stardust mc15 chemistry parameters alat(gpt) fs (ifcc mod.)

61
1 845 2701 10 02 71 September 2007/3 StarDust MC15 Chemistry parameters GPT Kinetic Monoreagent application WL1 340 Units U/l Temperature 37 Factor 1745 N of Read 5 Interval 30 Delay 120 Lim Abs 0.7 min Lin. Limit 250 Norm High 41 Norm Low 0 Decimals 0 Sample Vol 50 Reagent Vol 500 MC15 Procedure: For Monoreagent mix 4 parts R1 + 1 part R2 STABILITY: 4 WEEKS AT 2 - 8° C 5 DAYS AT 15 - 25° C The Monoreagent must be protected from light! Pipette into the cuvette strips in the appropriate way. A free initial cuvette position must be left to perform the optical zero (blank) Reagent (Reading zone) Sample (Sample zone) Samples 500 μl 50 μl Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C Go into programme no. 1 . Input the number of samples and the initial position for them. Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ 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. Manufactured by DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany. **The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

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Page 1: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

1 845 2701 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

GPT

Kinetic

Monoreagent application

WL1 340

Units U/l

Temperature 37

Factor 1745

N of Read 5

Interval 30

Delay 120

Lim Abs 0.7 min

Lin. Limit 250

Norm High 41

Norm Low 0

Decimals 0

Sample Vol 50

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 4 WEEKS AT 2 - 8° C 5 DAYS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way. A free initial cuvette position must be left to perform the optical zero (blank)

Reagent (Reading zone)

Sample (Sample zone)

Samples 500 µl 50 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 1 . Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 2: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

2 845 0220 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

ALBU

EP

WL1 630

WL2 546

Units g/dl

Temperature 37

Std 5.0

Factor

Lin. Limit 6.0

Norm High 5.2

Norm Low 3.5

Decimals 1

Sample Vol 5

Reagent Vol 500

Reac. Time 180

MC15

Procedure:

Reagent ready to use

See package insert for reagent stability

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 5 µl

Samples 500 µl 5 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 5 minutes.

Go into programme no. 3 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 3: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

3 845 0242 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

MALB

Multi Std - Differential

WL1 405

WL2

Units mg/l

Number of standards 6

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal Alb U/CSF

Point 3 / Conc *Level 2 TruCal Alb U/CSF

Point 4 / Conc *Level 3 TruCal Alb U/CSF

Point 5 / Conc *Level 4 TruCal Alb U/CSF

Point 6 / Conc *Level 5 TruCal Alb U/CSF

Readings per standard 1

Readings per sample 1

Temperature 37

Lin. Limit 333

Norm High 20

Norm Low 0

Decimals 1

Sample Vol 20

Reagent Vol 400 + 80

Delay 0

Reac. Time 180

*Input by user

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 400 µl

Stds (Optional) 400 µl 20 µl

Samples 400 µl 20 µl

Place the cuvette strip in the incubating position for 10 minutes

Go into the programme no. 31. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

ALBUMIN IN URINE/CSF FS (Microalbumin)

Urine/CSF application

Order information

Cat. No. 1 0242 .. .. …

Notes

1. Please refer to the package insert for Albumin in Urine/CSF

FS *Microalbumin 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 4: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

4 845 0401 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

ALP

Kinetic

Monoreagent Application

WL1 405

Units U/l

Temperature 37

Factor 2757

N of Read 5

Interval 30

Delay 60

Lim Abs 1.5 max

Lin. Limit 700

Norm High 258

Norm Low 0

Decimals 0

Sample Vol 10

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 4 WEEKS AT 2 - 8° C 5 DAYS AT 15 - 25° C The Monoreagent must be protected from light! Pipette into the cuvette strips in the appropriate way. A free initial cuvette position must be left to perform the optical zero (blank)

Reagent (Reading zone)

Sample (Sample zone)

Samples 500 µl 10 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 4 . Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

ALKALINE PHOSPHATASE FS DGKC

Order information

Cat. No. 1 0401 .. .. …

Notes

1. Please refer to the package insert for

Alkaline phosphatase FS DGKC 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 5: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

5 845 0411 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

ALP

Kinetic

Monoreagent Application

WL1 405

Units U/l

Temperature 37

Factor 2757

N of Read 5

Interval 30

Delay 60

Lim Abs 1.5 max

Lin. Limit 700

Norm High 128

Norm Low 42

Decimals 0

Sample Vol 10

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 4 WEEKS AT 2 - 8° C 5 DAYS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way. A free initial cuvette position must be left to perform the optical zero (blank)

Reagent (Reading zone)

Sample (Sample zone)

Samples 500 µl 10 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 5 . Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 6: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

6 845 0501 10 02 71

September 2007/4

StarDust MC15 Chemistry parameters

AMYL

Kinetic

Monoreagent Application

WL1 405

Units U/l

Temperature 37

Factor 4554

N of Read 4

Interval 60

Delay 120

Lim Abs 1.4 Max

Lin. Limit 1800

Norm High 100

Norm Low 0

Decimals 0

Sample Vol 10

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 6 MONTHS AT 2 - 8° C 4 WEEKS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way. A free initial cuvette position must be left to perform the optical zero (blank)

Reagent (Reading zone)

Sample (Sample zone)

Samples 500 µl 10 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 6 . Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

-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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 7: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

7 845 7102 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

APOA

Multi Std – Differential

WL1 578

WL2

Units mg/dl

Number of standards 3

Point 1/ Conc *

Point 2/ Conc *

Point 3/ Conc *

Readings per standard 2

Readings per sample 1

Temperature 37

Lin. Limit 250

Norm High 190

Norm Low 110

Decimals 1

Sample Vol 20**

Reagent Vol 400 + 80

Delay 30

Reac. Time 180

*Input by user

MC15

Procedure:

Reagents are ready to use

**Samples/Standards are pre-diluted 1+5 with 0.9% NaCl

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 400 µl

Stds (Optional) 400 µl 20 µl

Samples 400 µl 20 µl

Place the cuvette strip in the incubating position for 10 minutes

Go into the Apo A1 programme no. 32. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

