PHOX

5 -1

5 Communications

5. C

om

m.

5 Communications

This document describes how the Nova pHOx Series transmits data to an external computer.Data transmission involves a low-level protocol and a high-level protocol. The low-levelprotocol is concerned with establishing communication, detecting errors, and sending andreceiving messages. It is not concerned with message content. The high-level protocol isconcerned with message content.The protocols used are designed to conform to specifications published by the AmericanSociety for Testing and Materials (ASTM). Copies of the specifications can be obtained bycontacting ASTM:

ASTM100 Barr Harbor DriveWest Conshohocken, PA 19428-2959USAphone: 610-832-9585FAX: 610-832-9555

The low-level protocol used by the Nova pHOx Series Analyzers are designed to conform toASTM E1381-91. This document is concerned with the high level protocol only.The following information pertains to pHOx Series only samples, pHOx Series only calibra-tion, pHOx Series only QC, and Combined results.The pHOx Series also transmits COOX only data. Those records are specified by the COOXASTM specification.

5.1 H ig h -L e v e l P rotocol

The high-level protocol used by pHOx Series Analyzers are designed to conform toASTM E1394-91.The tables that follow describe the data records that are sent by pHOx Series Analyzers. Thecolumn “ASTM REF” lists the section of the ASTM E1394-91 specification that defines thefield. The column “ASTM NAME” lists the field name that appears in the ASTM specifica-tion.Unless otherwise noted, any field that involves date and time conforms to section 6.6.2 ofASTM 1394-91. Each record ends with a carriage return.

5 -2

pHOx Series Advanced User Applications Manual

5.1.1 Header Record

A S T M RE F A S T M N A M E p HO x S eries IM PLE M E N T A T IO N

7.1.1 Record Type ID Single character: “H”

7.1.2 Delimiter Definition Standard delimiters: |\^&

7.1.3 Message Control ID Not Used

7.1.4 Access Password Not used

7.1.5 Sender Name or ID NOVA^pHOx Plus^vv..vv^dd Where ‘vv..vv’is the version of pHOx Series software, and ‘dd’is Analyzer Identification # set by the pHOxSeries operator.

7.1.6 Sender Street Address Not used

7.1.7 Reserved Field Not used

7.1.8 Sender Telephone Number Not used

7.1.9 Characteristics of Sender Not used

7.1.10 Receiver ID Not used

7.1.11 Comment or Special Instruction Not used

7.1.12 Processing ID Not used

7.1.13 Version No. Version of ASTM Spec., single char.: “1”

7.1.14 Date and Time of Message Date and time at which message was transmit-ted. (This is not the time of the analysis orcalibration.)

5 -3

5 Communications

5. C

om

m.

5.1.2 Patient Information Record

ASTM REF ASTM NAME pHOx Series IMPLEMENTATION

8.1.1 Record Type Single character: “P”

8.1.2 Sequence Number Single character: “1.” (This will always be “1”because there will be only one patient record permessage.)NOTE: This is NOT the Frame Num-ber (FN) referred to in ASTM E1381-91.

8.1.3 Practice Assigned Patient ID Not used

8.1.4 Laboratory Assigned Patient ID Patient ID # if available; otherwise, blank. Forpatient samples, Patient ID # is available if andonly if it was entered by the pHOx Series opera-tor. For QC samples and for calibrations, thiswill be blank. NOTE: This is the last field thatis used in this record.

8.1.5 Patient ID No. 3 Not used

8.1.6 Patient Name Last^ First^ Middle

8.1.7 Mother’ s Maiden Name Not used

8.1.8 Birthdate Not used

8.1.9 Patient Sex Not used

8.1.10 Patient Race-Ethnic Origin Not used

8.1.11 Patient Address Not used


8.1.13 Patient Telephone Number Not used

8.1.14 Attending Physician ID Not used

8.1.15 Special Field 1 Not used

5 -4


8.1.16 Special Field 2 Not used

8.1.17 Patient Height Not used

8.1.18 Patient Weight Not used

8.1.19 Patient’ s Known or Suspected Diagnosis Not used

8.1.20 Patient Active Medications Not used

8.1.21 Patient’ s Diet Not used

8.1.22 Practice Field No. 1 Not used

8.1.23 Practice Field No. 2 Not used

8.1.24 Admission and Discharge Dates Not used

8.1.25 Admission Status Not used

8.1.26 Location Not used

8.1.27 Nature of Alternative Diagnostic Code Not usedand Classifiers

8.1.28 Alternative Diagnostic Code Not usedand Classification

8.1.29 Patient Religion Not used

8.1.30 Marital Status Not used

8.1.31 Isolation Status Not used

8.1.32 Language Not used

8.1.33 Hospital Service Not used

8.1.34 Hospital Institution Not used

8.1.35 Dosage Category Not used

5 -5

5 Communications

5. C

om

m.

5.1.3 Test Order Record


9.4.1 Record Type ID Single character: “O”

9.4.2 Sequence Number Single character: “1.” (This will always be “1”because Ultra will send only one order permessage.)NOTE: This is NOT the Frame Num-ber (FN) referred to in ASTM E1381-91.

