Face Name Associative Memory Exam

Technical Manual

Script Author: Katja Borchert, Ph.D. (katjab@millisecond.com), Millisecond

Created: October 27, 2016

Last Modified: September 14, 2026 by K. Borchert (katjab@millisecond.com), Millisecond

Script Copyright © Millisecond Software, LLC

Background

This script implements the Face Name Associative Memory Exam (FNAME) test; a test able to detect subtle memory changes associated with biomarker evidence of preclinical Alzheimer Disease (AD). The implemented procedure is based on the published procedure in Rentz et al (2011/2013).

References

Rentz et al (2013). Promising developments in neuropsychological approaches for the detection of preclinical Alzheimer’s disease: a selective review. Alzheimer's Research & Therapy 2013, 5:58

Rentz DM, Amariglio RE, Becker JA, Frey M, Olson LE, Frishe K, Carmasin J, Maye JE, Johnson KA, Sperling RA: Face–name associative memory performance is related to amyloid burden in normal elderly. Neuropsychologia 2011, 49:2776–2783.

Duration

7 minutes

Description

from Rentz et al, 2011, p.2777: The FNAME requires the subject to remember 16 unfamiliar face-name pairs and 16 face-occupation pairs for a total of 32 cross-modal paired associates to be remembered. The test has an initial study phase as well as free recall and cued recall trials.

Initial Face Study Phase:
The test begins with an exposure to all 16 faces. Subjects are shown 4 faces to a page, one face in each quadrant. They are asked to look at each face for a total of 2s until they have seen all 16 faces. ( in this script, a new page with 4 faces is presented every 8s)

Initial Study Of Face-Name Pairs:
Subjects are then presented the same faces with names underneath and asked to study the name that goes with the face. To ensure that the subject is learning the face-name pairs, the examiner points to the face and asks the subject to read the name associated with that face. After all 4 items are correctly identified; another 4 face-name pairs are presented until all 16 face-name pairs are studied. Subjects are given only one exposure to learn all 16 face-name pairs. ( in this script, a new page with 4 faces is presented every 20s - time limit can be changed under section Editable Parameters)

Initial Recall Of Face-Name Pairs:
subjects are then shown the face and asked to recall the name that goes with the face. The correct number of face-name pairs is recorded as an initial learning score for names (ILN).

The FNAME includes both “free” and “cued” recall trials at immediate and delayed intervals.

Free Recall Trials:
after the initial study phase, subjects are then asked to freely recall all the names (FRN) and occupations (FRO).

Cued Recall Trials:
following the free recall trial, subjects are shown the face and asked to recall the name (CRN) and occupation (CRO) that was associated with the face.

30-Min Delayed
free recall: subjects are again asked to freely recall the names (FRN30) and occupations (FRO30) following a 30-min delay. cued recall: subjects are again shown the face and asked to recall the name (CRN30) and occupation (CRO30) associated with the face.

Procedure

(1) script pairs images with names and occupations by their respective itemnumbers (default) ( the pairings can be randomized by changing paramters.randomPairings)
(2) FaceStudy: presents 4 trials of 4 randomly selected faces for initial familiarization. Each trial lasts 8s.
(3) FaceNameStudy: presents 4 trials of 4 randomly selected faces with assigned names for name-face association study. Each trial lasts 20s.
(4) Initial Learning of Names (ILN): presents all 16 faces, one at a time (faces are randomly selected) and collects written name input.
(5) FaceOccupationStudy: presents 4 trials of 4 randomly selected faces with assigned occupations for name-occupation association study. Each trial lasts 20ss.
(6) Initial Learning of Occupations (ILO): presents all 16 faces, one at a time (faces are randomly selected) and collects written occupation input
(7) Free Recall of Names (FRN): provides a textbox and collects written input of recalled names.
(8) Free Recall of Occupations (FRO): provides a textbox and collects written input of recalled occupations.
(9) Cued Recall of both Names and Occupations (CR): presents all 16 faces, one at a time (faces are randomly selected) and collects written name and occupation input
(10) Break (default: 30minutes)
(11) 30 min Delayed Free Recall of Names (FRN30): provides a textbox and collects written input of recalled names after a delay of 30min (default)
(12) 30 min Delayed Free Recall of Occupations (FRO30): provides a textbox and collects written input of recalled occupations after a delay of 30min (default)
(13) 30 min Delayed Cued Recall of both Names and Occupations (CR30): presents all 16 faces, one at a time (faces are randomly selected) and collects written name and occupation input after a delay of 30min


