EIA Type 1 CONC Logic Check-3. Check Point-2: 15 Check Point-3: 20 Decision Value

Transcription

1 (), AU4/AU4 e System Reagent: OSR6x72 Reagent ID: 72 Specific Test I Operation: Sample: Reagents: Volume R Volume R2 Volume 2 Dilution Dilution Dilution 9 4 Pri. 6 END Sec. ne + Measuring Point : Measuring inearity: ag Time: Pre-Dilution Rate: Min Reagent limit: Dynamic : 75* Correlation Factor: A On-board stability period: Max.5.5 3* 9 Type Calibration 5A Formula: EIA Type Counts: Process: CONC Point : -Point Cal. Point: M Type Factor: Cal.. ne With CONC- CONC Factor/- Factor/- Slope Check + Advanced Calibration: Calibration Stability Period: 9 Data Check Type ogic Check- Check Point-: Check Point-2: 5 Check Point-3: 2 Decision Value-. Decision Value-2.7 Decision Value-3.5 imit Point : imit 27 ogic Check-2 Check Point-: Decision Value-: Decision Value-2: imit Point : imit ogic Check-3 Check Point-: Decision Value-: Decision Value-2: imit Point : imit User defined ot or ot + ottle eckman Coulter System Cat.: R32 working in mg/d. To work in SI units (g/) multiply by. ASOSR6x

2 (), AU64/AU64 e System Reagent: OSR6x72 72 `Reagent ID: Specific Test I Operation: Sample: Reagents: Volume R Volume R2 Volume 2 Dilution Dilution Dilution 9 4 Pri. 6 END Sec. ne + Measuring Point : Measuring inearity: ag Time: Pre-Dilution Rate: Min Reagent limit: Dynamic : 75* Correlation Factor: A On-board stability period: Max.5.5 3* 9 Type Calibration 5A Formula: EIA Type Counts: Process: CONC Point : -Point Cal. Point: M Type Factor: Cal.. With CONC- CONC Factor/- Factor/- Slope Check + Advanced Calibration: Calibration Stability Period: 9 Data Check Type ogic Check- Check Point-: Check Point-2: 5 Check Point-3: 2 Decision Value-. Decision Value-2.7 Decision Value-3.5 imit Point : imit 27 ogic Check-2 Check Point-: Decision Value-: Decision Value-2: imit Point : imit ogic Check-3 Check Point-: Decision Value-: Decision Value-2: imit Point : imit User defined ot or ot + ottle eckman Coulter System Cat.: R32 working in mg/d. To work in SI units (g/) multiply by. ASOSR6x

3 (), AU48 System Reagent: OSR6x72 Specificc Test I Sample Volume.6 Dilution Pre-Dilution Rate Reagents Volume: R(R-) R2 (R2-) 87 8 Dilution Dilution 5 3 Pri. 6 END nm Sec. ne nm + Measuring Point : Measuring inearity: ag Time: Operation: imit Min. Max. Reagent limit: ow ow Dynamic ow Correlation Factor A Factor for Maker A 75*.5.5 3* Onboard Stability 9 Day our I Influence Check ipemia Icterus emolysis Reagent ID: 72 Calibration Point : Point 8: Point 9: Point: Point Cal. For Master Curve Point : M Type Factor: 5A Formula: EIA Type Counts: Slope Check + Conc Factor ow Allowable Check * * * * * Reagent lank Calibration Advanced Calibration Operation Interval (R/ACA) ot / ot. of Correction Points Conc -Point Calibration Point Type Use Master Curve ot Calibration Stability ow Reagent lanks 9 Day our Calibration 9 Day our ne With CONC- Use Cal. Checked Tests Contamination Data Check Misc ogic Check- Check Point - : Check Point - 2: Check Point - 3: Decision Value - : Decision Value - 2: Decision Value - 3: imit Point : imit Check Pattern: Pattern ogic Check -2 Check Point -: Check Point interval: Decision Value - : Decision Value - 2: imit Point : imit ogic Check - 3 Check Point - : Decision Value - : Decision Value - 2: imit Point : imit User Defined eckman Coulter System Cat..: R32 working in mg/d. To work in SI units (g/) multiply by.. ASOSR6x

