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. Author manuscript; available in PMC: 2009 Mar 1.
Published in final edited form as: Biol Psychol. 2007 Nov 17;77(3):247–265. doi: 10.1016/j.biopsycho.2007.11.006

Table 1.

Description and main results of ERP studies in chronological order using affective picture stimuli.

Study (year) Female/male
(F/M)
number, age
(A) range or
mean (yrs)
Stimulus characteristics (C) [duration in
ms] and basis for its selection (B)
Special study features (F)
and task (T) during ERP
recording
Effects of stimulus affect (A) and topography interaction
(T) at latency [component]
Lifshitz (1966) F/M: 0/10
A: 18-33
C: High-arousing neg, low-arousing neu
[1000-2000]
B: Not reported
F: Emotion and P300
T: Passive viewing
A: ∼400 ms: neg/pos > neu; no statistical analysis reported
T: Not reported
Begleiter et al.
(1967)
F/M: 0/31
A: 19.0
C: Line figures conditioned by unpleasant,
neutral and pleasant words [1500]
B: Not reported
F: ERPs to “unconsciously
conditioned” visual stimuli
T: Passive viewing
A: ∼100-220 ms [peak-to-peak amplitudes]: neu > pos > neg
T: Not reported
Begleiter et al.
(1969, Study 1)
F/M: 0/31
A: 19.7
C: Line figures conditioned by unpleasant,
neutral and pleasant words [1600]
B: Not reported
F: ERPs to conditioned
visual stimuli in partly
informed participants
T: Passive viewing
A [when informed of a non-specific word-figure
association]: ∼100-220 ms [peak-to-peak amplitudes]: neg >
pos > neu
T: Not reported
Begleiter et al.
(1969, Study 2)
F/M: 0/16
A: 19.2
C: Line figures conditioned by unpleasant,
neutral and pleasant words [1600]
B: Not reported
F: ERPs to conditioned
visual stimuli in fully
informed participants
T: Passive viewing
A [when informed of the specific word-figure association]:
no effects
T: Not reported
Radilova (1982) F/M: 1/9
A: 20-50
C: High-arousing neg, low-arousing neu
[300]
B: Not reported
F: Emotion and P300
T: Passive viewing
A: ∼300 ms [peak-to-peak N2/P3]: neg > neu
T: Not reported
Radilova et al., (1983) F/M: 0/12
A: 24.3
C: High-arousing pos (erotica), low-
arousing neu (landscapes, etc.) [300]
B: Not reported
F: ERPs for sexually
arousing stimuli
T: Passive viewing
A: ∼300 ms [P3]: erotic > neutral; no statistical analysis
reported
T: Not reported
Johnston et al.
(1986)
F/M: 10/10
A: 18-35
C: Pictures and CVC trigrams [100]
B: Previous study
F:ERPs to affective pictures
paired with CVC trigrams
T: Count stimuli
A: 300-600 P3 and slow wave components, PCA, neg > pos
T: Parietal maximum; hemispheric differences
Johnston & Wang (1991) F/M: 30/0
A: 20-35
C: Neg (dermatological cases), neu
(people), pos (babies, male models, female
models) [130]
B: Used in previous study
F: Different menstrual
phases
T: Passive viewing
A: 410 ms [P3]: female models > babies/male
models/dermatology cases > people
T: Not reported
Mini et al. (1996) F/M: 8/5
A: 24
C: High-arousing neg/pos, low-arousing
neu [2000]
B: Not reported
F/T: Memorization of
stimuli
A: 300-400 and 400-500 ms: neg/pos > neu
T: No effects
Kayser et al. (1997) F/M: 23/0
A: 22
C: High-arousing neg (dermatological
cases before treatment), neu (cases after
treatment) [250]
B: Pilot study
F: Laterally presented
stimuli
T: Passive viewing
A: 225 ms [N225], 285 ms [P285] and 450 ms [Sw]: neg >
neu; 380 ms [P380]: neu > neg
T: 225 ms: largest valence effect at medial sites; 285 ms:
right-parietal sites; 380 ms: fronto-central sites; 450 ms:
centro-posterior sites
Palomba et al. (1997) F/M: 17/3
A: 25.3
C: Neg (mutilations), neu (objects), pos
(puppies, babies) [6000]
B: IAPS normative data
