Info |
---|
This example has been updated according to the approached discussed on the team call on 1/17. Additionally, we have simplified the Tobacco Product Identifiers and Descriptors (TO) domain by using parameters (TOPARM) instead of tests (TOTEST) |
https://www.sciencedirect.com/science/article/pii/S004060311930752X
...
This is an example for the required tobacco product characterization, property description, and design parameter information in an FDA marketing application for one type of tobacco product an Electronic Nicotine Delivery System (ENDS) (Vapes). 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 product Premarket Authorization (PMTA) and Substantial Equivalence pathways. The applicant submitting for SE and PMTAs may include test data to include test protocols, quantitative acceptance criteria, data sets, and summary of results as applicable for these parameters.
Tobacco Product Identifier (TO) (similar to Device Identifiers (DI)) is a study reference dataset that provides a mechanism for uniquely identifying a tobacco product. 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, properties, product name, etc., as applicable. All identifying information is grouped by the Sponsor Tobacco Product Identifier (SPTOBID), a consistent variable, that is available for use in other domains where data pertaining to the product may be found.
datasetdataset-wrap |
---|
|
Rowcaps |
---|
Rows 1-4: | Show the records for a tobacco product given SPTOBID of VAPE-Z27. | Rows 1-3: | Show the tobacco product is a Electronic Nicotine Delivery Systems (ENDS) Vape closed e-cigarette. | Rows 5-8: | Show the package type is a Box that contains 1 E-Cigarette that is 107.2 mm long and 9.0 mm in diameter. | Rows 9-1213: | Show the attributes or characteristics of the content of the e-liquid within the E-cigarette. | Rows 1314-1516: | Show the attributes or characteristics of the heating element for the E-cigarette . |
|
Dataset2 |
---|
Row | STUDYID | DOMAIN | SPTOBID | TOSEQ | TOPARMCD | TOPARM | TOCAT | TOVAL | TOVALU |
---|
1 | TOB09 | TO | VAPE-Z27 | | TBPRDCAT | Tobacco Product Category | PRODUCT IDENTIFIER | ENDS (VAPES) |
| 2 | TOB09 | TO | VAPE-Z27 | 2 | TBPRSCAT | Tobacco Product Subcategory | PRODUCT IDENTIFIER | Closed E-Cigarette |
| 3 | TOB09 | TO | VAPE-Z27 | 3 | MANUF | Manufacturer | PRODUCT IDENTIFIER | Joes Vapes USA |
| 4 | TOB09 | TO | VAPE-Z27 | 4 | TRADENAM | Trade Name | PRODUCT IDENTIFIER | Everyday Rich Tobacco |
| 5 | TOB09 | TO | VAPE-Z27 | 5 | PACKTYP | Package Type | PRODUCT DESCRIPTOR | BOX |
| 6 | TOB09 | TO | VAPE-Z27 | 6 | PRDQUAN | Product Quantity | PRODUCT DESCRIPTOR | 1 | E-CIGARETTE | 7 | TOB09 | TO | VAPE-Z27 | 7 | LENGTH | Length | PRODUCT DESCRIPTOR | 107.2 | mm | 8 | TOB09 | TO | VAPE-Z27 | 8 | DIAMETER | Diameter | PRODUCT DESCRIPTOR | 9 | mm | 9 | TOB09 | TO | VAPE-Z27 | 9 | NICTNCNC | Nicotine Concentration | PRODUCT DESCRIPTOR | 2 | mg/L | 10 | TOB09 | TO | VAPE-Z27 | 10 | PGVGRT | PG | Propylene GlycolPG/VG Ratio* | PRODUCT DESCRIPTOR | 50/50 | % | 11 | TOB09 | TO | VAPE-Z27 | 11 | VG | Vegetable Glycerin | PRODUCT DESCRIPTOR | 50 | % | 12 | TOB09 | TO | VAPE-Z27 | 12 | CHTRFLAV | Characterizing Flavor | PRODUCT DESCRIPTOR | TOBACCO |
| 1213 | TOB09 | TO | VAPE-Z27 | 1213 | VOLUMEE | Volume, E-liquid | PRODUCT DESCRIPTOR | 1 | mL | 1314 | TOB09 | TO | VAPE-Z27 | 1314 | WATT | Wattage | PRODUCT DESCRIPTOR | 5.2 | Watt | 1415 | TOB09 | TO | VAPE-Z27 | 1415 | BATTCAP | Battery Capacity | PRODUCT DESCRIPTOR | 600 | mAh | 1516 | TOB09 | TO | VAPE-Z27 | 1516 | DISPCRTG | Disposable Cartridge | PRODUCT DESCRIPTOR | Y |
|
|
|
The Product Design Parameters (PD) domain is used to represent design specification parameters of the tobacco product. Each property is identified using controlled terminology and is stored represented in PDPARMCD/PDPARM.