9.4.3 Specimen ID For patient samples, accession # if available;otherwise, blank. For QC analyses, the ID isone of the following:“QC0 Proficiency”“QC1 Level 1 Internal”“QC2 Level 2 Internal”“QC3 Level 3 Internal”“QC4 Level 1 External”“QC5 Level 2 External”“QC6 Level 3 External”“QC7 Level 4 External”“QC8 Level 5 External”For calibrations, this field is blank.

9.4.4 Instrument Specimen ID Sample Number from pHOx’ s Sample NumberCounter.

9.4.5 Universal Test ID Not used

9.4.6 Priority Not used

9.4.7 Requested/Ordered Date and Time Not used

9.4.8 Specimen Collection Date and Time Not used

9.4.9 Collection End Time Not used

9.4.10 Collection Volume Not used

9.4.11 Collector ID Not used

5 -6


9.4.12 Action Code Not used

9.4.13 Danger Code Not used

9.4.14 Relevant Clinical Information Not used

9.4.15 Date/Time Specimen Received Not used

9.4.16 Specimen Descriptor For patient samples, this will be the sampletype (“Arterial,” “Venous,” “Capillary,” or“Mixed Venous” ). For QC samples, this willbe “Control.” For calibrations, this will be“Cal.”

9.4.17 Ordering Physician Not used

9.4.18 Physician’ s Telephone Number Not used

9.4.19 User Field No. 1 Not used

9.4.20 User Field No. 2 Not used

9.4.21 Laboratory Filed No. 1 Not used

9.4.22 Laboratory Filed No. 2 Not used

9.4.23 Day/Time Results Reported or Not usedLast Modified

9.4.24 Instrument Charge to Computer System Not used

9.4.25 Instrument Section ID Not used

9.4.26 Report Types ‘F’ - final results (Results do not require remotereview.) ‘P’ - remote review


9.4.28 Location or Ward of Specimen Collection Not used

9.4.29 Nosocomial Infection Flag Not used

5 -7

5 Communications

5. C

om

m.

9.4.30 Specimen Service Not used

9.4.31 Specimen Institution Not used

5.1.4 Result Record


10.1.1 Record Type Single character: “R”

10.1.2 Sequence Number Counts the parameters sent for this order; ‘1’ forthe first parameter, ‘2’ for the second, etc.NOTE: This is NOT the Frame Number (FN)referred to in ASTM E1381-91.

10.1.3 Universal Test ID Four or five components; the first three are notused (see sections 6.6.1.1-6.6.1.3 of ASTME1394-91). The fourth is a parameter nameassigned by NOVA. The fifth, if present, will bethe parameter type; it will be one of the following:C - Calculated D - Default E - EnteredM - Measured T - Temperature CorrectedNOTE: Parameter names are listed elsewherein this document.

10.1.4 Data or Measurement Value Value of the parameter as an ASCII string.

10.1.5 Units Abbreviation of units.

10.1.6 Reference Ranges Not used

5 -8


10.1.7 Result Abnormal Flags HH - Above High Panic valueH - Above High Reference valueL -Below Low Reference valueLL - Below Low Panic value> - Above the range of the analyzer< - Below the range of the analyzerWhen calibration data is sent, this field will beone of the following:A - (abnormal) channel is not calibratedN - (normal) channel is calibratedNOTE: When this field is blank, at least one ofthe following is true:a. A reference range has been set, and themeasurement is within the reference range.b. A reference range has not been set, but a panicrange has been set, and the measurement iswithin the panic range.c. Neither a reference range nor a panic rangehas been set.d. The sample is a Q.C. sample.

10.1.8 Nature of Abnormality Testing Not used

10.1.9 Result Status ‘F’ - final results (Results do not require remotereview.) ‘P’ - remote review

10.1.10 Date of Change of Instrument Not usedNormative Values or Units

10.1.11 Operator Identification Operator ID#

10.1.12 Date/Time Test Started Date&time at which the analysis or cal. started.

10.1.13 Date/Time Test Completed Not used

10.1.14 Instrument Identification pHOx Series Analyzers ID.

5 -9

5 Communications

5. C

om

m.

5.1.5 Comment Record

Comment Record(s) will immediately follow a Test Order if and only if there were any errorsduring sample analysis. There will be one Comment Record for each error.


11.1.1 Record Type Single character: “C”

11.1.2 Sequence Number Counts the comments sent for this order; ‘1’ forthe first comment, ‘2’ for the second, etc.NOTE: This is NOT the Frame Number (FN)referred to in ASTM E1381-91.

11.1.3 Comment Source Single character: “I”

11.1.4 Comment Text An error code followed by descriptive text.(e.g., “25 Na Unstable” ).

11.1.5 Comment Type Single character: “I”

5.1.6 Message Terminator Record


13.1.1 Record Type Single character: “L”

13.1.2 Sequence Number For this record type this is always “1.”NOTE: This is NOT the Frame Number (FN)referred to in ASTM E1381-91.