APOLIPOPROTEIN A1 FS Order information

Cat. No. 1 7102 .. .. …

Notes

1. Please refer to the package insert for Apoliporotein 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 8: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

8 845 7112 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

APOB

Multi Std - Differential

WL1 340

WL2

Units mg/dl

Number of standards 3

Point 1/ Conc *

Point 2/ Conc *

Point 3/ Conc *

Readings per standard 2

Readings per sample 1

Temperature 37

Lin. Limit 250

Norm High 155

Norm Low 75

Decimals 1

Sample Vol 20**

Reagent Vol 400 + 80

Delay 30

Reac. Time 180

*Input by user

MC15

Procedure:

Reagents are ready to use

**SamplesStandards are pre-diluted 1+5 with 0.9% NaCl

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 400 µl

Stds (Optional) 400 µl 20 µl

Samples 400 µl 20 µl

Place the cuvette strip in the incubating position for 10 minutes

Go into the Apo B programme no. 33. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

APOLIPOPROTEIN B FS Order information

Cat. No. 1 7112 .. .. …

Notes

1. Please refer to the package insert for Apoliporotein 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 9: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

9 845 2601 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

GOT

Kinetic

Monoreagent Application

WL1 340

Units U/l

Temperature 37

Factor 1745

N of Read 5

Interval 30

Delay 120

Lim Abs 0.7 min

Lin. Limit 250

Norm High 37

Norm Low 0

Decimals 0

Sample Vol 50

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 4 WEEKS AT 2 - 8° C 5 DAYS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way. A free initial cuvette position must be left to perform the optical zero (blank)

Reagent (Reading zone)

Sample (Sample zone)

Samples 500 µl 50 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 2 . Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 10: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

10 845 7012 10 02 71

May 2008/5

StarDust MC15 Chemistry parameters

ASO

Multi Std - FxT

WL1 546

WL2

Units IU/ml

Number of standards 5

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal ASO

Point 3 / Conc *Level 2 TruCal ASO

Point 4 / Conc *Level 3 TruCal ASO

Point 5 / Conc *Level 4 TruCal ASO

Point 6 / Conc

Readings per standard 1

Readings per sample 1

Temperature 37

Lin. Limit 400

Norm High 200

Norm Low 0

Decimals 0

Sample Vol 10

Reagent Vol 400 + 80

Delay 30

Reac. Time 180

*Input by user

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 400 µl

Stds (Optional) 400 µl 10 µl

Samples 400 µl 10 µl

Place the cuvette strip in the incubating position for 5 minutes

Go into the programme no. 34. Input the number of samples and the initial position for them and whether a recalibration is needed.

Add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip immediately in the reading position and press READ

ANTISTREPTOLYSIN O FS Order information

Cat. No. 1 7012 .. .. …

Notes

1. Please refer to the package insert for Antistreptolysin O 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 11: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

11 845 0950 10 02 71

May 2008/5

StarDust MC15 Chemistry parameters

CO2

FxT

WL1 405

Units mmol/l

Temperature 37

Std 30

Factor

Interval 390

Delay 30

Lim Abs Min 0

Lin. Limit 50

Norm High 29

Norm Low 22

Decimals 1

Sample Vol 5

Reagent Vol 500

MC15

Procedure:

Reagent ready to use

See package insert for reagent stability

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 5 µl

Samples 500 µl 5 µl

Go into the programme no. 35. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 12: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

12 845 0821 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

BILD

Diff

WL1 546

WL2 630

Units mg/dl

Temperature 37

Std 2.62

Factor

Lin. Limit 10.0

Norm High 0.2

Norm Low 0.0

Decimals 2

Sample Vol 50

Reagent Vol 400 + 100

Delay 0

Reac. Time 300

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 50 µl

Samples 400 µl 50 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 7 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 100 µl R2 to all the cuvettes Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 13: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

13 845 0811 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

BILT

Diff

WL1 546

WL2 630

Units mg/dl

Temperature 37

Std 4.47

Factor

Lin. Limit 10.0

Norm High 1.2

Norm Low 0.1

Decimals 1

Sample Vol 50

Reagent Vol * 400 + 100

Delay 0

Reac. Time 300

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 50 µl

Samples 400 µl 50 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 8 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 100 µl R2 to all the cuvettes Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 14: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

14 845 1802 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

C3

Multi Std - Differential

WL1 340

WL2

Units mg/dl

Number of standards 6

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal Protein

Point 3 / Conc *Level 2 TruCal Protein

Point 4 / Conc *Level 3 TruCal Protein

Point 5 / Conc *Level 4 TruCal Protein

Point 6 / Conc *Level 5 TruCal Protein

Readings per standard 2

Readings per sample 1

Temperature 37

Lin. Limit 400

Norm High 180

Norm Low 90

Decimals 0

Sample Vol 10

Reagent Vol 500 + 100

Delay 0

Reac. Time 300

*Input by user

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 500 µl

Stds (Optional) 500 µl 10 µl

Samples 500 µl 10 µl

Place the cuvette strip in the incubating position for 10 minutes

Go into the programme no. 36. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 100 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

COMPLEMENT C3c FS

Order information

Cat. No. 1 1802 .. .. …

Notes

1. Please refer to the package insert for Complement C3c 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany d.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 15: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

15 845 1812 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

C4

Multi Std - Differential

WL1 340

WL2

Units mg/dl

Number of standards 6

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal Protein

Point 3 / Conc *Level 2 TruCal Protein

Point 4 / Conc *Level 3 TruCal Protein

Point 5 / Conc *Level 4 TruCal Protein

Point 6 / Conc *Level 5 TruCal Protein

Readings per standard 2

Readings per sample 1

Temperature 37

Lin. Limit 90

Norm High 40

Norm Low 10

Decimals 0

Sample Vol 10

Reagent Vol 400 + 80

Delay 0

Reac. Time 300

*Input by user

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 400 µl

Stds (Optional) 400 µl 10 µl

Samples 400 µl 10 µl

Place the cuvette strip in the incubating position for 10 minutes

Go into the programme no. 37. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

COMPLEMENT C4 FS

Order information

Cat. No. 1 1812 .. .. …

Notes

1. Please refer to the package insert for Complement C4 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 16: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

16 845 1130 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

CALC

EP

WL1 670

WL2 578

Units mg/dl

Temperature 37

Std 10.0

Factor

Lin. Limit 25.0

Norm High 10.3

Norm Low 8.6

Decimals 1

Sample Vol 10

Reagent Vol 500

Reac. Time 600

MC15

Procedure:

Reagent ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 10 µl

Samples 500 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 5 minutes.