4 (), AU68 System Reagent: OSR6x72 Specificc Test I Sample Volume.6 Dilution Pre-Dilution Rate Reagents Volume: R(R-) 888 Dilution 52 R2 (R2-) 8 Dilution 32 Common Reagent Type ne Name Pri. 6 END nm Sec. ne nm + Measuring Point : Measuring inearity: ag Time: Operation: imit Min. Max. Reagent limit: ow ow Dynamic ow Correlation Factor A Factor for Maker A 75*.5.5 3* Onboard Stability 9 Days our I Influence Check ipemia Icterus emolysis Reagent ID: 72 Calibration Point : Point 8: Point 9: Point: Point Cal. For Master Curve Point : M Type Factor: 5A Formula: Conc * * * * *. of Correction Points Conc EIA Type Counts: Slope Check + Factor ow Allowable Check Reagent lank Calibration Advanced Calibration Operation Interval (R/ACA) ot / ot -Point Calibration Point Type Use Master Curve ot Calibration Stability ow Reagent lanks 9 Day our Calibration 9 Day our ne With CONC- Use Cal. Checked Tests Contamination Data Check Misc ogic Check- Check Point - : Check Point - 2: Check Point - 3: Decision Value - : Decision Value - 2: Decision Value - 3: imit Point : imit Check Pattern: Pattern ogic Check -2 Check Point -: Check Point interval: Decision Value - : Decision Value - 2: imit Point : imit ogic Check - 3 Check Point - : Decision Value - : Decision Value - 2: imit Point : imit User Defined eckman Coulter System Cat..: R32 working in mg/d. To work in SI units (g/) multiply by.. ASOSR6x

5 (), AU6 System Reagent: OSR6x72 Specific test parameters Reagent ID: 72 Test Test name Sample type Page /2 Sample vol. Reagent vol Reagent 2 vol Wave Main Method Reaction Point Fst Point 2 Fst 2 6 Dil. vol μl Min. Dil. vol 9 μl Dil. vol 4 μl Reagent limit Fst. Sub st. END Dynamic range + 75* st Correlation factor st Max. Fst.. 5 st.. 5 3* A inearity lag time Fst Sec On-board stability period 9 Select using Space key, or select from list displayed by Guide key Calibration specificc Test Name Cal type 3 Formula 6 Selection calibrator Cal Point Point 2 Point 3 Point 4 Point 5 Point 6 Point 7 -point cal. point M type factor stability period 5A EIA Type 9 Conc Count Process Factor/- Conc Factor/- Select the function using the Function key or the Mouse Data Check Test Test name Sample Type ogic Check YES ogic Check -2 NO Check Point - Check Point -2 Check Point -3 Decision value - Decision value -2 Decision value -3 imit Point imit Point Check point - Check point interval Decision value -. Decision value -2. imit point imit point 2 ogic Check -3 NO Check point - Check point interval Decision value -. Decision value -2. imit point imit point 2 User defined eckman Coulter System Cat.: R32 working in mg/d. To work in SI units (g/) multiply by. ASOSR6x

6 (), AU27/AU54 System Reagent: OSR6x72 Specific Test I Reagent ID: 72 Operation: Sample: Reagents: Volume R Volume R2 Volume Dilution Dilution Dilution Pri. 6 END Sec. ne + Measuring Point : Measuring inearity: ag Time: Pre-Dilution Rate: Min Reagent limit: Dynamic : 75* Correlation Factor: A On-board stability period: Max.5.5 3* 9 Type Calibration 5A Formula: EIA Type Counts: Process: CONC Point : -Point Cal. Point: M Type Factor: Cal.. With CONC- CONC Factor/- Factor/- Slope Check + Advanced Calibration: Calibration Stability Period: 9 Data Check Type ogic Check- Check Point-: Check Point-2: 5 Check Point-3: 2 Decision Value-. Decision Value-2.75 Decision Value-3.3 imit Point : imit 27 ogic Check-2 Check Point-: Decision Value-: Decision Value-2: imit Point : imit ogic Check-3 Check Point-: Decision Value-: Decision Value-2: imit Point : imit User defined ot or ot + ottle eckman Coulter System Cat.: R 32 working in mg/d. To work in SI units (g/) multiply by.. ASOSR6x

