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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 Tobacco product HPHC testing results are represented in the PT . These are just the data that show the testing results under specific storage conditions domain. This example illustrates HPHC testing and smoking regimens for a cigarette product. 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://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. example assumes testing at a single time point, not serial testing over multiple timepoints as in stability studies. See Section 3.1.4, Stability Studies, for more information and examples illustrating how to represent those data.
This example only shows test results for each constituent for one 1 replicate of 1 sample of one 1 product that was tested . The sampling plan (PTREPNUM = 1 for all records). Details of the sampling and testing plan, including the number of samples of the products tested, are determined by the sponsor. In reality, sponsors would applicant or by regulatory requirement. Applicants would likely have multiple product samples tested in multiple replicates, 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. by values of PTREPNUM being set to 1 through n, where n = the number of replicates being performed.
Note the use of the PTXFN (external file name) to indicate that the lab methodology was submitted as separate documentation.
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Rows 1-1517: | the on one sample of the product with SPTOBID CIG01a. The test condition are represented in PTTSTCND. in smoke produced by a smoking machine from the tobacco product identified in SPTOBID (CIG01a). Note of the use of SPDEVID as the device identifier for the smoking machine and the use of PTREFID to identify the smoking regimen (non-intense regimen). PTSPEC=SMOKE to indicate the specimen type is smoke. | Row 18: | Shows 1 analyte was tested with a different smoking regimen (PTREFID=INTENSE REGIMEN) using the same smoking machine. | Row 19: | Shows 1 analyte was tested in the tobacco filler (PTSPEC). Thus SPDEVID and PTREFID are null. | Row 16: | Shows the HPHC testing performed on one sample for one ingredient using the CANDIAN INTENSE test conditions. |
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Row | STUDYID | DOMAIN | SPTOBID | SPDEVID | PTSEQ | PTREFID | PTTESTCD | PTTEST | PTCAT | PTSCAT | PTORRES | PTORRESU | PTSTRESC | PTSTRESN | PTSTRESU | PTXFN | PTNAM | PTSPEC |
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PTMETHODPTTPT | PTTPTNUM | PTDTC |
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1 | TOB07 | PT | CIG01a | PUFFMASTER3K | 1 |
Sample 1 | ACETALDNON-INTENSE REGIMEN | ACTALD | Acetaldehyde | HPHC TESTING | HPHC | 163916391639SMOKE | ISO INTENSE METHOD | 1 | Week 0TL001_V5.pdf | TPT LABCO | SMOKE | 1 | 2022-09-30 | 2 | TOB07 | PT | CIG01a | PUFFMASTER3K | 2 |
Sample 1 | ACROLNON-INTENSE REGIMEN | ACROLEIN | Acrolein | HPHC TESTING | HPHC | 154154154 | TL002_V3.6.pdf | TPT LABCO | SMOKE | ISO INTENSE METHOD | 1 | 2022-09-30 | 3 | TOB07 | PT | CIG01a | PUFFMASTER3K | 3 |
Sample 1 | ACRLONINON-INTENSE REGIMEN | ACRYNTRL | Acrylonitrile | HPHC TESTING | HPHC |
| 7 | ug/cigarette | 7 | 7 | ug/cigarette | TL006_V6.pdf | TPT LABCO | SMOKE | ISO INTENSE METHOD | 1 | 2022-09-30 | 4 | TOB07 | PT | CIG01a | PUFFMASTER3K | 4 |
