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The FAEX domain was used to represent the puff topography associated with the in-clinic visit.  A puff -by puff analysis was performed. FATPT was used to represent the time point, in this case, AM and PM.  Additonally Typically, the vendor provided the mean of the measurements of 10 puffs in the mornings, and also in the afternoon. These derived means are included because they were provided by the vendor. If the sponsor had calculated the means, then these results would be represented in an ADaM datset .      sponsor derives summary results using the individual source data records, these summary results are represented in ADaM.  However, if summary results are collected on a CRF or provided by an external vendor. these derived results can be represented in FAEX using the variable FACOLSRT,     

Dataset wrap
Namefaex
Rowcaps
Rows 1, 6:Shows the Number of Puff taken in the time interval specified in FADTC and FAENDTC.  This was pre-specified in the design, but the sponsor reported the actual number of puffs taken.  
Rows 2-5Show the various measurements recorded for subject 3001 for Puff 1 during the morning administration of the tobacco product. FADTC and FAENDTC provides the timing of each puff.    The individual puff data for the afternoon are not shown. 
Rows 76-10Show the various measurements recorded for subject 3001 for Puff 10 during the afternoon administration of the tobacco product. FADTC and FAENDTC provides the timing of each puff. The individual puff data for the morning session are not shown.  Note the data for PUFFS 2-9 are not shown to save space. Row 11Shows the mean puff volume for subject 3001. The means for the other tests are not shown. FACOLSRT indicates that this result is a calculated as a Mean.  
Rows 12-15  Shows the various measurements recorded for subject 4001. Only a few rows are shown to save space.      
Dataset2
RowSTUDYIDDOMAINUSUBJIDSPDEVIDFASEQFALNKIDFASPIDFATESTCDFATESTFAOBJFACATFAORRESFAORRESUFASTRESCFASTRESU
FACOLSRT
FALOBXFLVISITNUMFADTCFAENDTCFATPT
1TGI400FA3001PUFANYXYZ11
PUFF TOTTOTAL NUMBER OF PUFFS e-nicotine liquid

PUFF TOPOGRAPHY

10PUFFS10PUFFS
22020-07-15T9:002020-07-15TT9:45

AM

2TGI400FA3001PUFANYXYZ21PUFF 1PUFFVOL PUFF VOLUMEe-nicotine liquid

PUFF TOPOGRAPHY

66.7ml/sec98ml/sec
2

2020-07-15T9:00


AM

3

TGI400

FA3001PUFANYXYZ31PUFF 1AVGFLOWAverage Flow ratee-nicotine liquidPUFF TOPOGRAPHY







AM
4

TGI400

FA3001PUFANYXYZ41PUFF 1PKFLOWPeak Flow Ratee-nicotine liquidPUFF TOPOGRAPHY







AM
5

TGI400

FA3001PUFANYXYZ51PUFF 1PUFFDURPuff Duratione-nicotine
liqui
liquidPUFF TOPOGRAPHY








6TGI400FA3001PUFANYXYZ62
PUFF TOTTOTAL NUMBER OF PUFFS e-nicotine liquid

PUFF TOPOGRAPHY

10PUFFS10PUFFS
2


7

TGI400

FA3001PUFANYXYZ72PUFF 10INTPUFINPuff Intervale-nicotine liquiPUFF TOPOGRAPHY







AM
8

TGI400

FA3001PUFANYXYZ82PUFF 10 PUFFVOL PUFF VOLUME e-nicotine liquidPUFF TOPOGRAPHY43ml/sec43ml/sec
22020-07-15T9:11

AM

9

TGI400

FA3001PUFANYXYZ92PUFF 10AVGFLOWAverage Flow ratee-nicotine liquidPUFF TOPOGRAPHY








10

TGI400

FA3001PUFANYXYZ102PUFF 10PKFLOWPeak Flow Ratee-nicotine liquidPUFF TOPOGRAPHY
11

TGI400

FA3001PUFANYXYZ11PUFFVOLPUFF VOLUMEe-nicotine liquidPUFF TOPOGRAPHY53.7ml/sec53.7ml/secMEAN22020-07-15T9:002020-07-15TT9:45

AM










12TGI400FA4001PUFANYXYZ11
PUFF TOTTOTAL NUMBER OF PUFFS e-nicotine liquid

PUFF TOPOGRAPHY

10PUFFS10PUFFS
22020-07-15T9:002020-07-15TT9:45

AM

13

TGI400

FA4001PUFANYXYZ21PUFF 1PUFFVOL PUFF VOLUMEe-nicotine liquidPUFF TOPOGRAPHY2sec2sec
22020-07-22
AM
14

TGI400

FA4001PUFANYXYZ31PUFF 1AVGFLOWAverage Flow ratee-nicotine liquidPUFF TOPOGRAPHY1.8sec1.8sec
22020-07-22
AM
15

TGI400

FA4001PUFANYXYZ41PUFF 1PKFLOWPeak Flow Ratee-nicotine liquidPUFF TOPOGRAPHY1.8sec1.8sec
22020-09-22T9:132020-09-22T9:30AM



The RELREC dataset was used to record the relationship between the Exposure records in EX and the records in FAEX.

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