Go into programme no. 9 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 17: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

18 845 1181 10 02 71

September 2009/5

StarDust MC15 Chemistry parameters

CALC

Diff

WL1 670

WL2 546

Units mg/dl

Temperature 37

Std 10.0

Factor

Lin. Limit 25.0

Norm High 10.3

Norm Low 8.6

Decimals 1

Sample Vol 5

Reagent Vol 400 + 100

Delay 180

Reac. Time 300

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 5 µl

Samples 400 µl 5 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 38 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 100 µl R2 to all the cuvettes Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

CALCIUM P FS Order information

Cat. No. 1 1181 .. .. …

Notes

1. Please refer to the package insert for Calcium P 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 18: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

19 845 1401 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

CLIN

Kinetic

WL1 405

Units U/l

Temperature 37

Factor 55016

N of Read 4

Interval 60

Delay 120

Lim Abs 0.1 min

Lin. Limit 25000

Norm High 11500

Norm Low 3930

Decimals 0

Sample Vol 10

Reagent Vol 400 + 100

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 10 µl

Samples 400 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position and leave it for 3 minutes at 37°C

Go into the programme no. 39. Input the number of samples and the initial position for them.

Take out the cuvette strip out of the incubating position and add 100 µl R2 to all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 19: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

20 845 1200 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

CL

EP

WL1 500

WL2 630

Units mmol/l

Temperature 37

Std 100

Factor

Lin. Limit 130

Norm High 108

Norm Low 96

Decimals 0

Sample Vol 5

Reagent Vol 500

Reac. Time 180

MC15

Procedure:

Reagent ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 5 µl

Samples 500 µl 5 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 3 minutes.

Go into programme no. 11 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 20: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

21 845 1300 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

CHOL

EP

WL1 500

WL2 630

Units mg/dl

Temperature 37

Std 200

Factor

Lin. Limit 380

Norm High 200

Norm Low 0

Decimals 0

Sample Vol 10

Reagent Vol 500

Reac. Time 600

MC15

Procedure:

Reagent ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 10 µl

Samples 500 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 10 minutes.

Go into programme no. 12 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 21: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

22 845 1651 10 02 71

May 2008/2

StarDust MC15 Chemistry parameters

CK-M

Kinetic

Substrate start DS

WL1 340

Units U/l

Temperature 37

Factor 4127

N of Read 4

Interval 60

Delay 180

Lim Abs 1.4 max

Lin. Limit 1000

Norm High 24

Norm Low 0

Decimals 0

Sample Vol 20

Reagent Vol 400 + 100

MC15

Procedure:

Reagent 1: Mix 1 part of CK-MB DS with 20 parts R1. STABILITY: 6 days at 2 – 8 ° C 24 hrs at 15 – 25 ° C

Reagent 2: R2 is ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 20 µl

Samples 400 µl 20 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position and leave it for 15 minutes at 37°C

Go into the programme no. 40. Input the number of samples and the initial position for them.

Take out the cuvette strip out of the incubating position and add 100 µl R2 to all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

CK-MB FS Substrate start with DS

Order information

Cat. No. 1 1651 .. .. …

Notes

1. Please refer to the package insert for CK-MB 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 22: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

23 845 1651 10 02 71

January 2008/3

StarDust MC15 Chemistry parameters

CK-M

Kinetic

Monoreagent Application

WL1 340

Units U/l

Temperature 37

Factor 8254

N of Read 4

Interval 60

Delay 300

Lim Abs 1.4 Max

Lin. Limit 1000

Norm High 24

Norm Low 0

Decimals 1

Sample Vol 20

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 2 WEEKS AT 2 - 8° C 24 HOURS AT 15 - 25° C The Monoreagent must be protected from light!

A free initial cuvette position must be left to perform the optical zero (blank). Pipette 500 µl of reagent into the reagent position in the cuvette strips.

Place the cuvette strip in the incubating position and leave it for 15 minutes at 37°C

Pipette 20 µl sample into the sample position Incubate for a further 2 – 3 minutes at 37°C Go into programme no. 13 . Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

CK-MB FS Order information

Cat. No. 1 1651 .. .. …

Notes

1. Please refer to the package insert for CK-MB 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

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 23: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

24 845 1601 10 02 71

January 2008/3

StarDust MC15 Chemistry parameters

CK-N

Kinetic

Monoreagent Application

WL1 340

Units U/l

Temperature 37

Factor 4127

N of Read 4

Interval 60

Delay 180

Lim Abs 1.4 Max

Lin. Limit 1000

Norm High 195

Norm Low 24

Decimals 0

Sample Vol 20

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 3 WEEKS AT 2 - 8° C 2 DAYS AT 15 - 25° C The Monoreagent must be protected from light!

A free initial cuvette position must be left to perform the optical zero (blank). Pipette 500 µl of reagent into the reagent position in the cuvette strips.