Sample 1 | AMNPHEN4NON-INTENSE REGIMEN | ABP4 | 4-Aminobiphenyl | HPHC TESTING | HPHC |
| 1.2 | ng/cigarette | 1.2 | 1.2 | ng/cigarette | TL008_V3.pdf | TPT LABCO | SMOKE | ISO INTENSE METHOD | 1 | 2022-09-30 | 5 | TOB07 | PT | CIG01a | PUFFMASTER3K | 5 | Sample 1NON-INTENSE REGIMEN | AMNPHTH1 | 1-Aminonaphthalene | HPHC TESTING | HPHC | ISO INTENSE METHOD14 | ng/cigarette | 14 | 14 | ng/cigarette | TL003_V1.4.pdf | TPT LABCO | SMOKE | 1 | 2022-09-30 | 6 | TOB07 | PT | CIG01a | PUFFMASTER3K | 6 |
Sample 1 | NH4 | NON-INTENSE REGIMEN | AMNPHTH2 | 2-Aminonaphthalene | Ammonia29.2ug29.2 | 29.2 | ug/cigarette | 8 | 8 | ng/cigarette | TL003_V1.4.pdf | TPT LABCO | SMOKE | ISO INTENSE METHOD | 1 | 2022-09-30 | 7 | TOB07 | PT | CIG01a | PUFFMASTER3K | 7 |
Sample 1 | BENZ | NON-INTENSE REGIMEN | AMMONIA | Ammonia | Benzene | 9 | ug/cigarette | 9 | 9 | ug/cigarette | TL020_V4.pdf | TPT LABCO | SMOKE | ISO INTENSE METHOD | 1 | 2022-09-30 | 8 | TOB07 | PT | CIG01a | PUFFMASTER3K | 8 |
Sample 1 | BENZAP | NON-INTENSE REGIMEN | BENZENE | Benzene | Benzo[a]pyrene30.530.5 | 30.5ISO INTENSE METHODTL017_V1.1.pdf | TPT LABCO | SMOKE | 1 | 2022-09-30 | 9 | TOB07 | PT | CIG01a | PUFFMASTER3K | 9 |
Sample 1 | CO | NON-INTENSE REGIMEN | BZAPYR | Benzo[a]pyrene | Carbon monoxide282ug282282ugISO INTENSE METHODTL017_V1.1.pdf | TPT LABCO | SMOKE | 1 | 2022-09-30 | 10 | TOB07 | PT | CIG01a | PUFFMASTER3K | 10 |
Sample 1 | CROTALD | NON-INTENSE REGIMEN | CMONOX | Carbon Monoxide | Crotonaldehyde0.01 | 0.01 | 0.01 | | 10.1 | mg/cigarette | 10.1 | 10.1 | mg/cigarette | TL019_V3.pdf | TPT LABCO | SMOKE | ISO INTENSE METHOD | 1 | 2022-09-30 | 11 | TOB07 | PT | CIG01a | PUFFMASTER3K | 11 |
Sample 1 | FORMALD | NON-INTENSE REGIMEN | CROTNALD | Crotonaldehyde | Formaldehyde83.283.2 | 83.2ISO INTENSE METHODTL001_V5.pdf | TPT LABCO | SMOKE | 1 | 2022-09-30 | 12 | TOB07 | PT | CIG01a | PUFFMASTER3K | 12 |
Sample 1 | ISOPRN | NON-INTENSE REGIMEN | FORMALD | Formaldehyde | Isoprene | 27 | ug/cigarette | 27 | 27 | ug/cigarette | TL001_V5.pdf | TPT LABCO | SMOKE | ISO INTENSE METHOD | 1 | 2022-09-30 | 13 | TOB07 | PT | CIG01a | PUFFMASTER3K | 13 |
Sample 1 | NIC | NON-INTENSE REGIMEN | ISOPRENE | Isoprene | Nicotine1.711.71 | 1.71 | TL041_V1.pdf | TPT LABCO | SMOKE | ISO INTENSE METHOD | 1 | 2022-09-30 | 14 | TOB07 | PT | CIG01a | PUFFMASTER3K | 14 |
Sample 1 | NON-INTENSE REGIMEN | NICOTINE | NNK-derived Nitrosamine Ketone | 0.721 | mg/cigarette | 0.721 | 0.721 | mg/cigarette | TL007_V2.1.pdf | TPT LABCO | SMOKE | ISO INTENSE METHOD | 1 | 2022-09-30 | 15 | TOB07 | PT | CIG01a | PUFFMASTER3K | 15 |
Sample 1 | NNN | NON-INTENSE REGIMEN | NNK | Nicotine-Derived Nitrosamine Ketone | N-nitrosonornicotine284ug284284ugISO INTENSE METHODTL026_V12.2.pdf | TPT LABCO | SMOKE | 1 | 2022-09-30 | 16 | TOB07 | PT | CIG01a | PUFFMASTER3K | 16 |
Sample 1 | ACETALD | NON-INTENSE REGIMEN | NNN | N-Nitrosonornicotine | Acetaldehyde1569ug15691569ugCANADIAN INTENSE METHOD | TL026_V12.2.pdf | TPT LABCO | SMOKE | 1 | 2022-09-30 |
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The Environmental Storage Conditions (ES) dataset can be used to provide additional details on any test conditions or methods used to perform the testing.