7 , AU58 System Reagent: OSR6x72 I bac Specific Test Calculated Test Reagent ID: 72 Test Name: Operation Sample Volume Pre-Dilution Rate Rgt. Volume R(R-) 55 R-2 R2(R2-) 5 Common Rgt. Type Wavelength Method Pri ne 6 END nm Reaction Slope Measuring Point st Measuring Point2 st + inearity imit ag Time Check Dilution imit Diluent ottle Min Max. Dilution 95 Reagent imit Dilution st ow.5 ow.5 Dilution 2 Dynamic ow 75* 3* ne Correlation Factor A Sec. ne nm Factor for Maker A Onboard Stability Period 9 Day our I Influence Check ipemia Icterus emolysis s Type Calibration Calibration 5A Formula: EIA Type Counts: Conc ow Slope Check + Point : Allowance Check Reagent lank Calibration Advanced Calibration Point 8: Point 9: Operation Point : Interval (R/ACA) ot/ott Point Cal. For. of Correction Points Use Master Curve ot Calibration Master Curve Conc ow Stability Point- Point-2 Reagent lank Calibration 9 9 Day Day our our M Type Factor: -Point Calibration Point ne with Conc- Cuvette Misc Checked Tests Contamination Data Check ogic Check Check Point Check Point 2 Check Point 3 Decision Value Decision Value 2 Decision Value 3 imit Point imit Check Pattern ogic Check 2 Check Point 5 Check Point Interval 2. Decision Value.7 Decision Value 2.5 imit Point 27 imit Point 2 Pattern ogic Check 3 Check Point Check Point Interval Decision Value Decision Value 2 imit Point imit Point 2 User defined. eckman Coulter Protein Multicalibrator Cat..: R32 working in mg/d. To work in SI Units (g/) multiply by.. ASOSR6x

8 (CSF), AU4/AU4 e System Reagent: OSR6x72 Specific Test I Reagent ID: 72 Operation: Sample: Reagents: Volume R Volume R2 Volume 68 Dilution Dilution Dilution 83 Pri. 34 END Sec. ne + Measuring Point : Measuring inearity: ag Time: Pre-Dilution Rate: Min Reagent limit: Dynamic : 2* Correlation Factor: A On-board stability period: Max 5* 9 Specific Test I Value/Flag: rmal s: Age Sex Year ne Selected 8. Out of Panic Value: evel : Month Age Year evel : Month Unit: mg/d* Decimal places: Type Calibration 5A Formula: POYGONA Counts: Process: CONC Point : -Point Cal. Point: M Type Factor: Cal.. With CONC- CONC Factor/- Factor/- Slope Check + Advanced Calibration: Calibration Stability Period: 2 User Defined ot or ot + ottle eckman Coulter Protein Multicalibrator Cat..: R32. Prepare a +44 dilution of calibrator. 4 in.9 saline. Then make four subsequent + dilutions of this to prepare a 5 point calibration curve. Insert the adjusted values in the calibration curve. working in mg/d. To work in SI units (mg/) multiply by. te: Refer to IFU for imitations ASOSR6x

9 (CSF), AU64/AU64 e System Reagent: OSR6x72 Specific Test I Reagent ID: 72 Operation: Sample: Reagents: Volume R Volume R2 Volume 68 Dilution Dilution Dilution 83 Pri. 34 END Sec. ne + Measuring Point : Measuring inearity: ag Time: Pre-Dilution Rate: Min Reagent limit: Dynamic : 2* Correlation Factor: A On-board stability period: Max 5* 9 Specific Test I Value/Flag: rmal s: Age Sex Year ne Selected 8. Out of Panic Value: evel : Month Age Year evel : Month Unit: mg/d* Decimal places: Type Calibration 5A Formula: POYGONA Counts: Process: CONC Point : -Point Cal. Point: M Type Factor: Cal.. With CONC- CONC Factor/- Factor/- Slope Check + Advanced Calibration: Calibration Stability Period: 2 User Defined ot or ot + ottle eckman Coulter Protein Multicalibrator Cat..: R32. Prepare a +44 dilution of calibrator. 4 in.9 saline. Then make four subsequent + dilutions of this to prepare a 5 point calibration curve. Insert the adjusted values in the calibration curve. working in mg/d. To work in SI units (mg/) multiply by. te: Refer to IFU for imitations ASOSR6x