Recall Tasks:
Algorithm to estimate number of recalled words:
In general this algorithm uses the number of a specific word separator (here: comma) to estimate the number of words in between the separators.
The algorithm uses several steps to clean up the text input to ensure as much as possible that only single commas
are used as word separators. It also adds a comma before the first entry and after the last entry.

Steps:
(1) textbox response is stored in values.Recall as lower case letters (Example: values.Recall = "anna; britta; claire") (note: there is a space AND a ; after britta and anna)
(2) values.Recall replaces 7 types of possible word separator symbols (e.g. ";", " ") with a comma (Example: values.Recall = "anna,,britta,,claire")
(3) values.Recall adds a comma to the first item (Example: values.Recall = ",anna,,britta,,claire")
(3) values.Recall replaces all consecutive commas with a single comma (Example: values.Recall = ",anna,britta,claire")
(4) if values.Recall does not end in a comma at this point, this comma is added (Example: values.Recall = ",anna,britta,claire,")
(5) the length of the variable values.Recall is stored in variable values.RecallLength (Example: values.RecallLength = 20)
(6) a second variable (values.reducedRecall) deletes all commas in values.Recall (Example: values.reducedRecall = "annabrittaclaire" => length: 16)
(7) the word count estimate = length of values.Recall* - length of values.reducedRecall - 1 (extra comma) (Example: estimate = 20 - 16 - 1 = 3)
•with length = number of characters

the recall scoring algorithms implemented in this script depend on participants
(a) using the implemented separators
(b) make no spelling mistakes
(c) don't use phonetically similar words (e.g. Clare instead of Claire)
Manual checks of the raw data might be necessary to adjust the scores (e.g. check what is stored under values.intrusionOther)

Stimuli

16 female faces (ethnicly diverse) taken from the internet (the original study does not specify gender) - can be replaced under section Editable Stimuli
16 names - can be replaced under section Editable Stimuli
16 occupations - can be replaced under section Editable Stimuli

Instructions

not original
provided by Millisecond - can be replaced under section Editable Instructions