13.1.3 Termination Code One of the following: N - normal termination T - sender aborted

5-10


5.1.7 Parameter Names

The parameter names listed here are used as Manufacturer’s or Local Code (see ASTM E1394-91sec. 6.6.1.4). They are used to create the Universal Test ID field of the result record (see ResultRecord above and see ASTM E1394-91 sec. 10.1.3).In most cases only a subset of these parameters will be transmitted. For example, during setupof the pHOx Series Analyzer, the operator can disable transmission of any or all of thefollowing:

• Analysis diagnostic data• Calibration diagnostic data• Calibration drift data

Parameter Name Units Description

Na+ mmol/L Sodium Concentration

Na+_SM mV Sodium Sample Millivolts

Na+_M1 mV Sodium Millivolts #1



Na+_SL None Sodium Slope

Na+_V1 None Sodium Calibration Std. Value #1

Na+_V2 None Sodium Calibration Std. Value #2

Hct % Hematocrit Concentration

Hct_SM mV Hematocrit Sample Millivolts

Hct_M1 mV Hematocrit Millivolts #1



Hct_SL None Hematocrit Slope

5-11

5 Communications

5. C

om

m.

pH None pH Concentration

pH_SM mV pH Sample Millivolts

pHTC None pH Conc. Corrected to Patient Temperature

pH_M1 mV pH Millivolts #1




pH_SL None pH Slope

pH_D1 None pH Drift #1

pH_D2 None pH Drift #2

pH_V1 None pH Calibration Std. Value #1

pH_V2 None pH Calibration Std. Value #2

PO2 mmHg, kPa PO2 Concentration

PO2TC mmHg, kPa PO2 Conc. Corrected to Patient Temperature

PO2_SM mV PO2 Sample Millivolts

PO2_M1 mV PO2 Millivolts #1



PO2_SL None PO2 Slope

PO2_D1 None PO2 Drift #1

PO2_V1 None PO2 Calibration. Gas Value #1

5-12


PO2_V2 None PO2 Calibration. Gas Value #2

PCO2 mmHg, kPa PCO2 Concentration

PCO2_SM mV PCO2 Sample Millivolts

PCO2TC mmHg, kPa Corrected PCO2 Concentration

PCO2_M1 mV PCO2 Millivolts #1

PCO2_M2 mV PCO2 Millivolts #2

PCO2_SL None PCO2 Slope

PCO2_D1 None PCO2 Drift #1

PCO2_D2 None PCO2 Drift #2

PCO2_V1 None PCO2 Calibration. Gas Value #1

PCO2_V2 None PCO2 Calibration. Gas Value #2

K mmol/L Potassium Concentration

K _SM mV Potassium Sample Millivolts

K _M1 mV Potassium Millivolts #1



K _SL None Potassium Slope

K _V1 None Potassium Calibration Std. Value #1

K _V2 None Potassium Calibration Std. Value #2

Ca++ mmol/L Calcium Concentration

Ca++_SM mV Calcium Sample Millivolts

5-13

5 Communications

5. C

om

m.

Ca++ _M1 mV Calcium Millivolts #1



Ca++ _SL None Calcium Slope

Ca++ _V1 None Calcium Calibration Std. Value #1

Ca++ _V2 None Calcium Calibration Std. Value #2

Cl- mmol/L Chloride Concentration

Cl- _SM mV Chloride Sample Millivolts

Cl- _M1 mV Chloride Millivolts #1



Cl- _SL None Chloride Slope

Cl- _V1 None Chloride Calibration Std. Value #1

Cl- _V2 None Chloride Calibration Std. Value #2

Glu mg/dL Glucose Concentration

Glu _SM mV Glucose Sample Millivolts

Glu _M1 mV Glucose Millivolts #1



Glu _SL None Glucose Slope

Glu _V1 None Glucose Calibration Std. Value #1

5-14


Glu _V2 None Glucose Calibration Std. Value #2

SO2% None SO2 Percent

S1_SL None SO2 LED #1 Slope

S2_SL None SO2 LED #2 Slope

S1_SM mV SO2 LED #1 Sample Millivolts

S2_SM mV SO2 LED #2 Sample Millivolts

S1_M1 mV SO2 LED #1 millivolts #1








FIO2 % Percent Fraction Inspired Oxygen

BP mmHg Barometric Pressure

TempM deg C, deg F Measurement Temperature

TempP deg C, deg F Patient Temperature

Hb g/dL Hemoglobin

Hb_SL None Hemoglobin Slope

BE-ecf mmol/L Base Excess, Extra-Cellular Fluid

5-15

5 Communications

5. C

om

m.

