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NOTE: THIS SECTION MAY CHANGE . DEVICE DOMAIN MAY BE USED TO REPRESENT THE SMOKING MACHINE PARAMETERS 

Fix MATRIX variable 

Tobacco product stability study results are represented in PT. These are just the data that show the testing results under specific storage conditions and smoking regimens. The details of the regimen and storage conditions are shown in separate datasets that follow this example.

  • The smoking regimen is carried out by the smoking machine/device shown in SPDEVID (sponsor-defined device identifier).
  • The storage condition is represented in STOCONID (Storage condition identifier- this variable as created after consultation with our internal standards modeling team).
  • The smoking regimen is represented in PTREFID (we made up a value; we can update with something realistic)
  • We got buy-in on using a new variable, "PTMATRIX" (for the sample matrix), since the existing SDTM "specimen type" variable was not appropriate.


https://www.ecigstats.org/docs/research/CoA_1R6F.pdf - This is a sample Smoking Regime that was used as the basis of the example.


https://open.canada.ca/data/en/dataset/71394df3-aee8-4117-92cb-a035360972a2/resource/7e6b0457-051e-4620-befc-8e4f50b75345 

The following example illustrates how to represent results from HPHC testing of a tobacco product under study using the Product Testing (PT) domain. This testing is conduct on samples of the product of interest, and if applicable samples of comparison products. Each product tested would have it's own unique sponsor-defined value for SPTOBID to identify the product. 

This example only shows test results for each constituent for one sample of one product that was tested. The sampling plan and testing plan including the number of samples of the products tested are determined by the sponsor. In reality, sponsors would have multiple product samples tested and those would be distinguished in the dataset. These sample identification information may be represented in PTREFID, and/ or PTSPID. In this example, SPTOBID indicated the product identification, and each sample of that product was numbered as Sample 1 thru Sample n. Many sponsor may use more specific codes to identify the source of product sample.         

Rows 1-15:Show the HPHC testing performed on one sample of the product with SPTOBID CIG01a. The test condition are represented in PTTSTCND.
Row 16:Shows the HPHC testing performed on one sample for one ingredient using the CANDIAN INTENSE test conditions.

$titleHtml

pt.xpt

RowSTUDYID
DOMAIN
SPTOBIDSPDEVIDSTOCONIDPTSEQPTREFIDPTCASPTTESTCDPTTESTPTCATPTSCATPTORRESPTORRESUPTSTRESCPTSTRESNPTSTRESUPTSPECPTMETHODPTREPNUMPTTPTPTTPTNUMPTDTC
1Row
STUDYID
DOMAINSPTOBIDPTSEQPTREFIDPTCSREFIDPTTESTCDAnalytePTTSTDTLPTCATHPHC vs other constituentsPTORRESUnitResultPTSTRESNPTSTRESUMethodSmoking RegimeLabLimit of QuantitationPTREPNUMPTDTC
2









PTTEST

PTSCAT
PTORRESUPTSTRESC


PTMETHOD PTNAMPTLLOQ

MATRIX
31
TOB07
PTCIG01a1Batch 10175-07-0ACETALDAcetaldehydeQUANTITYHPHC TESTINGHPHC522µg/cigarette

µg/cigaretteTL001ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
42
TOB07
PTCIG01a2Batch 101107-02-8ACROLAcroleinQUANTITYHPHC TESTINGHPHC43µg/cigarette

µg/cigaretteTL002ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
53
TOB07
PTCIG01a3Batch 101107-13-1ACRLONIAcrylonitrileQUANTITYHPHC TESTINGHPHC7µg/cigarette

µg/cigaretteTL006ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
64
TOB07
PTCIG01a4Batch 10192-67-1AMNPHEN44-AminobiphenylQUANTITYHPHC TESTINGHPHC1.2ng/cigarette

ng/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
75
TOB07
PTCIG01a5Batch 101134-32-7AMNPHTH11-AminonaphthaleneQUANTITYHPHC TESTINGHPHC14ng/cigarette

ng/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
8

TOB07
PTCIG01a6Batch 101134-32-7AMNPHTH22-AminonaphthaleneQUANTITYHPHC TESTINGHPHC8ng/cigarette

ng/cigarette
ISO METHODTOBACCO LAB 1   12022-09-30SMOKE
96
TOB07
PTCIG01a7Batch 1017664-41-7NH4AmmoniaQUANTITYHPHC TESTINGHPHC9µg/cigarette

µg/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
107
TOB07
PTCIG01a8Batch 10171-43-2BENZBenzeneQUANTITYHPHC TESTINGHPHC33µg/cigarette

µg/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
118
TOB07
PTCIG01a9Batch 10150-32-8BENZAPBenzo[a]pyreneQUANTITYHPHC TESTINGHPHC6.8ng/cigarette

ng/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
129
TOB07
PTCIG01a10Batch 101630-08-0COCarbon monoxideQUANTITYHPHC TESTINGHPHC10.1mg/cigarette

mg/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
1310
TOB07
PTCIG01a11Batch 1014170-30-3CROTALDCrotonaldehydeQUANTITYHPHC TESTINGHPHC11µg/cigarette

