2006/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type TP Ser/Pl
Assay / Time / Point 2 Point End A 10 A 15 33 0 0
Wave (2nd
/Primary) 0 A 546 A
S.Vol (Normal) 4 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 8 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 678 0 R1
Reagent (R2) T2 0 0 678 0 R2
Reagent (R3) T3 40 0 678 0 R3
Reagent (R4) T4 0 0 678 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Higher A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 678 Unit g/dl A
Report Name Total Protein
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0.05 15.0
Repeat Limit 0.05 15.0
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
6.6 8.8 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0.0 * Position
Sample Volume 4 4
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
TOTAL PROTEIN FS
Order information
Cat. No. 1 2311 .. .. …
Notes
1. Please refer to the package insert for
Total Protein FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 10
days provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 0210 10 52 09
September 2008/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type TPU Ser/Pl
Assay / Time / Point 1 Point A 10 A 33 0 0 0
Wave (2nd
/Primary) 700 A 600 A
S.Vol (Normal) 4 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 8 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 200 0 769 0 R1
Reagent (R2) T2 0 0 769 0 R2
Reagent (R3) T3 0 0 769 0 R3
Reagent (R4) T4 0 0 769 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Higher A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 769 Unit mg/dl A
Report Name TPU
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 24 3000
Repeat Limit 24 3000
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
24 141 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 4 4
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
TOTAL PROTEIN UC FS
Order information
Cat. No. 1 0210 .. .. …
Notes
1. Please refer to the package insert for
Total Protein UC information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 2601 10 02 09
March 2010/9
HITACHI 917 Chemistry parameters
Analysis
Test / Type ASAT Ser/Pl
Assay / Time / Point Rate A A 10 A 21 33 0 0
Wave (2nd
/Primary) 415 A 340 A
S.Vol (Normal) 12 0 0
S.Vol (Decrease) 6 0 0
S.Vol (Increase) 20 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 253 0 R1
Reagent (R2) T2 0 0 253 0 R2
Reagent (R3) T3 40 0 253 0 R3
Reagent (R4) T4 0 0 253 0
Abs. Limit 6000 Decrease A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code ## Unit U/l A
Report Name ASAT
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 700
Repeat Limit 0 700
Expected Value Qualitative
(Male) 100 Y A 0 37 Cancel A
Y A 0 37 (1) 0
0 37 (2) 0
(Female) 100 Y A 0 31 (3) 0
Y A 0 31 (4) 0
0 31 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 *
Position
Sample Volume 12 12
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
##) Enter relevant application code 457 without PYP and application code 143 with PYP
ASAT(GOT) FS (IFCC mod.)
Order information
Cat. No. 1 2601 .. .. …
Notes
1. Please refer to the package insert for
ASAT(GOT) FS (IFCC Mod) for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least one
month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
ATTENTION
This kit is for use with the original application. If you wish to
use this included DiaSys application please contact your
supplier for additional bar code labels.
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 2701 10 02 09
July 2009/5
HITACHI 917 Chemistry parameters
Analysis
Test / Type ALAT Ser/Pl
Assay / Time / Point Rate A A 10 A 21 33 0 0
Wave (2nd
/Primary) 415 A 340 A
S.Vol (Normal) 12 0 0
S.Vol (Decrease) 5 0 0
S.Vol (Increase) 20 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 106 0 R1
Reagent (R2) T2 0 0 106 0 R2
Reagent (R3) T3 40 0 106 0 R3
Reagent (R4) T4 0 0 106 0
Abs. Limit 6000 Decrease A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code ## Unit U/l A
Report Name ALAT
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 600
Repeat Limit 0 600
Expected Value Qualitative
(Male) 100 Y A 0 42 Cancel A
Y A 0 42 (1) 0
0 42 (2) 0
(Female) 100 Y A 0 32 (3) 0
Y A 0 32 (4) 0
0 32 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 12 12
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value ##) Enter relevant application code 075 without PYP and application code
098 with PYP
ALAT(GPT) FS (IFCC mod.)