BE-b mmol/L Base Excess, Blood

SBC mmol/L Standard Bicarbonate

HCO3- mmol/L Bicarbonate Ion Concentration

TCO2 mmol/L Total CO2

O2Ct Vol/100mL, mL/dL, mL/L Oxygen Content

A mmHg,kPa Alveolar Air PO2

a/A None Alveolar Ratio

AaDO2 mmHg,kPa Alveolar Arterial Oxygen Gradient

P50 mmHg PO2 @ 50% SO2

O2CAP Vol/100mL, mL/dL, mL/L Oxygen Capacity

nCa mmol/L, mg/dL Normalized Calcium

Anion Gap mmol/L Anion Gap

RI None Respiratory Index

THb g/dL, g/L, mmol/L Total Hemoglobin

O2Hb % or None Oxyhemoglobin

COHb %or None Carboxyhemoglobin

MetHb %or None Methemoglobin

HHb %or None Reduced Hemoglobin

FO2Hb % or None Fractional Hemoglobin

PO2/FIO2 mmHg, kPa

CcO2 mL/dL capillary oxygen concentration

5-16


CvO2 mL/dL venous oxygen concentration

CaO2 mL/dL arterial oxygen concentration

AvDO2 mmHg, kPa arterial-mixed venous oxygen gradient

Qsp/Qt None physiologic shunt

MTHB g/dL Measured tHb for a pHOx Plus/C/L Calibration

TTHB g/dL Target tHb for a pHOx Plus/C/L Calibration

DTHB g/dL tHb drift for a pHOx Plus/C/L Calibration

puncture_site None Entered by user

ventilator_rate/min None Entered by user

tidal_volume None Entered by user

peep_cpap None Entered by user

mode_of_therapy None Entered by user

The following are for CO-Ox diagnostics only and will not normally be transmitted:

NumScans_X None

SHb_X None

Turbid_X None

Abs1_X None

Abs2_X None

Abs3_X None

Abs4_X None

Abs5_X None

5-17

5 Communications

5. C

om

m.

Abs6_X None

Abs7_X None

Abs8_X None

WL1_X None

WL2_X None

WL3_X None

WL4_X None

WL5_X None

WL6_X None

WL7_X None

WL8_X None

tHbCal_X None

MO2HB_X % or None

TO2HB_X % or None

DO2HB_X % or None

MHHB_X % or None

THHB_X % or None

DHHB_X % or None

5-18


5.2 ExamplesThe following examples do not include any special characters such as ENQ and STX. Also,each line ends before the checksum.

5.2.1 pHOx Series Only Patient Sample

1H|\^&|||NOVA^pHOx PlusÎ00.05^12343210||||||||1|20000127112100F4

2P|1||123CD

3O|1|12|1008||||||||||||Arterial||||||||||F85

4C|1|I|35 SO2% Dependency|IFA

5C|2|I|45 Hb Dependency|IAE

6R|1|^^^pH^M|7.262|||||F||97|20000127111700||123432108D

7R|2|^^^PCO2^M|70.0|mmHg||||F||97|20000127111700||123432103A

0R|3|^^^PO2^M|64.5|mmHg||||F||97|20000127111700||12343210F9

1R|4|^^^Hb^M||mmol/L||||F||97|20000127111700||12343210AE

2R|5|^^^Hct^M||%||<||F||97|20000127111700||1234321056

3R|6|^^^Na+^M|172.5|mmol/L||||F||97|20000127111700||12343210DF

4R|7|^^^K^M||mmol/L||<||F||97|20000127111700||1234321091

5R|8|^^^Ca++^M|0.93|mmol/L||||F||97|20000127111700||12343210D0

6R|9|^^^Glu^M|84|mg/dL||||F||97|20000127111700||1234321025

7R|10|^^^HCO3-^C|31.9|mmol/L||||F||97|20000127111700||1234321032

0R|11|^^^BE-b^C|3.2|mmol/L||||F||97|20000127111700||12343210D0

1R|12|^^^BE-ecf^C|4.6|mmol/L||||F||97|20000127111700||12343210A3

2R|13|^^^TCO2^C|34.0|mmol/L||||F||97|20000127111700||1234321008

3R|14|^^^SBC^C|27.0|mmol/L||||F||97|20000127111700||12343210CC

4R|15|^^Â^C|67.9|mmHg||||F||97|20000127111700||123432109D

5R|16|^^ÂaDO2^C|3.5|mmHg||||F||97|20000127111700||1234321087

6R|17|^^â/A^C|0.9|||||F||97|20000127111700||123432106B

7R|18|^^^RI^C|0.1|||||F||97|20000127111700||123432102F

0R|19|^^^SO2%^C|87.7|||||F||97|20000127111700||12343210CC

1R|20|^^^nCa++^C|0.78|mmol/L||||F||97|20000127111700||123432105D

2R|21|^^^TempP^D|98.6|deg F||||F||97|20000127111700||123432104C

3R|22|^^^BP^M|756.9|mmHg||||F||97|20000127111700||123432102A

4R|23|^^^TempM^M|98.5|deg F||||F||97|20000127111700||1234321055

5R|24|^^^FIO2^D|20.9|%||||F||97|20000127111700||12343210FF

6R|25|^^^pH_SM^M|33.23|||||F||97|20000127111700||12343210BC

7R|26|^^^PCO2_SM^M|-39.56|||||F||97|20000127111700||1234321053

0R|27|^^^PO2_SM^M|-86.18|||||F||97|20000127111700||123432100A

1R|28|^^^Hct_SM^M|2366.02|||||F||97|20000127111700||1234321089

2R|29|^^^Na+_SM^M|50.15|||||F||97|20000127111700||12343210DE

3R|30|^^^K_SM^M|180.21|||||F||97|20000127111700||1234321079

5-19

5 Communications

5. C

om

m.