Dataset wrap |
---|
| Rowcaps |
---|
Rows 1-94: | Show the design parameter specification with target, minimum, and maximum value reflected in the PDCOLSRT variable. |
Rows 80-82: | Show the design parameter specification with the test condition of 20 degrees Celsius using the PDTSTCND variable. | Dataset2 |
---|
Row | STUDYID | DOMAIN | SPTOBID | PDSEQ | PDPARMCD | PDPARM | PDVALTRG | PDVALMIN | PDVALMAX | PDVALU |
---|
1 | TOB09 | PD | VAPE-Z27 | | DRWRST | Draw Resistance | 90.0 | 80.0 | 120.0 | mm H2O | 2 | TOB09 | PD | VAPE-Z27 | 2 | PUFCNT | Puff | count (for full tank/cartridge)Count | 300 | 290 | 310 | 7 | 3 | 11 | NUMBER COUNT |
| 3 | TOB09 | PD | VAPE-Z27 | 3 | CRTVOL | Cartridge volumeVolume | 3 | 1 | 5 | mL | 4 | TOB09 | PD | VAPE-Z27 | 4 | HTELNUM | Number of heating elementsHeating Elements | 1 | 1 | 1NUMBER COUNT |
| 5 | TOB09 | PD | VAPE-Z27 | 5 | HTELGTH | Heating element lengthElement Length | 3 | 2 | 4 | mm | 6 | TOB09 | PD | VAPE-Z27 | 6 | HTEDIAM | Heating | element diameterElement Diameter | 3 | 2 | 5 | mm | 7 | TOB09 | PD | VAPE-Z27 | 7 | HTELRST | Heating element resistanceElement Resistance | 0.75 | 0.25 | 1.5 | ohm | 8 | TOB09 | PD | VAPE-Z27 | 8 | HTELRNG | Heating element rangeElement Range | 175 | 100 | 250 | C | 9 | TOB09 | PD | VAPE-Z27 | 9 | HTELCFG | Heating element configurationElement Configuration | SPIRAL | SPIRAL | SPIRAL |
| 10 | TOB09 | PD | VAPE-Z27 | 10 | BTVLTORG | Battery voltage operating rangeVoltage Operating Range | 4.5 | 3 | 6 | V | 11 | TOB09 | PD | VAPE-Z27 | 11 | BTCRTORG | Battery current operating rangeCurrent Operating Range | 1000 | 650 | 1600 | mAh | 12 | TOB09 | PD | VAPE-Z27 | 12 | BATCAPC | Battery capacityCapacity | 1100 | 800 | 3000 | mAh | 13 | TOB09 | PD | VAPE-Z27 | 13 | BATNOMV | Battery nominal voltageNominal Voltage | 4.2 | 4.0 | 4.5 | V | 14 | TOB09 | PD | VAPE-Z27 | 14 | BTCRTRT | Battery Current Rating | 2500 | 2000 | 2800 | mA | 15 | TOB09 | PD | VAPE-Z27 | 15 | BTCHTPL | Battery Charging Temperature Limits | 200 | 100 | 315 | C | 16 | TOB09 | PD | VAPE-Z27 | 16 | BTDCTMPL | Battery Discharge Temperature Limits | 20 | -20 | 60 | C | 17 | TOB09 | PD | VAPE-Z27 | 17 | BTENDCV | Battery end End of discharge voltageDischarge Voltage | 3.0 | 2.0 | 3.5 | V | 18 | TOB09 | PD | VAPE-Z27 | 18 | BTMXCHC | Battery maximum charging currentMaximum Charging Current | 24 | 20 | 30 | mA | 19 | TOB09 | PD | VAPE-Z27 | 19 | BTMXDCC | Battery maximum discharging currentMaximum Discharging Current | 2700 | 2400 | 3000 | mA | 20 | TOB09 | PD | VAPE-Z27 | 20 | BTULCHV | Battery upper limits charging voltageUpper Limits Charging Voltage | 4.2 | 4.1 | 4.3 | V | 21 | TOB09 | PD | VAPE-Z27 | 21 | PDUVORPower | Delivery Unit (PDU) voltage operating rangePDU Voltage Operating Range | 3.7 | 3.2 | 4.2 | V | 22 | TOB09 | PD | VAPE-Z27 | 22 | PDUCOR | PDU current operating range Current Operating Range | 1200 | 850 | 1800 | mA | 23 | TOB09 | PD | VAPE-Z27 | 23 | PDUWTOR | PDU wattage operating rangeWattage Operating Range | 75 | 70 | 80 | W | 24 | TOB09 | PD | VAPE-Z27 | 24 | PDUTCTOF | PDU temperature cut-off (if applicable)Temperature Cut-off | 70 | 55 | 65 | C | 25 | TOB09 | PD | VAPE-Z27 | 25 | AIRFLRT | Airflow rateRate | 720 | 700 | 740 | L/min | 26 | TOB09 | PD | VAPE-Z27 | 26 | PDUCRCOF | PDU current cutCurrent Cut-off (if applicable) | 35 | 20 | 50 | mA | 27 | TOB09 | PD | VAPE-Z27 | 27 | INHAERT | Inhaled aerosol temperatureAerosol Temperature | 37 | 35 | 40 | C | 28 | TOB09 | PD | VAPE-Z27 | 28 | VENTLTN | Ventilation | 50 | 40 | 60 | % | 29 | TOB09 | PD | VAPE-Z27 | 29 | ELQDVISC | E-Liquid viscosityViscosity | 500 | 75 | 1130 | mPa/s | 30 | TOB09 | PD | VAPE-Z27 | 30 | ELQDVOL | E-liquid volumeVolume | 60 | 10 | 120 | mL | 31 | TOB09 | PD | VAPE-Z27 | 31 | PNUMCNC | Particle number concentrationNumber Concentration | 500 | 108 | 1010 | #/cm3cm3 | 32 | TOB09 | PD | VAPE-Z27 | 32 | CTMDDIAM | Count median diameterMedian Diameter | 200 | 150 | 250 | nm | 33 | TOB09 | PD | VAPE-Z27 | 33 | PM | PM 2.5 | 25 | 12 | 35 | ug/m3m3 |
|
|
*PG/VG Ratio = Propylene Glycol to Vegetable Glycerin Ratio
...