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TOB07
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TOB07
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TOB07
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17 | TOB07 | PT | CIG01a | PUFFMASTER3K | 17 | NON-INTENSE REGIMEN | TOLUENE | Toluene | HPHC TESTING | HPHC | 53 | ug/cigarette | 53 | 53 | ug/cigarette | TL011_V3.3.pdf | TPT LABCO | SMOKE | 1 | 2022-09-30 | 18 | TOB07 | PT | CIG01a | PUFFMASTER3K | 18 | INTENSE REGIMEN | ACTALD | Acetaldehyde | HPHC TESTING | HPHC | 1552 | ug/cigarette | 1552 | 1552 | ug/cigarette | TL009_V4.3.pdf | TPT LABCO | SMOKE | 1 | 2022-09-30 | 19 | TOB07 | PT | CIG01a |
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| AMMONIA | Ammonia | HPHC TESTING | HPHC | 956 | ug/g | 956 | 956 | ug/cigarette | TL016_V1.2.pdf | TPT LABCO | TOBACCO FILLER | 1 | 2022-09-30 |
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The identifying characteristics of the smoking machine are represented in the Device Identifiers reference dataset. DI is the source of the applicant-defined device ID variable (SPDEVID) used in the PT dataset to indicate the smoking machine used to perform the smoking regimen.
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TOB07
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TOB07
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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).
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Dataset2 |
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Row | STUDYID | DOMAIN | SPDEVID | DISEQ | DIPARMCD | DIPARM | DIVAL |
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1 | TOB07 | DI | PUFFMASTER3K | 1 | DEVTYPE | Device Type | Smoking Machine |
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2 | TOB07 | DI | PUFFMASTER3K | 2 | MANUF | Manufacturer | Acme |
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3 | TOB07 | DI | PUFFMASTER3K | 3 | TRADENAM | Trade Name | PuffMaster 3000 |
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Details of the smoking regimen performed by the smoking machine are represented as device in-use properties , (such as settings) of the smoking machine. They are linked to the stability data HPHC testing results in PT above by matching values of PTREFID/DUREFID = "Medium Intensity Regimen" (We will update with a realistic value for the regimen, with input).
