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titleTobacco domains

DI = TO for Tobacco Product Identifier

SPDEVID = SPTOBID for Sponsor Tobacco Device Identifier

DO/DU = Tobacco Design Parameters (DP)

LB = Tobacco Product Testing (TT)

This is an example for the required tobacco product categorization, property description, and design parameter information in an FDA marketing application for one type of tobacco product Cigarette. There are many more and various types of tobacco products, and their parameters can be found in the in the FDA final rule and guidance documents for tobacco products Premarket Authorization (PMTA) and Substantial Equivalence (SE) Pathways. The applicant submitting for SE and PMTAs should provide test data to include test protocols, quantitative acceptance criteria, data sets, and summary of results as applicable for these parameters.

Tobacco Products (TO) is a study reference dataset that provides a mechanism for uniquely identifying a tobacco product. It is similar to Device Identifiers (DI) in function. The primary purpose of this dataset is to provide a list of the products used in an application or study and to provide identifying information for each product, such as product category type, manufacturer, model (product) name, etc., as applicable. All identifying information is grouped by the Sponsor Tobacco Product Identifier (SPTOBID) (similar to Sponsor Device Identifier (SPDEVID) a consistent variable, that is available for use in other domains where data pertaining to the product may be found.

 SPTOBID... ?SPTOBID - should it be SPTOBID for Sponsor Tobacco Product Identifier???

illustrates the representation of a cigarette product's identifiers and descriptors using the TO domain. Note that this example uses TOSCAT (Subcategory of Tobacco Prod ID Element, a permissible variable) to emphasize and differentiate the 2 distinct types of parameters represented in TO: tobacco product identifiers and tobacco product descriptors. 

Dataset wrap
Nameto
Option 1 of Steve H's suggestion of combining our  previous product identifiers and product descriptors into a single dataset:
Rowcaps
Rows 1-4:Show the records for a tobacco product given SPTOBID of CIG01a.
Rows 3-4:Show the tobacco product is a filtered, combusted type of cigarette.
Dataset2
11xxx
RowSTUDYIDDOMAINSPTOBIDTOSEQTOPARMCDTOPARMTOCATTOSCATTOVALTOVALU
1TOB07TOCIG01a

1

TBPRDCATTobacco Product CategoryNEW PRODUCTPRODUCT IDENTIFIERCigarettesCigarette
2TOB07TOCIG01a2TBPRSCATTobacco Product SubcategoryNEW PRODUCTPRODUCT IDENTIFIERFiltered, Combusted
3TOB07TOCIG01a3MANUFManufacturerNEW PRODUCTPRODUCT IDENTIFIERJoes Cigs USA
4TOB07TOCIG01a4TRADENAMTrade NameNEW PRODUCTPRODUCT IDENTIFIERTreetop Menthol King Size
5TOB07TOCIG01a5PACKTYPPackage TypeNEW PRODUCTPRODUCT DESCRIPTORHARD PACK
6TOB07TOCIG01a6PRDQUANProduct QuantityNEW PRODUCTPRODUCT DESCRIPTOR20CIGARETTE
7TOB07TOCIG01a7LENGTHLengthNEW PRODUCTPRODUCT DESCRIPTOR86.0mm
8TOB07TOCIG01a8CIRCUMFCircumferenceNEW PRODUCTPRODUCT DESCRIPTOR26.0mm
9TOB07TOCIG01a9VENTLTNVENTLTOTTotal VentilationNEW PRODUCTPRODUCT DESCRIPTOR10.0%
10TOB07TOCIG01a10CHARFLAVCharacterizing FlavorMENTHOLNEW PRODUCTPRODUCT DESCRIPTORTOB07TOCIG01a11HTSOURCEHeat SourceMENTHOL

The manufacturing parameter specifications of the cigarette tobacco product as intended for use are represented in the PD domain  The following example shows the target, minimum, and maximum values associated with each of 23 separate design parameters. These parameters are defined manufacturing specifications, not characteristics that are determined experimentally.

Note the use of the variable IGDCMPID (Ingredient or Component Identifier) in rows 5-6. This tobacco product had 2 tobacco ingredients with 2 different tobacco cut sizes. IGDCMPID identifies to which tobacco ingredient the cut size applies. IGDCMPID originates in the IT (Tobacco Ingredients) and IN (Non-Tobacco Ingredients) domains. See Section 3.1.3.1, Ingredients and Additives, for more information.