4R|31|^^^Ca++_SM^M|68.73|||||F||97|20000127111700||12343210065R|32|^^^Cl-_SM^M||||||F||97|20000127111700||12343210E46R|33|^^^Glu_SM^M|27.97|||||F||97|20000127111700||12343210397R|34|^^^pH_M1^M|21.98|||||F||97|20000127111700||12343210A40R|35|^^^PCO2_M1^M|-56.80|||||F||97|20000127111700||12343210261R|36|^^^PO2_M1^M|-214.13|||||F||97|20000127111700||123432100D2R|37|^^^Hct_M1^M|1963.02|||||F||97|20000127111700||123432106A3R|38|^^^Na+_M1^M|45.80|||||F||97|20000127111700||12343210C34R|39|^^^K_M1^M|175.14|||||F||97|20000127111700||12343210675R|40|^^^Ca++_M1^M|72.21|||||F||97|20000127111700||12343210D96R|41|^^^Cl-_M1^M||||||F||97|20000127111700||12343210C37R|42|^^^Glu_M1^M|19.49|||||F||97|20000127111700||12343210160R|43|^^^pH_SL^M|9.58|||||F||97|20000127111700||12343210901R|44|^^^PCO2_SL^M|9.23|||||F||97|20000127111700||12343210E62R|45|^^^PO2_SL^M|-12.60|||||F||97|20000127111700||12343210FD3R|46|^^^Hb_SL^M|10.00|||||F||97|20000127111700||12343210A34R|47|^^^Hct_SL^M|31.86|||||F||97|20000127111700||123432102B5R|48|^^^Na+_SL^M|9.05|||||F||97|20000127111700||12343210B46R|49|^^^K_SL^M|-0.14|||||F||97|20000127111700||123432104B7R|50|^^^Ca++_SL^M|32.90|||||F||97|20000127111700||12343210FF0R|51|^^^Cl-_SL^M||||||F||97|20000127111700||12343210DF1R|52|^^^Glu_SL^M|19.19|||||F||97|20000127111700||123432102F2R|53|^^^S1_SM^M|58.54|||||F||97|20000127111700||12343210903R|54|^^^S2_SM^M|212.01|||||F||97|20000127111700||12343210B34R|55|^^^S1_M1^M|58.44|||||F||97|20000127111700||12343210715R|56|^^^S2_M1^M|211.84|||||F||97|20000127111700||123432109F6R|57|^^^S1_SL^M|8.56|||||F||97|20000127111700||12343210647R|58|^^^S2_SL^M|10.03|||||F||97|20000127111700||12343210880L|1|N03

5.2.2 pHOx Series Only QC Sample1H|\^&|||NOVA^pHOx^I00.53^123||||||||1|199808271800002P|1||1234563O|1|QC4 Level 1 External|0||||||||||||Control||||||||||F4C|1|I|35 SO2% Dependency|I5C|2|I|45 Hb Dependency|I6R|1|^^^H+^M|70.479|nmol/L||||F||1|19980827175800||1237R|2|^^^PCO2^M|59.8|mmHg||||F||1|19980827175800||1230R|3|^^^PO2^M|62.3|mmHg||||F||1|19980827175800||1231R|4|^^^Hb^M||g/dL||||F||1|19980827175800||1232R|5|^^^Hct^M||%||<||F||1|19980827175800||1233R|6|^^^SO2%^M||||||F||1|19980827175800||1234R|7|^^^Na+^M||mmol/L||||F||1|19980827175800||123

5-20


5R|8|^^^pH_SM^M|43.290|||||F||1|19980827175800||1236R|9|^^^PCO2_SM^M|102.995|||||F||1|19980827175800||1237R|10|^^^PO2_SM^M|-42.850|||||F||1|19980827175800||1230R|11|^^^Hct_SM^M|2243.885|||||F||1|19980827175800||1231R|12|^^^Na+_SM^M||||||F||1|19980827175800||1232R|13|^^^pH_M1^M|28.478|||||F||1|19980827175800||1233R|14|^^^PCO2_M1^M|88.510|||||F||1|19980827175800||1234R|15|^^^PO2_M1^M|-115.677|||||F||1|19980827175800||1235R|16|^^^Hct_M1^M|1897.903|||||F||1|19980827175800||1236R|17|^^^Na+_M1^M|66.348|||||F||1|19980827175800||1237R|18|^^^pH_SL^M|10.584|||||F||1|19980827175800||1230R|19|^^^PCO2_SL^M|10.389|||||F||1|19980827175800||1231R|20|^^^PO2_SL^M|-6.731|||||F||1|19980827175800||1232R|21|^^^Hb_SL^M|10.000|||||F||1|19980827175800||1233R|22|^^^Hct_SL^M|24.293|||||F||1|19980827175800||1234R|23|^^^Na+_SL^M|8.863|||||F||1|19980827175800||1235R|24|^^^S1_SM^M|201.127|||||F||1|19980827175800||1236R|25|^^^S2_SM^M|170.187|||||F||1|19980827175800||1237R|26|^^^S1_M1^M|200.144|||||F||1|19980827175800||1230R|27|^^^S2_M1^M|169.418|||||F||1|19980827175800||1231R|28|^^^S1_SL^M|0.770|||||F||1|19980827175800||1232R|29|^^^S2_SL^M|1.104|||||F||1|19980827175800||1233L|1|N