F: Emotional memory
T: Memorization of stimuli
A: 282 ms [N2], 351 ms [P3] and 600-900 ms: neg/pos >
neu; 400-600 ms: pos > neu
T: Not reported
Ito et al. (1998, Study 1) F/M: 25
A: Undergraduates
C: High-arousing neg/pos, low-arousing
neu [1000]
B: IAPS normative data validated in pilot
study
F: “Negativity bias” in
emotional categorizaton
T: Emotional categorization
of valenced target stimuli
A: 400-900 ms [LPP]: neg > pos
T: No effects
Ito et al. (1998, Study 2) F/M: 14
A: Undergraduates
C: High-arousing neg/pos (dead
animals/food), low-arousing neu [1000]
B: Same as Study 1
F: Same as Study 1
T: Emotional categorization
A: 400-900 ms [LPP]: neg > pos
T: No effects
Cuthbert et al. (2000) F/M: 14/23
A: Undergraduates
C: High-arousing neg/pos, low-arousing
neu [6000]
B: IAPS normative data
F: Autonomic arousal
T: Arousal and valence
rating of stimuli
A: 200-300 ms: pos > neu; 300-400 ms: pos > neg/neu; 400-
700 ms: pos > neg > neu; 700-5000 ms: neg/pos > neu
T: Not reported
Schupp et al. (2000) F/M: 23 (not
specified)
A: Undergraduates
C: High-arousing neg/pos, low-arousing
neu [1500]
B: IAPS normative data
F: Emotional stimulus
context effects
T: Valence categorization of
stimuli
A: 350-750 ms: neg/pos > neu
T: 350-750 ms: largest arousal effect at Cz/Pz sites
Carretié et al.
(2001)
F/M: 23/6
A: 22.4
C: High-arousing neg, low-arousing neu,
high- and low-arousing pos [1750]
B: Participant ratings
F: Cues indicating stimulus
category
T: Matching of picture
stimuli to schematic cues
A: 176-224 ms [P200]: pos > neg/neu; 312-368 ms [P340]:
neg > pos/neu
T: 176-224 and 312-368 ms: largest valence effect at visual
association cortex (temporal lobe; LORETA algorithm)
Junghöfer et al. (2001) F/M: 17 (not
specified)
A: 12
students,
5 researchers
C: High-arousing, low-arousing [200-333]
B: IAPS normative data
F: Rapid stimulus
presentation (3-5 Hz)
T: Passive viewing
A: 168-232 ms [P200]: high arousal > low arousal (at 3 Hz);
232-296 ms [N260]: high arousal > low arousal (at 3 Hz)
T: 168-232 and 232-296 ms: largest arousal effect at right-
hemisphere (occipital and parietal) sites
Keil et al. (2001) F/M: 7/3
A: 26.1
C: Arousal: neg > pos > neu [1000]
B: IAPS normative data
F: Laterally presented
pictures
T: Passive viewing
A: 160 ms [N1]: neg/pos > neu; 400-600 ms [Sw]: neg/pos >
neu
T: 160 ms: no effect; 400-600 ms: largest arousal effect at
parietal sites
Dolcos & Cabeza (2002) F/M: 15/0
A: Students
C: High-arousing neg/pos, low-arousing
neu [2000]
B: IAPS normative data
F: Emotional memory
T: Emotion rating and
memorization of stimuli
A: 500-800 ms: neg/pos > neu
T: 500-800 ms: largest valence effect at right-hemisphiere
sites; largest arousal effect at parietal sites
Keil et al. (2002) F/M: 0/11
A: 26
C: High-arousing neg/pos, low-arousing
neu: neg > pos > neu [6000]
B: IAPS normative data
F: Source analysis
T: Passive viewing
A: 120-150 ms [N1]: pos > neg/neu; 300-340 ms [early P3],
380-440 ms [late P3] and 550-900 ms [SW]: neg/pos > neu
T: 380-900 ms: largest valence effect at centro-parietal sites,
largest arousal effect at right hemisphere; 550-900 ms:
largest valence effect at right-parietal sites
Carretié et al. (2003) F/M: 19/6
A: 22.3
C: High-arousing neg/pos, low-arousing
neu [200]
B: Participant ratings
F: Habituation to cued
affective stimuli
T: Valence discrimination
A: 176 ms [N1]: habituation larger for pos/neu than neg
T: 176 ms: habituation/affect interaction largest at frontal
sites
Schupp et al. (2003a) F/M: 8/7
A: Undergraduates
C: High-arousing neg/pos, low-arousing
neu [333]