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Rows 1-9: | Show the parameters of the non-intense smoking regimen. | Rows 8-9: | Note the use of DUGRPID to group these records together to indicate that puff pause and puff pause interval are related records. Taken together, they indicate that this smoking regimen pauses for 60 seconds every 10 puffs. | Rows 10-18: | Show the parameters of the intense smoking regimen. | Rows 17-18: | Note the use of DUGRPID to group these records together to indicate that puff pause and puff pause interval are related records. Taken together, they indicate that this smoking regimen pauses for 30 seconds every 10 puffs. |
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Dataset2 |
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| STUDYID | DOMAIN | SPDEVID | DUSEQ | DUREFID | DUGRPID | DUTESTCD | DUTEST | DUORRES | DUORRESU | DUSTRESC | DUSTRESN | DUSTRESU |
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1 | TOB07 | DU | PUFFMASTER3K | 1Medium Intensity Regimen | NON-INTENSE REGIMEN |
| PUFFPROF | Puff Profile | SQUARE |
| SQUARE |
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| 2 | TOB07 | DU | PUFFMASTER3K | 2Medium Intensity Regimen | NON-INTENSE REGIMEN |
| PUFFDUR | Puff Duration | 1.25 | sec | 1.25 | 1.25 | sec | 3 | TOB07 | DU | PUFFMASTER3K | 3Medium Intensity Regimen | NON-INTENSE REGIMEN |
| PUFFINT | Puff Interval | 3 | PUFF/min | 3 | 3 | PUFF/min | 4 | TOB07 | DU | PUFFMASTER3K | 4Medium Intensity Regimen | NON-INTENSE REGIMEN |
| PUFFBLCK | Puff Block | 25 | % | 25 | 25 | % | 5 | TOB07 | DU | PUFFMASTER3K | 5 | Medium Intensity Regimen | NUMPUFF | NON-INTENSE REGIMEN |
| | Total Number of Puffs | 200 | PUFF | 200 | 200 | PUFF | 6 | TOB07 | DU | PUFFMASTER3K | 6Medium Intensity Regimen | NON-INTENSE REGIMEN |
| PUFFVOL | Puff Volume | 10 | mL | 10 | 10 | mL | 7 | TOB07 | DU | PUFFMASTER3K | 7Medium Intensity Regimen | NON-INTENSE REGIMEN |
| PUFFRNG | Puff Range | 100-200 |
| 100-200 |
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| 8 | TOB07 | DU | PUFFMASTER3K | 8Medium Intensity Regimen | NON-INTENSE REGIMEN | 1 | PUFFPAUS | Puff Pause | 60 | s | 60 | 60 | s | 9 | TOB07 | DU | PUFFMASTER3K | 9Medium Intensity Regimen | NON-INTENSE REGIMEN | 1 | PUFFPINT | Puff Pause Interval | 10 | PUFF | 10 | 10 | PUFF |
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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.
10 | TOB07 | DU | PUFFMASTER3K | 1 | INTENSE REGIMEN |
| PUFFPROF | Puff Profile | SQUARE |
| SQUARE |
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| 11 | TOB07 | DU | PUFFMASTER3K | 2 | INTENSE REGIMEN |
| PUFFDUR | Puff Duration | 2.25 | sec | 2.25 | 2.25 | sec | 12 | TOB07 | DU | PUFFMASTER3K | 3 | INTENSE REGIMEN |
| PUFFINT | Puff Interval | 3 | PUFF/min | 3 | 3 | PUFF/min | 13 | TOB07 | DU | PUFFMASTER3K | 4 | INTENSE REGIMEN |
| PUFFBLCK | Puff Block | 30 | % | 30 | 30 | % | 14 | TOB07 | DU | PUFFMASTER3K | 5 | INTENSE REGIMEN |
| PUFFNUM | Number of Puffs | 100 | PUFF | 100 | 100 | PUFF | 15 | TOB07 | DU | PUFFMASTER3K | 6 | INTENSE REGIMEN |
| PUFFVOL | Puff Volume | 20 | mL | 20 | 20 | mL | 16 | TOB07 | DU | PUFFMASTER3K | 7 | INTENSE REGIMEN |
| PUFFRNG | Puff Range | 50-150 |
| 50-150 |
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| 17 | TOB07 | DU | PUFFMASTER3K | 8 | INTENSE REGIMEN | 2 | PUFFPAUS | Puff Pause | 30 | s | 30 | 30 | s | 18 | TOB07 | DU | PUFFMASTER3K | 9 | INTENSE REGIMEN | 2 | PUFFPINT | Puff Pause Interval | 10 | PUFF | 10 | 10 | PUFF |
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Dataset2 |
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Row | STUDYID | DOMAIN | STOCONID | ESSEQ | ESPARMCD | ESPARM | ESVAL | ESVALU |
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1 | TOB07 | ES | E-Liquid Standard (Long Term) Condition | 1 | HUMID | Humidity | 38 | % | 2 | TOB07 | ES | E-Liquid Standard (Long Term) Condition | 2 | TEMP | Temperature | 25 | C |
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