µg/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
1411
TOB07
PTCIG01a12Batch 10150-00-0FORMALDFormaldehydeQUANTITYHPHC TESTINGHPHC27µg/cigarette

µg/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
1512
TOB07
PTCIG01a13Batch 10178-79-5ISOPRNIsopreneQUANTITYHPHC TESTINGHPHC320µg/cigarette

µg/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
1613
TOB07
PTCIG01a14Batch 1011954-11-05NICNicotineQUANITYHPHC TESTINGHPHC0.721mg/cigarette

mg/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
1714
TOB07
PTCIG01a15Batch 10164091-91-4NNK4-(Methylnitrosamino)-1-(3-pyridyl)-1-butanoneQUANTITYHPHC TESTINGHPHC71ng/cigarette

ng/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
1815
TOB07
PTCIG01a16Batch 10116543-55-8NNNN-nitrosonornicotineQUANTITYHPHC TESTINGHPHC85ng/cigarette

ng/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
19

TOB07
PTCIG01a17Batch 101108-88-3
TolueneQUANTITYHPHC TESTINGHPHC53µg/cigarette

µg/cigarette
ISO METHODTOBACCO LAB 1
12022-09-30SMOKE
2016
TOB07
PTCIG01a18Batch 10175-07-0ACETALDAcetaldehydeQUANTITYHPHC TESTINGHPHC1552µg/cigarette

µg/cigarette
CANADIAN INTENSE METHODTOBACCO LAB 1
12022-09-30SMOKE
2117
TOB07
PTCIG01a19Batch 1017664-41-7AMMONIAAmmoniaQuantityHPHC TESTINGHPHC956µg/g
612µg/cigarette
-

12022-09-30FILLER

Dataset Debug Messages

  • There are four leading, trailing, or non-breaking spaces in the dataset.
  • There seem to be multiple domains (STUDYID, <br/>, TOB07) present in the dataset.
  • There seems to be a variable name missing in the heading row.
  • Please remove extraneous empty columns.
  • Please remove all formatting (see How to Clear Formatting).

Dataset Wrapper Debug Message

Please add a row column to your dataset.


the old example - from the original HPHC (as opposed to the one with the device and smoking regimen)

Rows 1-15:Show the HPHC testing performed on one sample of the product with SPTOBID CIG01a. The test condition are represented in PTTSTCND.
Row 16:Shows the HPHC testing performed on one sample for one ingredient using the CANDIAN INTENSE test conditions.

pt.xpt

pt.xpt

RowSTUDYIDDOMAINSPTOBIDSPDEVIDSTOCONIDPTSEQPTREFIDPTCASPTTESTCDPTTESTPTCATPTSCATPTORRESPTORRESUPTSTRESCPTSTRESNPTSTRESUPTSPECPTMETHODPTREPNUMPTTPTPTTPTNUMPTDTC
1TOB07PTCIG01a


E-Liquid Standard (Long Term) Condition

1


75-07-0

ACETALD

Acetaldehyde

HPHC TESTING

HPHC1639ug/cigarette16391639ug/cigaretteSMOKEISO INTENSE METHOD1Week 012022-09-30
2TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition2
107-02-8ACROLAcroleinHPHC TESTINGHPHC154ug/cigarette154154ug/cigarette
ISO INTENSE METHOD1

2022-09-30
3TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition3
107-13-1ACRLONIAcrylonitrile

HPHC TESTING

HPHC





ISO INTENSE METHOD1

2022-09-30
4TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition4
92-67-1AMNPHEN44-AminobiphenylHPHC TESTINGHPHC





ISO INTENSE METHOD1

2022-09-30
5TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition5
134-32-7AMNPHTH11-Aminonaphthalene

HPHC TESTING

HPHC





ISO INTENSE METHOD1

2022-09-30
6TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition6

7664-41-7

NH4AmmoniaHPHC TESTINGHPHC29.2ug/cigarette29.229.2ug/cigarette
ISO INTENSE METHOD1

2022-09-30
7TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition7
71-43-2BENZBenzene

HPHC TESTING

HPHC





ISO INTENSE METHOD1

2022-09-30
8TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition8
50-32-8BENZAPBenzo[a]pyreneHPHC TESTINGHPHC30.5ug/cigarette30.530.5ug/cigarette
ISO INTENSE METHOD1

2022-09-30
9TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition9
630-08-0COCarbon monoxide

HPHC TESTING

HPHC28.2ug/cigarette28.228.2ug/cigarette
ISO INTENSE METHOD1

2022-09-30
10TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition10
4170-30-3CROTALDCrotonaldehydeHPHC TESTINGHPHC0.01
0.010.01

ISO INTENSE METHOD1

2022-09-30
11TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition11
50-00-0FORMALDFormaldehyde