Place the cuvette strip in the incubating position and leave it for 15 minutes at 37°C

Pipette 20 µl sample into the sample position Incubate for a further 2 – 3 minutes at 37°C Go into programme no. 14 . Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 24: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

26 845 1759 10 02 71

May 2008/5

StarDust MC15 Chemistry parameters

CREA

Diff

WL1 546

WL2 630

Units mg/dl

Temperature 37

Std 2.0

Factor

Lin. Limit 30

Norm High 1.3

Norm Low 0.5

Decimals 2

Sample Vol 10

Reagent Vol 400 + 200

Delay 180

Reac Time 300

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 10 µl

Samples 400 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 42 . Input the number of samples and the initial position for them and whether a recalibration is needed

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 200 µl R2 to all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 25: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

26 845 1759 10 02 71

April 2011/6

StarDust MC15 Chemistry parameters

CREA

Diff

WL1 546

WL2 630

Units mg/dl

Temperature 37

Std 2.0

Factor

Lin. Limit 160

Norm High 1.3

Norm Low 0.5

Decimals 2

Sample Vol 10

Reagent Vol 400 + 200

Delay 180

Reac Time 300

MC15

Procedu re:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 400 µl Std (Optional) 400 µl 10 µl Samples 400 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 42 . Input the number of samples and the initial position for them and whether a recalibration is needed

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 200 µl R2 to all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized b y it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has sub sequently been tested at a variety of customer laboratories a nd validated by use.

Page 26: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

25 845 1711 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

CREA

FxT

Monoreagent application

WL1 500

Units mg/dl

Temperature 37

Std 2.0

Factor

Interval 120

Delay 30

Lim Abs Max 2.5

Lin. Limit 7.5

Norm High 1.3

Norm Low 0.6

Decimals 1

Sample Vol 50

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 5 HOURS AT 15 – 25 °C

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 50 µl

Samples 500 µl 50 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 15 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 27: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

28 845 7045 10 42 71

May 2008/4

StarDust MC15 Chemistry parameters

CRP

Multi Std - FxT

WL1 500

WL2

Units mg/l

Number of standards 6

Point 1/ Conc NaCl – 0

Point 2 / Conc *Level 1 TruCal CRP hs

Point 3 / Conc *Level 2 TruCal CRP hs

Point 4 / Conc *Level 3 TruCal CRP hs

Point 5 / Conc *Level 4 TruCal CRP hs

Point 6 / Conc *Level 5 TruCal CRP hs

Readings per standard 2

Readings per sample 1

Temperature 37

Lin. Limit 20

Norm High 5

Norm Low 0

Decimals 2

Sample Vol 20

Reagent Vol 200 + 200

Delay 60

Interval 240

*Input by user

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1+2 (Reading zone)

Sample (Sample zone)

Blank 200 µl + 200 µl

Stds (Optional) 200 µl + 200 µl 20 µl

Samples 200 µl + 200 ml 20 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into the programme no. 44. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 28: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

27 845 7002 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

CRP

Multi Std - Differential

WL1 340

WL2

Units mg/l

Number of standards 5

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal CRP

Point 3 / Conc *Level 2 TruCal CRP

Point 4 / Conc *Level 3 TruCal CRP

Point 5 / Conc *Level 4 TruCal CRP

Point 6 / Conc *Level 5 TruCal CRP

Readings per standard 2

Readings per sample 1

Temperature 37

Lin. Limit 280

Norm High 5

Norm Low 0

Decimals 0

Sample Vol 20

Reagent Vol 400 + 80

Delay 0

Reac. Time 180

*Input by user

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 400 µl

Stds (Optional) 400 µl 20 µl

Samples 400 µl 20 µl

Place the cuvette strip in the incubating position for 10 minutes

Go into the programme no. 43. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

CRP FS Order information

Cat. No. 1 7002 .. .. …

Notes

1. Please refer to the package insert for CRP 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 29: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

845 7268 10 02 71

October 2008/1

StarDust MC15 Chemistry parameters

DMER

Multi Std - FxT

WL1 578

WL2

Units µg/ml

Number of standards 6

Point 1/ Conc Level 1 Diluent

Point 2 / Conc *Level 2

Point 3 / Conc *Level 3

Point 4 / Conc *Level 4

Point 5 / Conc *Level 4

Point 6 / Conc *Level 6

Readings per standard 1

Readings per sample 1

Temperature 37

Lin. Limit 8.7

Norm High 0.5

Norm Low 0

Decimals 2

Sample Vol 10

Reagent Vol 300 + 100

Delay 30

Reac. Time 180

*Input by user

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 300 µl

Stds (Optional) 300 µl 10 µl

Samples 300 µl 10 µl

Place the cuvette strip in the incubating position for 5 minutes

Go into the programme no. X. Input the number of samples and the initial position for them and whether a recalibration is needed.

Add 100 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip immediately in the reading position and press READ

D-DIMER FS Order information

Cat. No. 1 7268 .. .. …

Notes

1. Please refer to the package insert for D-Dimer 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 30: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

30 845 1360 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

FCHO

EP

WL1 500

WL2 630

Units mg/dl

Temperature 37

Std 200

Factor

Lin. Limit 250

Norm High 200

Norm Low 0

Decimals 0

Sample Vol 10

Reagent Vol 500

Reac. Time 600

MC15

Procedure:

Reagent ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 10 µl

Samples 500 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 10 minutes.

Go into programme no. 46 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

FREE CHOLESTEROL FS Order information

Cat. No. 1 1360 .. .. …

Notes

1. Please refer to the package insert for Free 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 31: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

31 45 7059 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

FERR

Multi Std - FxT

WL1 578

WL2

Units ng/ml

Number of standards 5

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal Ferritin

Point 3 / Conc *Level 2 TruCal Ferritin

Point 4 / Conc *Level 3 TruCal Ferritin

Point 5 / Conc *Level 4 TruCal Ferritin

Readings per standard 1

Readings per sample 1

Temperature 37

Lin. Limit 1000

Norm High 300

Norm Low 30

Decimals 1

Sample Vol 10

Reagent Vol 200 + 100

Delay 30

Interval 180

*Input by user

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1+2 (Reading zone)

Sample (Sample zone)

Blank 200 µl + 100 µl

Stds (Optional) 200 µl + 100 µl 10 µl

Samples 200 µl + 100 ml 10 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into the programme no. 47. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 32: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

33 845 2801 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

GGT

Kinetic

Monoreagent Application

WL1 405

Units U/l

Temperature 37

Factor 1309

N of Read 4

Interval 60

Delay 60

Lim Abs 1.500 max

Lin. Limit 230

Norm High 55

Norm Low 0

Decimals 0

Sample Vol 50

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 4 WEEKS AT 2 - 8° C 5 DAYS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way. A free initial cuvette position must be left to perform the optical zero (blank)