B: IAPS normative data
F: Task-irrelevant affective
pictures
T: Detection of non-picture
stimuli
A: 160-224 ms [N1] and 232-292 ms [N2]: neg/pos > neu;
erotica > other pos, mutilations/threat > other neg
T: 160-224 ms: largest valence effect at occipito-temporal
sites; 232-292 ms: largest valence effect at right temporo-
occipital sites
Schupp et al. (2003b) F/M: 12/8
A: Undergraduates
C: High-arousing neg/pos, low-arousing
neu [1500]
B: IAPS normative data
F: Multi-channel ERP
T: Emotional categorization
A: 312 ms: neg/pos > neu; 416-456 ms: neg/pos > neu
T: 312 ms: neg > neu largest at temporo-occipital sites, pos >
neu largest at centro-medial sites
Smith et al. (2003) F/M: 16/16
A: Undergraduates
C: Neg/pos, matched for arousal level
[1000]
B: IAPS normative data
F: Affective target pictures
presented on affective
background pictures
T: Emotional discrimination
A: 117 ms [P1]: neg > pos
T: 117 ms: largest valence effect at occipital sites
Amrhein et al. (2004) F/M: 6/10
A: 29.5
C: High-arousing neg > pos, low-arousing
neu [8000]
B: Participant ratings
F: Habituation of
psychophysiological
responses
T: Passive viewing
A: 200-300, 300-400 and 400-700 ms: neg/pos > neu
T: No effects
Carretié et al. (2004) F/M: 28/9
A: 21.5
C: Neg (snarling wolf), neu (wristwatch),
pos (opposite-gender nude) [200]
B: Participant ratings
F: Source analysis
T: Count of target stimuli
(oddball paradigm)
A: 105 ms [P1]: neg > pos/neu; 180 ms [P2]: neg/pos > neu;
240 ms [N2]: neg > pos
T: 105 ms: largest valence effect in occipital cortex; 180 ms
and 240 ms: anterior cingulate (LORETA algorithms)
Delplanque et al. (2004) F/M: 12/0
A: 20.6
C: Neg/neu/pos balanced for arousal
[1000]
B: IAPS normative data
F: Valence effects
T: Detection of affective
picture target stimuli
A: 150-165 ms [late P1]: neg > pos; 180-213 ms [P2]: neg >
pos > neu; 406-603 ms [P3b]: neg < pos
T: 150-165 and 180-213 ms: largest valence effect at
occipito-temporal sites; 406-603 ms: fronto-central site
Schupp et al. (2004) F/M: 14/2
A: 21.2
C: High-arousing neg > pos, low-arousing
neu [120]
B: Participant categorization
F: Short stimulus
presentation
T: Emotional categorization
of stimuli
A: 200-350 ms [EPN]: erotic > babies; 400-500 ms [LPP]:
erotic > babies/mutilations > threat
T: 200-350 ms: largest valence effect at occipital-temporal
sites; 400-500 ms: centro-parietal sites
Delplanque et al. (2005) F/M: 17/0
A: 21.7
C: High-arousing neg/pos, low-arousing
neu [750]
B: IAPS normative data
F: Task-irrelevant affective
picture stimuli
T: Detection of non-
affective target stimuli
A: 411-599 ms [P3b]: neg/pos > neu
T: 411-599 ms: largest valence effect for neg at posterior
sites, largest effect for pos at anterior sites
Pollatos et al. (2005) F/M: 28/16
A: 25.5
C: High-arousing neg/pos, low-arousing
neu [6000]
B: IAPS normative data
F: Interoceptive awareness
T: Rating of valence and
arousal
A: 290-500 ms [P3]: pos > neg > neu; 550-900 ms [SW]:
pos/neg > neu
T: 290-500 ms: largest valence effect for pos > neg/neu at
frontal/centro-lateral sites and for arousal neg/pos > neu at
posterior sites; 550-900 ms: global effect
Carretié et al. (2006) F/M: 21/ 9
A: 21.7
C: High-arousing neg/pos, low-arousing
neu [1500]
B: IAPS normative data
F: Source analysis
T: Non-emotional
categorization
A: 160 and 680 ms: neg > neu/pos; 400 ms: pos > neg/neu
T: 160 ms: largest valence effect in prefrontal cortex; 400
ms: visual association cortex; 680 ms: left precentral gyrus
(LORETA algorithm)
Codispoti et al. (2006) F/M: 26/24
A: 22-34
C: High-arousing neg/pos, low-arousing
neu [6000]