Dataset wrap
Namepd
DPCOLSRT
Dataset2
RowSTUDYIDDOMAINSPTOBID
DPSEQ
IGDCMPID
DPTESTCD
PDSEQ
DPTEST
PDPARMCD
DPCAT
PDPARM
DPSCAT
PDVALTRG
DPORRES
PDVALMIN
DPORRESUDPSTRESCDPSTRESNDPSTRESU
PDVALMAXPDVALU
1

TOB07

DP
PDCIG01a


1

TBPRDCATTobacco Product CategoryCigarette
LENGTHLength

84

83.5

84.5

mm

Cigarette

2TOB07
DP
PDCIG01a
2
TBPRSCATTobacco Product SubcategoryFiltered, CombustedFiltered, Combusted
CIRCUMFCircumference24.824.625mm
3TOB07
DP
PDCIG01a
3
MANUFManufacturerJoes Cigs USAJoes Cigs USA
TBFLMASSTobacco Filler Mass783753814mg
4TOB07
DP
PDCIG01a
4MOISTUREMoisture
TRADENAM
13
Trade NameTreetop Methol King SizeTreetop Methol King Size
1214%
5TOB07
DP
PDCIG01a

Burley tobacco

5
PACKTYPPackage TypeHARD PACKHARD PACK
TOCUTSIZTobacco Cut Size

22

20

24

cuts/in

6TOB07
DP
PDCIG01a

Reconstituted tobacco

6
PRDQUANProduct Quantity20CIGARETTE2020
TOCUTSIZTobacco Cut Size

27

25

29

mm

CIGARETTE

7TOB07
DP
PDCIG01a


7
LENGTH
VENTLFLT
Length86.0mm86.086.0mm
Filter Ventilation

30

23

37

%

8TOB07
DP
PDCIG01a
8
CIRCUMF
TPNPLGTH
Circumference26.0mm26.026.0
Tipping Paper Length313032mm
9TOB07
DP
PDCIG01a
9
VENTLTNVentilation10.0%10.010.0
CBPPOR

Cigarette Base Paper Porosity

50

45

55Cu
%
10TOB07
DP
PDCIG01a


10
CHARFLAVCharacterizing FlavorMENTHOLMENTHOL
CBPPERMCigarette Base Paper Permeability

50

45

55

Cu

11TOB07
DP
PDCIG01a
11
HTSOURCEHeat Sourcexxxxxx

The Tobacco Product Design Parameters (DP)  is (similar to the Device Properties (DO) domain) represents properties of the tobacco product as used. This is a findings domain and defines important characteristics of a product that the sponsor manufacturer (tobacco researcher) wishes to include in the submission but do not form part of the unique sponsor-defined identification of the product. Each property is identified using controlled terminology and is stored in TTTESTCD/TTTEST.

...

Namedp

...

1

...

TOB07

...

Namett
CPBPORCigarette Paper Band Porosity100.213Cu
12TOB07PDCIG01a
12CPBPERMCigarette Paper Band Permeability100.213Cu
13TOB07PDCIG01a
13

CPBDIFF

Cigarette Paper Band Diffusivity0.050.0010.100cm2/s
14TOB07PDCIG01a


14CPBWIDCigarette Paper Band Width

7

6.7

7.3

mm

15TOB07PDCIG01a


15CPBSPCCigarette Paper Band Space20

19.8

20.2

mm

16TOB07PDCIG01a


16FLTREFFFilter Efficiency

30

25

35

%

17TOB07PDCIG01a


17DPFDenier Per Filament43.64.4


18TOB07PDCIG01a


18TDENIERTotal Denier

30000

29100

30900

g/9000m

19TOB07PDCIG01a
19FLTRDENFilter Density0.12340.1050.1419g/cm3
20TOB07PDCIG01a
20FLTRLGTHFilter Length2524.525.5mm
21TOB07PDCIG01a
21FLTPRDRPFilter Pressure Drop605169mm H2O
22TOB07PDCIG01a
22TORODDENTobacco Rod Density0.26780.24370.2919g/cm3
23TOB07PDCIG01a
23CIGPLGTHCigarette Paper Length535254mm

Finally, the PT domain is used to represent the actual results of testing the manufactured cigarette product for conformance to the tobacco product design parameters shown in PD above. PTCAT is a Required variable and is set to "DESIGN PARAMETER TESTING" for all records here. As described in the PD example, IGDCMPID is also used here to differentiate 2 records of the same test performed on each of 2 different types of tobacco that are ingredients of the tobacco product. Typically, applicants would submit data on each parameter in multiple replicates. For simplicity of review, only 1 replicate per parameter is shown. Note that PTREPNUM (repetition number) = 1 for all rows.