HPHC TESTING

HPHC83.2ug/cigarette83.283.2ug/cigarette
ISO INTENSE METHOD1

2022-09-30
12TOB07PTCIG01a
E-Liquid Standard (Long Term) Condition12
78-79-5ISOPRNIsopreneHPHC TESTINGHPHC





ISO INTENSE METHOD1

2022-09-30
13TOB07PTCIG01aPUFFMASTER3KE-Liquid Standard (Long Term) Condition13Medium Intensity Regimen1954-11-05NICNicotine

HPHC TESTING

HPHC1.71ug/cigarette1.711.71ug/cigarette
ISO INTENSE METHOD1

2022-09-30
14TOB07PTCIG01aPUFFMASTER3KE-Liquid Standard (Long Term) Condition14Medium Intensity Regimen64091-91-4NNK

Nicotine-derived Nitrosamine Ketone

HPHC TESTINGHPHC





ISO INTENSE METHOD1

2022-09-30
15TOB07PTCIG01aPUFFMASTER3KE-Liquid Standard (Long Term) Condition15Medium Intensity Regimen

16543-55-8

NNNN-nitrosonornicotine

HPHC TESTING

HPHC284ug/cigarette284284ug/cigarette
ISO INTENSE METHOD1

2022-09-30
16TOB07PTCIG01a


E-Liquid Standard (Long Term) Condition

16


75-07-0

ACETALD

Acetaldehyde

HPHC TESTING

HPHC1569ug/cigarette15691569ug/cigarette
CANADIAN INTENSE METHOD1

2022-09-30
$warningHtml

Dataset Wrapper Debug Message

Please add a row column to your dataset.

Next ,we use DU (device-in use properties/settings) for smoking regimen. Note that the separate DI (device identifiers) dataset is needed to show identifying parameters of the "PUFFMASTER3K" smoking machine. We cannot have DU without also including DI).

di.xpt

di.xpt

RowSTUDYIDDOMAINSPDEVIDDISEQDIPARMCDDIPARMDIVAL
1TOB07DIPUFFMASTER3K1DEVTYPEDevice TypeSmoking Machine
2TOB07DIPUFFMASTER3K2MANUFManufacturerAcme
3TOB07DIPUFFMASTER3K3TRADENAMTrade NamePuffMaster 3000
$warningHtml
Details of the smoking regimen are represented as device in-use properties, linked to the stability data in PT above by matching values of PTREFID/DUREFID = "Medium Intensity Regimen" (We will update with a realistic value for the regimen, with input).

du.xpt

du.xpt

Row

STUDYIDDOMAINSPDEVIDDUSEQDUREFIDDUGRPIDDUTESTCDDUTESTDUORRESDUORRESUDUSTRESCDUSTRESNDUSTRESU
1

TOB07

DUPUFFMASTER3K1Medium Intensity Regimen
PUFFPROFPuff ProfileSQUARE
SQUARE

2

TOB07

DUPUFFMASTER3K2Medium Intensity Regimen

PUFFDUR

Puff Duration

1.25

sec

1.25

1.25

sec

3

TOB07

DUPUFFMASTER3K3Medium Intensity Regimen

PUFFINT

Puff Interval

3

PUFF/min

3

3

PUFF/min

4

TOB07

DUPUFFMASTER3K4Medium Intensity Regimen

PUFFBLCK

Puff Block

25

%

25

25

%

5

TOB07

DUPUFFMASTER3K5Medium Intensity Regimen
NUMPUFFTotal Number of Puffs

200

PUFF

200

200

PUFF

6

TOB07

DUPUFFMASTER3K6Medium Intensity Regimen
PUFFVOLPuff Volume

10

mL

10

10

mL

7

TOB07

DUPUFFMASTER3K7Medium Intensity Regimen
PUFFRNGPuff Range

100-200


100-200



8

TOB07

DUPUFFMASTER3K8Medium Intensity Regimen1PUFFPAUSPuff Pause

60

s

60

60

s

9TOB07DUPUFFMASTER3K9Medium Intensity Regimen1PUFFPINTPuff Pause Interval

10

PUFF

10

10

PUFF

$warningHtml

Finally, we assume we still need to parse out storage conditions of "E-Liquid Standard (Long Term) Condition". Details of the storage conditions are represented in the Environmental Storage Conditions (ES) dataset.

  • The variable STOCONID (Storage Condition ID) = "E-Liquid Standard (Long Term) Condition". Each of the parameters defining that storage condition are represented in ESPARMCD/ESPARM, with values and units shown in ESVAL/ESVALU.
  • These values were made up, but we assume they'd look something like this.

es.xpt

es.xpt

RowSTUDYIDDOMAINSTOCONIDESSEQESPARMCDESPARMESVALESVALU
1

TOB07

ESE-Liquid Standard (Long Term) Condition1HUMIDHumidity38%
2

TOB07

ESE-Liquid Standard (Long Term) Condition2TEMPTemperature25C
$warningHtml

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