5.2.3 pHOx Series ABG Calibration1H|\^&|||NOVA^pHOx Plus^I00.05^12343210||||||||1|20000129233800012P|1||373O|1||||||||||||||Cal||||||||||F354R|1|^^^pH_M1^M|19.22|||N||F|||20000129233800||123432104B5R|2|^^^pH_M2^M|19.15|||N||F|||20000129233800||12343210506R|3|^^^pH_M3^M|23.59|||N||F|||20000129233800||12343210567R|4|^^^pH_M4^M|53.60|||N||F|||20000129233800||12343210540R|5|^^^PCO2_M1^M|-58.74|||N||F|||20000129233800||12343210DE1R|6|^^^PCO2_M2^M|-45.07|||N||F|||20000129233800||12343210D92R|7|^^^PCO2_M3^M||||N||F|||20000129233800||12343210B13R|8|^^^PCO2_M4^M||||N||F|||20000129233800||12343210B44R|9|^^^PO2_M1^M|-214.04|||N||F|||20000129233800||12343210C65R|10|^^^PO2_M2^M|-188.03|||N||F|||20000129233800||12343210F96R|11|^^^PO2_M3^M||||N||F|||20000129233800||123432109D7R|12|^^^PO2_M4^M||||N||F|||20000129233800||12343210A00R|13|^^^Hct_M1^M|1949.87|||N||F|||20000129233800||12343210591R|14|^^^Hct_M2^M||||N||F|||20000129233800||12343210E82R|15|^^^Hct_M3^M||||N||F|||20000129233800||12343210EB

5-21

5 Communications

5. C

om

m.