10 (CSF), AU48 System Reagent: OSR6x72 Specificc Test I Sample Volume Dilution Pre-Dilution Rate Reagents Volume: R(R-) R2 (R2-) 68 Dilution Dilution 83 Pri. 34 END nm Sec. ne nm + Measuring Point : Measuring inearity: ag Time: Operation: imit Min. Max. Reagent limit: Reagent ID: 72 ow ow Dynamic ow Correlation Factor A Factor for Maker A 2* 5* Onboard Stability 9 Days our Specificc Test Value/Flag: Specific s: evel : From To Sex Year Month Year Month ow demographics 8. t within expected values Unit mg/d* Decimal Places evel : Panic Value ow Calibration Point : Point 8: Point 9: Point: Point Cal. For Master Curve Point : M Type Factor: 5A Type Use Cal. Formula: POYGONA Counts: Slope Check + Conc Factor ow Allowable Check * Reagent lank * Calibration * Advanced Calibration * Operation * Interval (R/ACA) ot / ot. of Correction Points Conc -Point Calibration Point Use Master Curve ot Calibration Stability ow Reagent lanks 2 Day our Calibration 2 Day our ne With CONC- User Defined te: Refer to IFU for limitations eckman Coulter Protein Multicalibrator Cat..: R32. Prepare a +44 dilution of calibrator. 4 in.9 saline. Then Make four subsequent + dilutions of this to prepare a 5 point calibration curve. Insert the adjusted values in the calibration curve. working in mg/d. To work in SI units (mg/) multiply by ASOSR6x

11 (CSF), AU68 System Reagent: OSR6x72 Specificc Test I Sample Volume Dilution Pre-Dilution Rate Reagents Volume: R(R-) Dilution 83 R2 Volume 68 Dilution Common Reagent Type ne Name Pri. 34 END nm Sec. ne nm + Measuring Point : Measuring inearity: ag Time: Operation: imit Reagent limit: Reagent ID: 72 Min. Max. ow ow Dynamic ow Correlation Factor A Factor for Maker A 2* 5* Onboard Stability 9 Days our Specificc Test Value/Flag: Specific s: evel : From To Sex Year Month Year Month ow demographics 8. t within expected values Unit mg/d* Decimal Places evel : Panic Value ow Type Use Cal. Calibration 5A Formula: POYGONA Counts: Slope Check + Conc Factor ow Allowable Check Point : * * * * Reagent lank Calibration Advanced Calibration Operation * Interval (R/ACA) ot / ot Point 8: Point 9: Point: Point Cal. For Master Curve Point : M Type Factor:. of Correction Points Conc -Point Calibration Point Use Master Curve ot Calibration Stability ow Reagent lanks 2 Day our Calibration 2 Day our ne With CONC- User Defined te: Refer to IFU for limitations eckman Coulter Protein Multicalibrator Cat..: R32. Prepare a +444 dilution of calibrator. 4 in.9 saline. Then Make four subsequent + dilutions of this to prepare a 5 point calibration curve. Insert the adjusted values in the calibration curve. working in mg/ /d. To work in SI units (mg/) multiply by. ASOSR6x