Dataset wrap
Namept
Dataset2
RowSTUDYIDDOMAINSPTOBIDIGDCMPIDPTSEQPTTESTCDPTTESTPTCATPTORRESPTORRESUPTSTRESCPTSTRESNPTSTRESUPTMETHODPTREPNUM
1TOB07PTCIG01a

1

LENGTHLengthDESIGN PARAMETER TESTING

83.9

mm

83.9

83.9

mm
1
2TOB07PTCIG01a
2CIRCUMFCircumferenceDESIGN PARAMETER TESTING24.9mm24.924.9mm
1
3TOB07PTCIG01a
3TBFLMASSTobacco Filler MassDESIGN PARAMETER TESTING779mg779779mg
1
4TOB07PTCIG01a
4MOISTUREMoistureDESIGN PARAMETER TESTING13.1%13.113.1%
1
5TOB07PTCIG01a

Burley tobacco

5TOCUTSIZTobacco Cut SizeDESIGN PARAMETER TESTING22cuts/in2222cuts/in
1
6TOB07PTCIG01a

Reconstituted tobacco

6TOCUTSIZTobacco Cut SizeDESIGN PARAMETER TESTING27mm2727mm
1
7TOB07PTCIG01a
7VENTLFLTFilter VentilationDESIGN PARAMETER TESTING35%3535%
1
8TOB07PTCIG01a
8TPNPLGTHTipping Paper LengthDESIGN PARAMETER TESTING30mm3030mm
1
9TOB07PTCIG01a
9CBPPORCigarette Base Paper PorosityDESIGN PARAMETER TESTING48Cu4848Cu
1
10TOB07PTCIG01a
10CBPPERMCigarette Base Paper PermeabilityDESIGN PARAMETER TESTING50Cu5050Cu
1
11TOB07PTCIG01a
11CPBPORCigarette Paper Band PorosityDESIGN PARAMETER TESTING9.8Cu9.89.8Cu
1
12TOB07PTCIG01a
12CPBPERMCigarette Paper Band PermeabilityDESIGN PARAMETER TESTING10Cu1010Cu
1
13TOB07PTCIG01a
13CPBDIFFCigarette Paper Band DiffusivityDESIGN PARAMETER TESTING0.06cm2/s0.060.06cm2/s
1
14TOB07PTCIG01a
14CPBWIDCigarette Paper Band WidthDESIGN PARAMETER TESTING7.1mm7.17.1mm
1
15TOB07PTCIG01a
15CPBSPCCigarette Paper Band SpaceDESIGN PARAMETER TESTING19.9mm19.919.9mm
1
16TOB07PTCIG01a
16FLTREFFFilter EfficiencyDESIGN PARAMETER TESTING28%2828%
1
17TOB07PTCIG01a
17DPFDenier Per FilamentDESIGN PARAMETER TESTING4.1
4.14.1

1
18TOB07PTCIG01a
18TDENIERTotal DenierDESIGN PARAMETER TESTING29900g/9000m2990029900g/9000m
1
19TOB07PTCIG01a
19FLTRDENFilter DensityDESIGN PARAMETER TESTING0.1112g/cm30.11120.1112g/cm3
1
20TOB07PTCIG01a
20FLTRLGTHFilter LengthDESIGN PARAMETER TESTING25mm2525mm
1
21TOB07PTCIG01a
21FLTPRDRPFilter Pressure DropDESIGN PARAMETER TESTING62mm H2O6262mm H2O
1
22TOB07PTCIG01a
22TORODDENTobacco Rod DensityDESIGN PARAMETER TESTING0.2701g/cm30.27010.2701g/cm3
1
23TOB07PTCIG01a
23CIGPLGTHCigarette Paper LengthDESIGN PARAMETER TESTING53mm5353mm
1

References:

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mg

...

This images shows the filtration zone where the ventilation occurs.

Image Removed

Question - is this helpful?  Will need permission.  This is from the second reference.

References:

  1. International Organization for Standardization. ISO 9512:2019(en) - Cigarettes — Determination of ventilation — Definitions and measurement principles. ISO; June 2019. Accessed October 15, 2023.
  1. https://www.iso.org/obp/ui/#iso:std:iso:9512:ed-3:v1:en
  2. Song M-A, Benowitz NL, Berman M, et al. Cigarette filter ventilation and its relationship to increasing rates of lung adenocarcinoma. J Natl Cancer Inst. 2017;109(12):djx075. https://wwwdoi.ncbi.nlm.nih.gov/pmc/articles/PMC6059254/org/10.1093/jnci/djx075