3R|16|^^^Hct_M4^M|623.01|||N||F|||20000129233800||1234321018

4R|17|^^^Na+_M1^M|43.19|||N||F|||20000129233800||12343210A7

5R|18|^^^Na+_M2^M||||N||F|||20000129233800||12343210AB

6R|19|^^^Na+_M3^M|27.11|||N||F|||20000129233800||12343210A7

7R|20|^^^Na+_M4^M||||N||F|||20000129233800||12343210A8

0R|21|^^^K_M1^M|106.90|||N||F|||20000129233800||123432103E

1R|22|^^^K_M2^M||||N||F|||20000129233800||1234321013

2R|23|^^^K_M3^M|101.44|||N||F|||20000129233800||123432103E

3R|24|^^^K_M4^M||||N||F|||20000129233800||1234321019

4R|25|^^^Ca++_M1^M|70.63|||N||F|||20000129233800||12343210C5

5R|26|^^^Ca++_M2^M||||N||F|||20000129233800||12343210CA

6R|27|^^^Ca++_M3^M||||N||F|||20000129233800||12343210CD

7R|28|^^^Ca++_M4^M|100.95|||N||F|||20000129233800||12343210FD

0R|29|^^^Cl-_M1^M||||N||F|||20000129233800||12343210A9

1R|30|^^^Cl-_M2^M||||N||F|||20000129233800||12343210A3

2R|31|^^^Cl-_M3^M||||N||F|||20000129233800||12343210A6

3R|32|^^^Cl-_M4^M||||N||F|||20000129233800||12343210A9

4R|33|^^^Glu_M1^M|20.75|||N||F|||20000129233800||12343210F0

5R|34|^^^Glu_M2^M||||N||F|||20000129233800||12343210F7

6R|35|^^^Glu_M3^M|50.69|||N||F|||20000129233800||12343210FC

7R|36|^^^Glu_M4^M|196.88|||N||F|||20000129233800||123432103B

0R|37|^^^pH_SL^M|9.55|||N||F|||20000129233800||1234321076

1R|38|^^^PCO2_SL^M|8.77|||N||F|||20000129233800||12343210D7

2R|39|^^^PO2_SL^M|-12.61|||N||F|||20000129233800||12343210E7

3R|40|^^^Hb_SL^M| uc|||A||F|||20000129233800||123432107F

4R|41|^^^Hct_SL^M|31.59|||N||F|||20000129233800||123432100B

5R|42|^^^Na+_SL^M|9.15|||N||F|||20000129233800||1234321095

6R|43|^^^K_SL^M|-2.41|||N||F|||20000129233800||123432102D

7R|44|^^^Ca++_SL^M|31.69|||N||F|||20000129233800||12343210ED

0R|45|^^^Cl-_SL^M||||N||F|||20000129233800||12343210C8

1R|46|^^^Glu_SL^M|18.71|||N||F|||20000129233800||1234321015

2R|47|^^^pH_D1^M||||N||F|||20000129233800||123432107E

3R|48|^^^pH_D2^M||||N||F|||20000129233800||1234321081

4R|49|^^^PCO2_D1^M||||N||F|||20000129233800||12343210DE

5R|50|^^^PCO2_D2^M||||N||F|||20000129233800||12343210D8

6R|51|^^^PO2_D1^M|0.1|||N||F|||20000129233800||1234321025

7R|52|^^^PO2_D2^M|0.1|||N||F|||20000129233800||1234321028

0R|53|^^^Na+_D1^M|11.4|||N||F|||20000129233800||123432105F

1R|54|^^^Na+_D2^M|5.9|||N||F|||20000129233800||123432103A

2R|55|^^^K_D1^M|-4.00|||N||F|||20000129233800||12343210FF

3R|56|^^^K_D2^M|-10.00|||N||F|||20000129233800||123432102F

4R|57|^^^CA_D1^M|0.03|||N||F|||20000129233800||123432100E

5R|58|^^^CA_D2^M|0.13|||N||F|||20000129233800||1234321012

6R|59|^^^CL_D1^M||||N||F|||20000129233800||123432105C

5-22


7R|60|^^^CL_D2^M||||N||F|||20000129233800||1234321056

0R|61|^^^GLU_D1^M|-5|||N||F|||20000129233800||123432100A

1R|62|^^^GLU_D2^M|-14|||N||F|||20000129233800||123432103D

2R|63|^^^pH_V1^M||||N||F|||20000129233800||123432108E

3R|64|^^^pH_V2^M||||N||F|||20000129233800||1234321091

4R|65|^^^PCO2_V1^M||mmHg||N||F|||20000129233800||1234321077

5R|66|^^^PCO2_V2^M||mmHg||N||F|||20000129233800||123432107A

6R|67|^^^PO2_V1^M|149.16|mmHg||N||F|||20000129233800||123432106B

7R|68|^^^PO2_V2^M|0.00|mmHg||N||F|||20000129233800||12343210F9

0R|69|^^^Na+_V1^M|143.00|mmol/

L||N||F|||20000129233800||123432100A

1R|70|^^^Na+_V2^M|72.00|mmol/L||N||F|||20000129233800||12343210D5

2R|71|^^^K_V1^M|4.00|mmol/L||N||F|||20000129233800||1234321012

3R|72|^^^K_V2^M|10.00|mmol/L||N||F|||20000129233800||1234321042

4R|73|^^^Ca++_V1^M|1.00|mmol/L||N||F|||20000129233800||12343210C2

5R|74|^^^Ca++_V2^M|2.00|mmol/L||N||F|||20000129233800||12343210C6

6R|75|^^^Cl-_V1^M||mmol/L||N||F|||20000129233800||12343210E9

7R|76|^^^Cl-_V2^M||mmol/L||N||F|||20000129233800||12343210EC

0R|77|^^^Glu_V1^M|40.00|mg/dL||N||F|||20000129233800||12343210A6

1R|78|^^^Glu_V2^M|200.00|mg/dL||N||F|||20000129233800||12343210D7

2L|1|N05

5.2.4 pHOx Series SO2% Calibration1H|\^&|||NOVA^pHOx Plus^I00.05^12343210||||||||1|20000129235200FD

2P|1||37

3O|1||||||||||||||Cal||||||||||F35

4R|1|^^^S1_M1^M|192.12|||N||F|||20000129235200||1234321044

5R|2|^^^S2_M1^M|800.57|||N||F|||20000129235200||123432104C

6R|3|^^^S1_M2^M|536.29|||N||F|||20000129235200||1234321053

7R|4|^^^S2_M2^M|662.53|||N||F|||20000129235200||1234321053

0R|5|^^^S1_M3^M|-14.75|||N||F|||20000129235200||1234321045

1R|6|^^^S2_M3^M|-16.21|||N||F|||20000129235200||1234321041

2R|7|^^^S1_M4^M|59.79|||N||F|||20000129235200||123432102A

3R|8|^^^S2_M4^M|218.27|||N||F|||20000129235200||1234321053

4R|9|^^^S1_SL^M|8.56|||N||F|||20000129235200||1234321011

5R|10|^^^S2_SL^M|10.03|||N||F|||20000129235200||123432105C

6L|1|N09

5-23

5 Communications

5. C

om

m.