Reagent (Reading zone)

Sample (Sample zone)

Samples 500 µl 50 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 17 . Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

GAMMA GT FS (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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 33: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

34 845 2801 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

GGT

Kinetic

Monoreagent Application

WL1 405

Units U/l

Temperature 37

Factor 1158

N of Read 4

Interval 60

Delay 60

Lim Abs 1.500 max

Lin. Limit 230

Norm High 49

Norm Low 0

Decimals 0

Sample Vol 50

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 4 WEEKS AT 2 - 8° C 5 DAYS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way. A free initial cuvette position must be left to perform the optical zero (blank)

Reagent (Reading zone)

Sample (Sample zone)

Samples 500 µl 50 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 16 . Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

GAMMA GT FS (Szasz mod.) 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 34: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

35 845 2411 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

GLDH

Kinetic

WL1 340

Units U/l

Temperature 37

Factor 1485

N of Read 4

Interval 60

Delay 30

Lim Abs 0.3 min

Lin. Limit 120

Norm High 7

Norm Low 0

Decimals 1

Sample Vol 50

Reagent Vol 400 + 100

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 50 µl

Samples 400 µl 50 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position and leave it for 3 minutes at 37°C

Go into the programme no. 49. Input the number of samples and the initial position for them and whether a recalibration is needed.

Take out the cuvette strip out of the incubating position and add 100 µl R2 to all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

GLDH FS DGKC

Order information

Cat. No. 1 2411 .. .. …

Notes

1. Please refer to the package insert for GLDH FS DGKC for

the 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 concerning; Measuring Range Specificity/Interferences Sensitivity/Limit of Detection

Precision (Reproducibility, Repeatability) Method Comparison Reference Ranges Literature 2. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 35: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

36 845 2500 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

GLUC

EP

WL1 500

WL2 630

Units mg/dl

Temperature 37

Std 100

Factor

Lin. Limit 400

Norm High 115

Norm Low 70

Decimals 0

Sample Vol 5

Reagent Vol 500

Reac. Time 600

MC15

Procedure:

Reagent ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 5 µl

Samples 500 µl 5 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 10 minutes.

Go into programme no. 18 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 36: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

37 845 2511 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

GLUC

EP

Monoreagent application

WL1 340

WL2 630

Units mg/dl

Temperature 37

Std 100

Factor

Lin. Limit 500

Norm High 115

Norm Low 70

Decimals 0

Sample Vol 5

Reagent Vol 500

Reac. Time 300

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 3 MONTHS AT 2 - 8° C 2 WEEKS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 5 µl

Samples 500 µl 5 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 5 minutes.

Go into programme no. 19 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

GLUCOSE HEXOKINASE FS

Order information

Cat. No. 1 2511 .. .. …

Notes

1. Please refer to the package insert for Glucose Hexokinase

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 37: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

38 845 3329 10 02 71

May 2008/5

StarDust MC15 Chemistry parameters

HBA1

Multi Std - EP

WL1 630

WL2 Select pos 8 ( (empty)

Units %

Number of standards 5

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal HbA1c

Point 3 / Conc *Level 2 TruCal HbA1c

Point 4 / Conc *Level 3 TruCal HbA1c

Point 5 / Conc *Level 4 TruCal HbA1c

Readings per standard 1

Readings per sample 1

Temperature 37

Lin. Limit 15

Norm High 6

Norm Low 4

Decimals 2

Sample Vol 10

Reagent Vol 300 + 100 + 50

Reac. Time 240

*Input by user

MC15

Procedure:

Reagents are ready to use

The end point incubation must be switched on before measurement. To do this go to 4: Utilities, option 12: E.P. Incubation, select 1:Y

Pipette into the cuvette strips in the appropriate way.

Pipette 300 µl Reagent 1 (reading zone)

Incubate for 5 minutes in the incubation block

Go into the programme no. 50. Input the number of samples and the initial position for them and whether a recalibration is

needed.

Pipette 10 µl Sample (Sample zone)

Mix and incubate at 37°C for 3 minutes in the incubation block

After 3 min of incubation add 100 µl R2 into the reading zone in the cuvettes

Mix and incubate at 37°C for a further 2 minutes in the incubation block

After 2 min of incubation add 50 µl R3 into the sample zone in the cuvettes

Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

one HbA1c FS 3 Component System

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 38: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

40 845 3521 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

HDL

Diff

WL1 578

WL2 670

Units mg/dl

Temperature 37

Std 99.8

Factor

Lin. Limit 180

Norm High 80

Norm Low 35

Decimals 0

Sample Vol 5

Reagent Vol 400 + 100

Delay 280

Reac. Time 300

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 5 µl

Samples 400 µl 5 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 20 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 100 µl R2 to all the cuvettes Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 39: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

41 845 7202 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

IGA

Multi Std - Differential

WL1 578

WL2

Units mg/dl

Number of standards 4

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 2 TruCal Protein

Point 3 / Conc *Level 4 TruCal Protein

Point 4 / Conc *Level 5 TruCal Protein

Readings per standard 2

Readings per sample 1

Temperature 37

Lin. Limit 900

Norm High 400

Norm Low 70

Decimals 0

Sample Vol 30**

Reagent Vol 400 + 80

Delay 0

Reac. Time 300

*Input by user This application has been prozone tested up to 9200 mg/dl and no ambiguous results were observed.