Summary Data

File Name: facenameassocitivememoryexam_summary*.iqdat

Data Fields

NameDescription
startDate Date the session was run
startTime Time the session was run
subjectId Participant ID
groupId Group number
sessionId Session number
inquisit.version Inquisit version number
computer.platform Device platform: win | mac |ios | android
computer.touch 0 = device has no touchscreen capabilities; 1 = device has touchscreen capabilities
computer.hasKeyboard 0 = no external keyboard detected; 1 = external keyboard detected
elapsedTime Session duration in ms
completed 0 = Test was not completed
1 = Test was completed
Cued Recall
iln Number of correctly recalled names in the ILN condition (initial learning score for names)
ilo Number of correctly recalled occupations in the ILO condition
crn Number of correctly recalled names in the CRN condition
cro Number of correctly recalled occupations in the CRO condition
crn30 Number of correctly recalled names in the CRN30 condition
cro30 Number of correctly recalled occupations in the CRO30 condition
Free Recall Dependent Measures
responseFRN Stores the entered freely recalled names in the FRN condition (freely recall all the names = FRN)
countCorrectFRN Counts the number of correctly recalled names in the FRN condition (freely recall all the names = FRN)
wordEstimateFRN Stores the estimate of the number of names recalled in the FRN condition (freely recall all the names = FRN)
intrusionOtherFRN Stores all the recalled names that were not part of the original list ( might also contain misspelled names!) in the FRN condition
responseFRO Stores the entered freely recalled occupations in the FRO condition (freely recall all the occupations = FRO)
countCorrectFRO Counts the number of correctly recalled occupations in the FRO condition (freely recall all the occupations = FRO)
wordEstimateFRO Stores the estimate of the number of occupations recalled in the FRO condition (freely recall all the occupations = FRO)
intrusionOtherFRO Stores all the recalled occupations that were not part of the original list ( might also contain misspelled occupations!) in the FRO condition
responseFRN30 Stores the entered freely recalled names in the FRN30 condition (freely recall all the names with 30 min delay = FRN30)
countCorrectFRN30 Counts the number of correctly recalled names in the FRN30 condition (freely recall all the names with 30 min delay = FRN30)
wordEstimateFRN30 Stores the estimate of the number of names recalled in the FRN30 condition (freely recall all the names with 30 min delay = FRN30)
intrusionOtherFRN30 Stores all the recalled names that were not part of the original list ( might also contain misspelled names!) in the FRN30 condition
responseFRO30 Stores the entered freely recalled occupations in the FRO30 condition (freely recall all the occupations with 30 min delay = FR030)
countCorrectFRO30 Counts the number of correctly recalled occupations in the FRO30 condition (freely recall all the occupations with 30 min delay = FR030)
wordEstimateFRO30 Stores the estimate of the number of occupations recalled in the FRO30 condition (freely recall all the occupations with 30 min delay = FR030)
intrusionOtherFRO30 Stores all the recalled occupations that were not part of the original list ( might also contain misspelled occupations!) in the FRO30 condition