5.2.5 Combined Patient Sample

1H|\^&|||NOVA^pHOx PlusÎ00.05^12343210||||||||1|20000127134200F9

2P|1||321CD

3O|1|123|1009||||||||||||Arterial||||||||||FB9

4C|1|I|35 SO2% Dependency|IFA

5R|1|^^^pH^M|7.307|||||F||432|20000127133400||12343210B6

6R|2|^^^PCO2^M|45.4|mmHg||||F||432|20000127133400||1234321069

7R|3|^^^PO2^M|124.9|mmHg||||F||432|20000127133400||123432105B

0R|4|^^^Hb^M||mmol/L||||F||432|20000127133400||12343210D7

1R|5|^^^Hct^M||%||<||F||432|20000127133400||123432107F

2R|6|^^^Na+^M|171.9|mmol/L||||F||432|20000127133400||123432100B

3R|7|^^^K^M||mmol/L||<||F||432|20000127133400||12343210BA

4R|8|^^^Ca++^M|0.90|mmol/L||||F||432|20000127133400||12343210F6

5R|9|^^^Glu^M|79|mg/dL||||F||432|20000127133400||1234321052

6R|10|^^^pHTC^T|7.308|||||F||432|20000127133400||1234321086

7R|11|^^^PCO2TC^T|45.3|mmHg||||F||432|20000127133400||1234321037

0R|12|^^^PO2TC^T|124.6|mmHg||||F||432|20000127133400||123432101F

1R|13|^^^HCO3-^C|22.9|mmol/L||||F||432|20000127133400||1234321059

2R|14|^^^BE-b^C|-3.0|mmol/L||||F||432|20000127133400||123432102A

3R|15|^^^BE-ecf^C|-3.6|mmol/

L||||F||432|20000127133400||12343210FE

4R|16|^^^TCO2^C|24.3|mmol/L||||F||432|20000127133400||1234321039

5R|17|^^^SBC^C|19.7|mmol/L||||F||432|20000127133400||1234321003

6R|18|^^Â^C|97.4|mmHg||||F||432|20000127133400||12343210CA

7R|19|^^â/A^C|1.3|||||F||432|20000127133400||1234321093

0R|20|^^^nCa++^C|0.80|mmol/L||||F||432|20000127133400||123432107F

1R|21|^^^CcO2^C|20.8|mL/dL||||F||432|20000127133400||12343210AA

2R|22|^^^CaO2^C|20.5|mL/dL||||F||432|20000127133400||12343210A7

3R|23|^^^THb^M|9.4|mmol/L||||F||432|20000127133400||111FD

4R|24|^^^HHb^M|0.030|||||F||432|20000127133400||11119

5R|25|^^Ô2Hb^M|0.950|||||F||432|20000127133400||1115F

6R|26|^^^SO2%^M|1.0|||||F||432|20000127133400||111C2

7R|27|^^^COHb^M|0.010|||||F||432|20000127133400||11167

0R|28|^^^MetHb^M||||||F||432|20000127133400||11106

1R|29|^^Ô2Ct^M|156.0|mL/L||||F||432|20000127133400||1119E

2R|30|^^Ô2CAP^M|223.0|mL/L||||F||432|20000127133400||111AF

3R|31|^^^TempPÊ|98.5|deg F||||F||432|20000127133400||1234321078

4R|32|^^^BP^M|756.2|mmHg||||F||432|20000127133400||123432104F

5R|33|^^^TempM^M|98.6|deg F||||F||432|20000127133400||1234321082

6R|34|^^^FIO2^D|20.9|%||||F||432|20000127133400||123432102B

7R|35|^^^pH_SM^M||||||F||432|20000127133400||12343210EF

0R|36|^^^PCO2_SM^M||||||F||432|20000127133400||1234321045

5-24


1R|37|^^^PO2_SM^M||||||F||432|20000127133400||1234321004

2R|38|^^^Hct_SM^M||||||F||432|20000127133400||1234321054

3R|39|^^^Na+_SM^M||||||F||432|20000127133400||1234321011

4R|40|^^^K_SM^M||||||F||432|20000127133400||123432107B

5R|41|^^^Ca++_SM^M||||||F||432|20000127133400||123432102C

6R|42|^^^Cl-_SM^M||||||F||432|20000127133400||1234321010

7R|43|^^^Glu_SM^M||||||F||432|20000127133400||123432105E

0R|44|^^^pH_M1^M|23.62|||||F||432|20000127133400||12343210C1

1R|45|^^^PCO2_M1^M|-57.14|||||F||432|20000127133400||1234321050

2R|46|^^^PO2_M1^M|-213.09|||||F||432|20000127133400||123432103D

3R|47|^^^Hct_M1^M|2002.54|||||F||432|20000127133400||123432108E

4R|48|^^^Na+_M1^M|48.30|||||F||432|20000127133400||12343210ED

5R|49|^^^K_M1^M|185.85|||||F||432|20000127133400||123432109C

6R|50|^^^Ca++_M1^M|75.81|||||F||432|20000127133400||123432100E

7R|51|^^^Cl-_M1^M||||||F||432|20000127133400||12343210EF

0R|52|^^^Glu_M1^M|19.35|||||F||432|20000127133400||1234321035

1R|53|^^^pH_SL^M|9.53|||||F||432|20000127133400||12343210B7

2R|54|^^^PCO2_SL^M|9.02|||||F||432|20000127133400||123432100F

3R|55|^^^PO2_SL^M|-12.57|||||F||432|20000127133400||123432102F

4R|56|^^^Hb_SL^M|10.00|||||F||432|20000127133400||12343210CF

5R|57|^^^Hct_SL^M|31.77|||||F||432|20000127133400||1234321057

6R|58|^^^Na+_SL^M|9.05|||||F||432|20000127133400||12343210E0

7R|59|^^^K_SL^M|0.28|||||F||432|20000127133400||123432104F

0R|60|^^^Ca++_SL^M|32.45|||||F||432|20000127133400||1234321023

1R|61|^^^Cl-_SL^M||||||F||432|20000127133400||123432100B

2R|62|^^^Glu_SL^M|19.70|||||F||432|20000127133400||1234321058

3R|63|^^^S1_SM^M||||||F||432|20000127133400||12343210B8

4R|64|^^^S2_SM^M||||||F||432|20000127133400||12343210BB

5R|65|^^^S1_M1^M|58.61|||||F||432|20000127133400||123432109C

6R|66|^^^S2_M1^M|212.42|||||F||432|20000127133400||12343210C6

7R|67|^^^S1_SL^M|8.56|||||F||432|20000127133400||1234321090

0R|68|^^^S2_SL^M|10.03|||||F||432|20000127133400||12343210AC

1L|1|N04

PHOX

Documents

Transcript of PHOX