MC15

Procedure:

Reagents are ready to use

**Samples/Standards are pre-diluted 1+10 with 0.9% NaCl

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 400 µl

Stds (Optional) 400 µl 30 µl

Samples 400 µl 30 µl

Place the cuvette strip in the incubating position for 10 minutes

Go into the IgA programme no. 52. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

IMMUNOGLOBULIN A FS Order information

Cat. No. 1 7202 .. .. …

Notes

1. Please refer to the package insert for Immunoglobulin A 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 40: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

42 845 7239 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

IGE

Multi Std - FxT

WL1 578

WL2

Units IU/ml

Number of standards 6

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal IgE

Point 3 / Conc *Level 2 TruCal IgE

Point 4 / Conc *Level 3 TruCal IgE

Point 5 / Conc *Level 4 TruCal IgE

Point 6 / Conc *Level 5 TruCal IgE

Readings per standard 1

Readings per sample 1

Temperature 37

Lin. Limit 1000

Norm High 100

Norm Low 0

Decimals 1

Sample Vol 5

Reagent Vol 200 + 100

Delay 30

Interval 180

*Input by user

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1+2 (Reading zone)

Sample (Sample zone)

Blank 200 µl + 100 µl

Stds (Optional) 200 µl + 100 µl 5 µl

Samples 200 µl + 100 ml 5 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into the programme no. 53. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 41: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

43 845 7212 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

IGG

Multi Std - Differential

WL1 578

WL2

Units mg/dl

Number of standards 4

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 2 TruCal Protein

Point 3 / Conc *Level 4 TruCal Protein

Point 4 / Conc *Level 5 TruCal Protein

Readings per standard 2

Readings per sample 1

Temperature 37

Lin. Limit 3500

Norm High 1600

Norm Low 700

Decimals 0

Sample Vol 20**

Reagent Vol 400 + 80

Delay 0

Reac. Time 300

*Input by user This application has been prozone tested up to 35000 mg/dl and no ambiguous results were observed.

MC15

Procedure:

Reagents are ready to use

**Samples/Standards are pre-diluted 1+10 with 0.9% NaCl

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 400 µl

Stds (Optional) 400 µl 20 µl

Samples 400 µl 20 µl

Place the cuvette strip in the incubating position for 10 minutes

Go into the IGG programme no. 54. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

IMMUNOGLOBULIN G FS Order information

Cat. No. 1 7212 .. .. …

Notes

1. Please refer to the package insert for Immunoglobulin G 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 42: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

44 845 7222 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

IGM

Multi Std - Differential

WL1 340

WL2

Units mg/dl

Number of standards 4

Point 1/ Conc NaCl – 0

Point 2 / Conc *Level 1 TruCal Protein

Point 3 / Conc *Level 3 TruCal Protein

Point 4 / Conc *Level 4 TruCal Protein

Point 5 / Conc *Level 5 TruCal Protein

Readings per standard 2

Readings per sample 1

Temperature 37

Lin. Limit 800

Norm High 230

Norm Low 40

Decimals 0

Sample Vol 50**

Reagent Vol 400 + 80

Delay 0

Reac. Time 300

*Input by user This application has been prozone tested up to 5000 mg/dl and no ambiguous results were observed.

MC15

Procedure:

Reagents are ready to use

**Samples/Standards are pre-diluted 1+10 with 0.9% NaCl

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 400 µl

Stds (Optional) 400 µl 50 µl

Samples 400 µl 50 µl

Place the cuvette strip in the incubating position for 10 minutes

Go into the IgM programme no. 55. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

IMMUNOGLOBULIN M FS Order information

Cat. No. 1 7222 .. .. …

Notes

1. Please refer to the package insert for Immunoglobulin M 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 43: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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May 2008/4

StarDust MC15 Chemistry parameters

IRON

Diff

WL1 578

WL2

Units µg/dl

Temperature 37

Std 202

Factor

Lin. Limit 270

Norm High 168

Norm Low 23

Decimals 0

Sample Vol 100

Reagent Vol 400 + 100

Delay 0

Reac. Time 600

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 100 µl

Samples 400 µl 100 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 21 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 100 µl R2 to all the cuvettes Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 44: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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May 2008/4

StarDust MC15 Chemistry parameters

LACT

Diff

WL1 340

WL2 0

Units mg/dl

Temperature 37

Std *

Factor

Lin. Limit 120.0

Norm High 19.8

Norm Low 4.5

Decimals 1

Sample Vol 5

Reagent Vol * 400 + 100

Delay 180

Reac. Time 300

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 5 µl

Samples 400 µl 5 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 57. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 100 µl R2 to all the cuvettes Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 45: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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September 2007/3

StarDust MC15 Chemistry parameters

LDH

Kinetic

Monoreagent application

WL1 340

Units U/l

Temperature 37

Factor 8095

N of Read 5

Interval 30

Delay 60

Lim Abs 0.700 min

Lin. Limit 2400

Norm High 480

Norm Low 0

Decimals 0

Sample Vol 10

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 5 DAYS AT 2 - 8° C 8 HOURS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way. A free initial cuvette position must be left to perform the optical zero (blank)

Reagent (Reading zone)

Sample (Sample zone)

Samples 500 µl 10 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 22 . Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

LDH FS DGKC Order information

Cat. No. 1 4201 .. .. …

Notes

1. Please refer to the package insert for LDH.FS DGKC for

the 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 46: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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May 2008/4

StarDust MC15 Chemistry parameters

LDH

Kinetic

Monoreagent application

WL1 340

Units U/l

Temperature 37

Factor 8095

N of Read 5

Interval 30

Delay 60

Lim Abs 0.900 max

Lin. Limit 1500

Norm High 248

Norm Low 0

Decimals 0

Sample Vol 10

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 24 HOURS AT 2 - 8° C 4 HOURS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way. A free initial cuvette position must be left to perform the optical zero (blank)

Reagent (Reading zone)

Sample (Sample zone)

Samples 500 µl 10 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 30. Input the number of samples and the initial position for them.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

LDH FS IFCC Order information

Cat. No. 1 4211 .. .. …

Notes

1. Please refer to the package insert for LDH 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 47: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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May 2008/4

StarDust MC15 Chemistry parameters

LDL

Diff

WL1 578

WL2 670

Units mg/dl

Temperature 37

Std *

Factor

Lin. Limit 400

Norm High 130

Norm Low 0

Decimals 0

Sample Vol 5

Reagent Vol 400 + 100

Delay 280

Reac. Time 300

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 5 µl

Samples 400 µl 5 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 58 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 100 µl R2 to all the cuvettes Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 48: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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May 2008/5

StarDust MC15 Chemistry parameters

LIPA

Kin

WL1 578

Units U/l

Temperature 37

Std Input value

Factor

N of Read 3

Interval 60

Delay 120

Lin. Limit 240

Norm High 60

Norm Low 0

Decimals 1

Sample Vol 10

Reagent Vol 400 + 100

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 10 µl

Samples 400 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position and leave it for 3 minutes at 37°C

Go into the programme no. 59. Input the number of samples and the initial position for them and whether a recalibration is needed.