Order information
Cat. No. 1 2701 .. .. …
Notes
1. Please refer to the package insert for ALAT(GPT) FS (IFCC
Mod.) for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 5710 10 02 09 March 2004/3
HITACHI 917 Chemistry parameters
Analysis
Test / Type TRIG Ser/Pl
Assay / Time / Point 1 Point A 10 A 33 0 0
Wave (2nd
/Primary) 700 A 505 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 4 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 180 0 781 0 R1
Reagent (R2) T2 0 0 781 0 R2
Reagent (R3) T3 0 0 781 0 R3
Reagent (R4) T4 0 0 781 0
Abs. Limit 0 Increase A
Prozone Limit 32000 0 Lower A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 781 Unit mg/dl A
Report Name Triglycerides
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 0 1000
Repeat Limit 0 1000
Expected Value Qualitative
(Male) Y A Cancel A
Y A (1) 0
0 200 (2) 0
(Female) Y A (3) 0
Y A (4) 0
(5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
TRIGLYCERIDES FS
Order information
Cat. No. 1 5710 .. .. …
Notes
1. Please refer to the package insert for
Triglycerides FS for detailed information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is at least
one month provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.
845 3101 10 02 09 November 2006/7
HITACHI 917 Chemistry parameters
Analysis
Test / Type UREA Ser/Pl
Assay / Time / Point Rate A A 10 A 19 23 0 0
Wave (2nd
/Primary) 376 A 340 A
S.Vol (Normal) 2 0 0
S.Vol (Decrease) 2 0 0
S.Vol (Increase) 4 0 0
Diluent 00951 99 Timing
Reagent (R1) T1 160 0 418 0 R1
Reagent (R2) T2 0 0 418 0 R2
Reagent (R3) T3 40 0 418 0 R3
Reagent (R4) T4 0 0 418 0
Abs. Limit 0 Decrease A
Prozone Limit 32000 0 higher A
Cell Detergent Detergent 1 A
Calibration
Calibration type Linear A A
Point 2 Span Point 2
Weight 0
Autocalibration Time Out Change Over
Blank Blank A
Span Blank A
2Point
Full
SD Limit 0.1
Duplicate limit 10 % 200 Abs
Sensitivity limit -99999 999999
S1 Abs limit -32000 32000
Range
Application Code 418 Unit Mg/dl A
Report Name Urea
Data Mode On Board A
Control Interval 1000
Instrument Factor (Y=aX+b) a= 1.0 b= 0.0
Technical Limit 2 300
Repeat Limit 2 300
Expected Value Qualitative
(Male) 100 Y A 0 0 Cancel A
Y A 0 0 (1) 0
17 43 (2) 0
(Female) 100 Y A 0 0 (3) 0
Y A 0 0 (4) 0
0 0 (5) 0
(Default) Male A Range3 A (6) 0
Others
<Standard> (1) (2) (3) (4) (5) (6)
Calib. Code 501 #
Concentration 0.0 * Position
Sample Volume 2 2
Diluent S.Vol 0 0
Diluent Volume 0 0
#) Data entry by the user *) Enter calibration or standard value
UREA FS
Order information
Cat. No. 1 3101 .. .. …
Notes
1. Please refer to the package insert Urea FS for detailed
information about the test on the following:
Clinical Relevance Method and Principle Composition and Stability of the Reagents Specimens Calibrators and Controls Performance Characteristics regarding
- Measuring Range - Specificity/Interferences - Sensitivity/Limit of Detection - Precision (Reproducibility, Repeatability) - Method Comparison
Reference Ranges Literature
2. The stability of the reagent on board the analyser is 6
weeks provided that contamination and evaporation are avoided.
3. Manufactured by
DiaSys Diagnostic Systems GmbH Alte Strasse 9, 65558 Holzheim, Germany
**This application was set up and evaluated at DiaSys. It is
based on the standard equipment at that time and does not
apply to any equipment modifications undertaken by the
manufacturer or by other persons.