12 (CSF), AU6 System Reagent: OSR6x72 Specific test parameters Reagent ID: 72 Test Test name Sample type Page /2 Sample vol. Reagent vol Reagent 2 vol Wave Main Method Reaction Point Fst Point 2 Fst Dil. vol μl Min. Dil. vol 83 μl Dil. vol μl Reagent limit Fst. Sub st. END Dynamic range + 2* st Correlation factor st Max. Fst st * A inearity lag time Fst Sec On-board stability period 9 Select using Space key, or select from list displayed by Guide key Test Test name Sample type Page 2/2 Value/flag rmal range Panic value Sex n select Out of range Age Y M Y M Y M Y M Y M Y M Age Y Y Y Y Y Y evel evel M M M M M M Select the function using the Function key or the Mouse Calibration specific Test Name Cal type 3 Formula 3 Selection calibrator Cal Point Point 2 Point 3 Point 4 Point 5 Point 6 Point 7 -point cal. point M type factor stability period 5A POYGONA 2 Conc * * * * * Count Process Factor/- Conc Factor/- Select the function using the Function key or the Mouse User Defined ot or ot + ottle eckman Coulter Protein Multicalibrator Cat..: R32. Prepare a +44 dilution of calibrator. 4 in.9 saline. Then make four subsequent + dilutions of this to prepare a 5 point calibration curve. Insert the adjusted values in the calibration curve. working in mg/d. To work in SI units (mg/) multiply by. te: Refer to IFU for limitations ASOSR6x

13 (CSF), AU27/AU54 System Reagent: OSR6x72 Specific Test I Reagent ID: 72 Operation: Sample: Reagents: Volume R Volume R2 Volume 68 Dilution Dilution Dilution 83 Pri. 34 END Sec. ne + Measuring Point : Measuring inearity: ag Time: Pre-Dilution Rate: Min Reagent limit: Dynamic : 2* Correlation Factor: A On-board stability period: Max 5* 9 Specific Test I Value/Flag: rmal s: Age evel : Age evel : Sex Year ne Selected 8. Out of Panic Value: Month Year Month Unit: mg/d* Decimal places: Type Calibration 5A Formula: POYGONA Counts: Process: CONC Point : -Point Cal. Point: M Type Factor: Cal.. With CONC- CONC Factor/- Factor/- Slope Check + Advanced Calibration: Calibration Stability Period: 2 User Defined ot or ot + ottle eckman Coulter Protein Multicalibrator Cat..: R32. Prepare a +44 dilution of calibrator. 4 in.9 saline. Then make four subsequent + dilutions of this to prepare a 5 point calibration curve. Insert the adjusted values in the calibration curve. working in mg/d. To work in SI units (mg/) multiply by. te: Refer to IFU for limitations ASOSR6x

14 (CSF), AU58 System Reagent: OSR6x72 I bac Specific Test Calculated Test Reagent ID: 72 Operation Sample Volume Pre-Dilution Rate Rgt. Volume R(R-) 8 88 R-2 R2(R2-) 54 Common Rgt. Type Wavelength Method Pri ne 34 END nm Reaction Slope Measuring Point st Measuring Point2 st + inearity imit ag Time Check Dilution imit Diluent ottle Min. Max. Dilution 65 Reagent imit Dilution st. ow ow Dilution Dynamic ow 2* Name ne Correlation Factor A Sec. ne nm Factor for Maker A 5* Onboard Stability Period 9 Day our I Influence Check ipemia Icterus emolysis I bac Specific Test Calculated Test Value/Flag: evel ow Specific s: From To Sex Year Month Year Month ow Standardd demographics 8. t within expected values Panic Value ow Unit mg/d* Decimal Places Calibration s Type Use Cal. Calibration 5A Formula: POYGONA Counts: Conc ow Slope Check + Point : Allowance Check Reagent lank Calibration Advanced Calibration Point 8: Point 9: Point : Operation Interval (R/ACA) ot/ot Point Cal. For. of Correction Points Use Master Curve ot Calibration Master Curve Conc ow Stability Point- Point-2 Reagent lank Calibration 2 2 Day Day our our M Type Factor: -Point Calibration Point ne with Conc- Cuvette. User defined. eckman Coulter Protein Multicalibrator Cat..: R32. Prepare a +44 dilution of calibrator. 4 in.9 saline. Then make four subsequent + dilutions of this to prepare a 5 point calibration curve. Insert the adjusted values in the calibration curve.. Separate CSF channel from other types (see IFU for further instruction) working in mg/d. To work in SI Units (mg/) multiply by. te: Refer to IFU for limitations ASOSR6x