Take out the cuvette strip out of the incubating position and add 100 µl R2 to all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 49: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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May 2008/3

StarDust MC15 Chemistry parameters

LPA

Multi Std - FxT

WL1 670

WL2

Units mg/dl

Number of standards 6

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal Lp(a) 21

Point 3 / Conc *Level 2 TruCal Lp(a) 21

Point 4 / Conc *Level 3 TruCal Lp(a) 21

Point 5 / Conc *Level 4 TruCal Lp(a) 21

Point 6 / Conc *Level 5 TruCal Lp(a) 21

Readings per standard 1

Readings per sample 1

Temperature 37

Lin. Limit 130

Norm High 30

Norm Low 0

Decimals 1

Sample Vol 10

Reagent Vol 400 + 200

Delay 30

Interval 300

*Input by user

MC15

Procedure:

Reagents are ready to use

Premix 2 parts R1 with 1 part R2 making sufficient for the number of tests

Pipette into the cuvette strips in the appropriate way.

Reagent 1+2 premixed

(Reading zone)

Sample (Sample zone)

Blank 600 µl

Stds (Optional) 600 µl 10 µl

Samples 600 µl 10 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into the programme no. 60. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 50: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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September 2007/3

StarDust MC15 Chemistry parameters

MAG

EP

WL1 546

WL2 670

Units mg/dl

Temperature 37

Std 2.00

Factor

Lin. Limit 5.00

Norm High 2.6

Norm Low 1.8

Decimals 2

Sample Vol 5

Reagent Vol 500

Reac. Time 180

MC15

Procedure:

Reagent ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 5 µl

Samples 500 µl 5 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 3 minutes.

Go into programme no. 23 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 51: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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May 2008/5

StarDust MC15 Chemistry parameters

PHOS

EP

Monoreagent application

WL1 340

WL2 630

Units mg/dl

Temperature 37

Std 5.0

Factor

Lin. Limit 30.0

Norm High 4.5

Norm Low 2.6

Decimals 1

Sample Vol 5

Reagent Vol 500

Reac. Time 300

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 1 YEAR AT 2 – 8° C

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 5 µl

Samples 500 µl 5 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 5 minutes.

Go into programme no. 24 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

PHOSPHATE FS Order information

Cat. No. 1 5211 .. .. …

Notes

1. Please refer to the package insert for Phosphate 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 52: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

56 845 7022 10 02 71

May 2008/6

StarDust MC15 Chemistry parameters

RF

Multi Std - Differential

WL1 340

WL2 630

Units IU/ml

Number of standards 6

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal RF

Point 3 / Conc *Level 2 TruCal RF

Point 4 / Conc *Level 3 TruCal RF

Point 5 / Conc *Level 4 TruCal RF

Point 6 / Conc *Lavel 5 TruCal RF

Readings per standard 1

Readings per sample 1

Temperature 37

Lin. Limit 500

Norm High 15

Norm Low 0

Decimals 1

Sample Vol 25

Reagent Vol 400 + 80

Delay 0

Reac. Time 300

*Input by user

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank (Water) 400 µl

Stds (Optional) 400 µl 25 µl

Samples 400 µl 25 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 15 minutes

Go into the programme no. 63. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

RHEUMATOID FACTOR FS Order information

Cat. No. 1 7022 .. .. …

Notes

1. Please refer to the package insert for Rheumatoid Factor

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 53: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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September 2007/3

StarDust MC15 Chemistry parameters

T PR

Diff

WL1 546

WL2 630

Units g/dl

Temperature 37

Std 5.0

Factor

Lin. Limit 15.0

Norm High 8.8

Norm Low 6.6

Decimals 1

Sample Vol 10

Reagent Vol 400 + 100

Delay 0

Reac. Time 300

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 10 µl

Samples 400 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 25 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 100 µl R2 to all the cuvettes Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 54: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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May 2008/5

StarDust MC15 Chemistry parameters

URPR

EP

WL1 578

WL2 670

Units mg/l

Temperature 37

Std 1300

Factor

Lin. Limit 3000

Norm High 141

Norm Low 24

Decimals 0

Sample Vol 10

Reagent Vol 500

Reac. Time 300

MC15

Procedure:

Reagent ready to use

See package insert for reagent stability

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 10 µl

Samples 500 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 5 minutes.

Go into the programme no. 64. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

TOTAL PROTEIN UC FS Order information

Cat. No. 1 0210 .. .. …

Notes

1. Please refer to the package insert for Total Protein UC 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 55: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

59 845 7252 10 02 71

May 2008/4

StarDust MC15 Chemistry parameters

TRAN

Multi Std - Differential

WL1 578

WL2

Units mg/dl

Number of standards 6

Point 1/ Conc NaCl - 0

Point 2 / Conc *Level 1 TruCal Protein

Point 3 / Conc *Level 2 TruCal Protein

Point 4 / Conc *Level 3 TruCal Protein

Point 5 / Conc *Level 4 TruCal Protein

Point 6 / Conc *Level 5 TruCal Protein

Readings per standard 2

Readings per sample 1

Temperature 37

Lin. Limit 800

Norm High 360

Norm Low 200

Decimals 0

Sample Vol 30**

Reagent Vol 400 + 80

Delay 0

Reac. Time 300

*Input by user

MC15

Procedure:

Reagents are ready to use

**Samples/Standards are pre-diluted 1+10 with 0.9% NaCl

Pipette into the cuvette strips in the appropriate way. Samples are dispensed directly into the reading zone

Reagent 1 (Reading zone)

Sample (Reading zone)

Blank 400 µl

Stds (Optional) 400 µl 30 µl

Samples 400 µl 30 µl

Place the cuvette strip in the incubating position for 10 minutes

Go into the programme no. 65. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 80 µl R2 into the sample position in all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

TRANSFERRIN FS Order information

Cat. No. 1 7252 .. .. …

Notes

1. Please refer to the package insert for Transferrin 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 56: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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September 2007/3

StarDust MC15 Chemistry parameters

TRIG

EP

WL1 500

WL2 630

Units mg/dl

Temperature 37

Std 200

Factor

Lin. Limit 500

Norm High 200

Norm Low 0

Decimals 0

Sample Vol 10

Reagent Vol 500

Reac. Time 600

MC15

Procedure:

Reagent ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 10 µl

Samples 500 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 10 minutes.