Raw Data

File Name: facenameassocitivememoryexam_raw*.iqdat

Data Fields

NameDescription
date Date the session was run
time Time the session was run
subject Participant ID
group Group number
session Session number
build Inquisit version number
computer.platform Device platform: win | mac |ios | android
computer.touch 0 = device has no touchscreen capabilities; 1 = device has touchscreen capabilities
computer.hasKeyboard 0 = no external keyboard detected; 1 = external keyboard detected
blockcode The name the current block (built-in Inquisit variable)
blocknum The number of the current block (built-in Inquisit variable)
trialcode The name of the currently recorded trial (built-in Inquisit variable)
trialnum The number of the currently recorded trial (built-in Inquisit variable)
trialnum is a built-in Inquisit variable; it counts all trials run
even those that do not store data to the data file.
Variables That Store Face-Name-Occupation Information Of The Currently Presented Pic(S)
face1-face4 Used for presenting 4 faces per page: store the itemnumber of the presented faces (clockwise starting in upper left quadrant)
name1-name4 Used for presenting 4 names per page: store the itemnumber of the names that were assigned to faces1-4
occupation1-occupation4 Used for presenting 4 occupations per page: store the itemnumber of the occupations that were assigned to faces1-4
targetFace Stores the itemnumber of the current face picture (if only 1 is presented)
targetName Stores the itemnumber of the name assigned to the current face
targetOccupation Stores the itemnumber of the occupation assigned to the current face
Cued Recall Dependent Measures
responseILN Stores the given name response to the current ILN trial (ILN = Initial Learning Trials -> Names)
correctResponseILN Stores the current correct name response in condition ILN
correctILN 1 = the current entered name is correct for the given picture; 0 = otherwise (in condition ILN)
responseILO Stores the given occupation response to the current ILO trial (ILO = Initial Learning Trials -> Occupation)
correctResponseILO Stores the current correct occupation response in condition ILO
correctILO 1 = the current entered occupation is correct for the given picture; 0 = otherwise (in condition ILO)
responseCRN Stores the given name response to the current CRN trial (CRN = Cued Recall Names)
correctResponseCRN Stores the current correct name response in condition CRN
correctCRN 1 = the current entered name is correct for the given picture; 0 = otherwise (in condition CRN)
responseCRO Stores the given occupation response to the current CRO trial (CRO = Cued Recall Occupation)
correctResponseCRO Stores the current correct occupation response in condition CRO
correctCRO 1 = the current entered occupation is correct for the given picture; 0 = otherwise (in condition CRO)
responseCRN30 Stores the given name response to the current CRN30 trial (CRN30 = Cued Recall Names after 30 minutes)
correctResponseCRN30 Stores the current correct name response in condition CRN30
correctCRN30 1 = the current entered name is correct for the given picture; 0 = otherwise (in condition CRN30)
responseCRO30 Stores the given occupation response to the current CRO30 trial (CRO30 = Cued Recall Occupation after 30 minutes)
correctResponseCRO30 Stores the current correct occupation response in condition CRO30
correctCRO30 1 = the current entered occupation is correct for the given picture; 0 = otherwise (in condition CRO30)
Free Recall Dependent Measures
responseFRN Stores the entered freely recalled names in the FRN condition (freely recall all the names = FRN)
countCorrectFRN Counts the number of correctly recalled names in the FRN condition (freely recall all the names = FRN)
wordEstimateFRN Stores the estimate of the number of names recalled in the FRN condition (freely recall all the names = FRN)
intrusionOtherFRN Stores all the recalled names that were not part of the original list ( might also contain misspelled names!) in the FRN condition
responseFRO Stores the entered freely recalled occupations in the FRO condition (freely recall all the occupations = FRO)
countCorrectFRO Counts the number of correctly recalled occupations in the FRO condition (freely recall all the occupations = FRO)
wordEstimateFRO Stores the estimate of the number of occupations recalled in the FRO condition (freely recall all the occupations = FRO)
intrusionOtherFRO Stores all the recalled occupations that were not part of the original list ( might also contain misspelled occupations!) in the FRO condition
responseFRN30 Stores the entered freely recalled names in the FRN30 condition (freely recall all the names with 30 min delay = FRN30)
countCorrectFRN30 Counts the number of correctly recalled names in the FRN30 condition (freely recall all the names with 30 min delay = FRN30)
wordEstimateFRN30 Stores the estimate of the number of names recalled in the FRN30 condition (freely recall all the names with 30 min delay = FRN30)
intrusionOtherFRN30 Stores all the recalled names that were not part of the original list ( might also contain misspelled names!) in the FRN30 condition
responseFRO30 Stores the entered freely recalled occupations in the FRO30 condition (freely recall all the occupations with 30 min delay = FR030)
countCorrectFRO30 Counts the number of correctly recalled occupations in the FRO30 condition (freely recall all the occupations with 30 min delay = FR030)
wordEstimateFRO30 Stores the estimate of the number of occupations recalled in the FRO30 condition (freely recall all the occupations with 30 min delay = FR030)
intrusionOtherFRO30 Stores all the recalled occupations that were not part of the original list ( might also contain misspelled occupations!) in the FRO30 condition

Parameters

The procedure can be adjusted by setting the following parameters.

NameDescriptionDefault
Design
randomPairings True (1): random pairings of images with names and occupations
false (0): pairings are predetermined by itemnumbers
false
Sizing Parameters
nameSize Size of name/occupation label during study time in proportion to canvas height5%
faceSize1 Size of face photos during the study phase30%
faceSize2 Size of face photo during the cued recall testing phases50%
Timing Parameters
faceStudy The duration (in ms) assigned for each face-study trial (each trial presents 4 face images associations)8000
nameFaceLearning The duration (in ms) assigned for each name-face learning trial (each trial presents 4 name-face associations)20000
occupationFaceLearning The duration (in ms) assigned for each occupation-face learning trial (each trial presents 4 name-face associations)20000
recallDelay The delay duration (in ms) of the delayed recall conditions 1800000