Go into programme no. 26 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 57: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

61 845 1921 10 02 71

May 2008/2

StarDust MC15 Chemistry parameters

UIBC

Diff

WL1 578

WL2

Units µg/dl

Temperature 37

Std TruCal

Factor

Lin. Limit 750

Norm High 470

Norm Low 120

Decimals 0

Sample Vol 30

Reagent Vol 400 + 100

Delay 300

Reac. Time 300

MC15

Procedure:

Reagents are ready to use

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 30 µl

Samples 400 µl 30 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 41 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed take out the cuvette strip and add 100 µl R2 to all the cuvettes Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

UIBC FS Order information

Cat. No. 1 1921 .. .. …

Notes

1. Please refer to the package insert for UIBC 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 58: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

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May 2008/6

StarDust MC15 Chemistry parameters

UREA

EP

WL1 578

WL2 -

Units mg/dl

Temperature 37

Std 50

Factor

Lin. Limit 300

Norm High 43

Norm Low 17

Decimals 1

Sample Vol 5

Reagent Vol * 250 + 250

Delay 0

Reac. Time 300

MC15

Procedure:

Reagents are ready to use. Reagent 1A needs to be prepared as described

Stds/Controls/Samples must be diluted 1+1 with NaCl

Pipette into the cuvette strips in the appropriate way. Please note samples must be dispensed directly into the reading zone

Reagent 1A (Reading zone)

Sample (Reading zone)

Blank 250 µl

Std (Optional) 250 µl 5 µl

Samples 250 µl 5 µl

Incubate for 10 mins at room temperature or 5 mins at 37°C

When the incubation is completed take out the cuvette strip and add 250 µl R2 to all the cuvettes

Place the cuvette strip in the mixing position and press MIX

Incubate for 10 mins at room temperature or 5 mins at 37°C

Go into the programme no 66. Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

UREA CT FS Order information

Cat. No. 1 3115 .. .. …

Notes

1. Please refer to the package insert for Urea CT 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 59: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

62 845 3101 10 02 71

September 2007/4

StarDust MC15 Chemistry parameters

UREA

FxT

Monoreagent application

WL1 340

Units mg/dl

Temperature 37

Std 50

Factor

Interval 60

Delay 30

Lim. Abs. 0.5 MAX

Lin. Limit 300

Norm High 43

Norm Low 17

Decimals 0

Sample Vol 5

Reagent Vol 500

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 4 WEEKS AT 2 - 8° C 5 DAYS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 5 µl

Samples 500 µl 5 µl

Place the cuvette strip in the incubating position and leave it for 5 minutes at 37°C

Go into programme no. 27 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the reading position and press READ

UREA FS Order information

Cat. No. 1 3101 .. .. …

Notes

1. Please refer to the package insert for 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 60: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

64 845 3021 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

URIC

EP

Monoreagent application

WL1 546

WL2 630

Units mg/dl

Temperature 37

Std 6.0

Factor

Lin. Limit 20.0

Norm High 8.2

Norm Low 2.3

Decimals 1

Sample Vol 10

Reagent Vol 500

Reac. Time 600

MC15

Procedure:

For Monoreagent mix 4 parts R1 + 1 part R2

STABILITY: 3 MONTHS AT 2 - 8° C 2 WEEKS AT 15 - 25° C The Monoreagent must be protected from light!

Pipette into the cuvette strips in the appropriate way.

Reagent (Reading zone)

Sample (Sample zone)

Blank 500 µl

Std (Optional) 500 µl 10 µl

Samples 500 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Place the cuvette strip in the incubating position for 10 minutes.

Go into programme no. 28 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

URIC ACID FS TBHBA Order information

Cat. No. 1 3021 .. .. …

Notes

1. Please refer to the package insert for Uric Acid FS TBHBA

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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.

Page 61: StarDust MC15 Chemistry parameters ALAT(GPT) FS (IFCC mod.)

65 845 3001 10 02 71

September 2007/3

StarDust MC15 Chemistry parameters

URIC

Diff

WL1 546

WL2

Units mg/dl

Temperature 37

Std 6.0

Factor

Lin. Limit 20.0

Norm High 8.2

Norm Low 2.3

Decimals 1

Sample Vol 10

Reagent Vol * 400 + 100

Delay 240

Reac. Time 300

MC15

Procedure:

Reagents are ready to use

See package insert for reagent stability

Pipette into the cuvette strips in the appropriate way.

Reagent 1 (Reading zone)

Sample (Sample zone)

Blank 400 µl

Std (Optional) 400 µl 10 µl

Samples 400 µl 10 µl

Place the cuvette strip in the mixing position and press MIX

Go into programme no. 29 . Input the number of samples and the initial position for them and whether a recalibration is needed.

Place the cuvette strip in the reading position and press READ

When the reading is completed Take out the cuvette strip and add 100 µl R2 to all the cuvettes Place the cuvette strip in the mixing position and press MIX Place the cuvette strip in the reading position and press READ

URIC ACID (TOOS) FS Order information

Cat. No. 1 3001 .. .. …

Notes

1. Please refer to the package insert for Uric Acid 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. Manufactured by

DiaSys Diagnostic Systems, Alte Strasse 9, 65558 Holzheim, Germany.

**The Performance of a StarDust MC15/FC as a semi automated photometer unit is mainly characterized by it´s technical specifications (see manual). Quality of results strongly depends on manual test performance of the user. This application was verified at DiaSys and has subsequently been tested at a variety of customer laboratories and validated by use.