B: IAPS normative data
F: Habituation of
psychophysiological
responses
T: Passive viewing
A: 400-800 ms [LPP]: neg/pos > neu [also effects of
habituation]
T: 400-800 ms: largest arousal effect at posterior sites
De Cesarei & Codispoti (2006) F/M: 8/8
A: 22.7
C: High-arousing neg/pos, low-arousing
neu [100]
B: Not reported
F: Stimulus size
T: Non-emotional
categorization
A: 150-300 ms: pos > neg/neu; 400-600 [LPP]: pos/neg >
neu
T: 400-600: largest arousal effect at parietal sites
Delplanque et al. (2006) F/M: 17/0
A: 21.5
C: High-arousing neg/pos, low-arousing
neu [750]
B: IAPS normative data
F: Affective influences on
P3a and P3b
T: Emotional categorization
A: 333-384 ms [P3a]: neg > pos/neu; 439-630 ms [P3b]:
pos > neg > neu;
T: 333-384 ms: largest valence effect at parietal site; 439-
630 ms: pos > neg effect largest at frontal/central sites
Gasbarri et al. (2006) F/M: 24/24
A: 28
C: High-arousing neg, low-arousing neu
[10000]
B: Participant ratings
F: Memory and gender
T: Affective rating of
picture sequences
A: 250-700 ms [P3]: females > males for arousing stimuli;
T: 250-700 ms: largest gender effect at left-hemisphere sites
Hajcak & Nieuwenhuis (2006) F/M: 11/3
A: Students
C: High-arousing neg/pos, low-arousing
neu [1000]
B: IAPS normative data
F: Emotional reappraisal vs
passive viewing
T: Emotional rating
A: 200-400, 600-1000, 1200-1800 [LPP]: reappraisal <
passive viewing for arousing pictures
T: largest effects of reappraisal at centro-parietal sites
Hajcak et al. (2006) F/M: 10/6
A: Undergraduates
C: High-arousing neg/pos, low-arousing
neu [1000]
B: IAPS normative data
F/T: Emotional vs. non-
emotional categorization of
stimuli
A: 500-650 ms [LPP]: emotional categorization task > non-
emotional categorization task
T: Not reported
Hot et al. (2006) F/M: 16/14
A: 22.6
C: High-arousing neg/pos, low-arousing
neu [1500]
B: IAPS normative data validated in pilot
study
F: Cultural differences:
French/Japanese
T: Passive viewing
A: 105-140, 176-230, 255-455 ms: pos/neg > neu; 176-230
and 255-455 ms: French > Japanese (parieto-occipital area)
T: 105-140 ms: largest arousal effect at frontal-occipital
sites; 176-230 ms: largest arousal effects at frontal sites;
255-455 ms: largest arousal and group effects at parieto-
occipital[b]r sites
Moser et al. (2006) F/M: 16/3
A: Undergraduates
C: High-arousing neg/pos, low-arousing
neu [1000]
B: IAPS normative data
F/T: Emotional
enhancement vs.
suppression
A: 250-350 and 350-600 ms [LPP]: emotional
enhancement/passive viewing instructions > emotional
suppression instructions
T: Not reported
Schupp et al. (2006) F/M: 4/4
A: 24.0
C: High-arousing neg > pos, low-arousing
neu [330]
B: Not reported
F: Habituation effects under
rapid presentation
T: Passive viewing
A: 200-300 ms [EPN]: pos/neg vs neu
T: 200-300 ms: largest arousal effect at occipito-temporal
and fronto-central sites, and over the right hemisphere
Spreckelmeyer et al. (2006) F/M: 8/6
A: 21
C: High-arousing neg/pos, low-arousing
neu [302-515]
B: IAPS normative data validated in pilot
study
F: Multi-sensory processing
(pictures/voices)
T: Emotional ratings of
stimuli
A: 150-250 [P2]: pos > neg/neu; 380-420 [P3]: pos/neg >
neu; 500-1400 ms [LPP]: larger for congruent pairing (sad
pictures/sad voices) than other combinations
T: >380 ms: largest effect of pos > neu/neg at frontal sites
Wood & Kisley (2006) F/M: 15/5
(young), 12/8
(old)
A: 21.0 (Y),
68.5 (O)
C: High-arousing neg/pos, low-arousing
neu [1200]
B: IAPS normative data, validated by
participant ratings
F: Age effects
T: Emotional ratings of
pictures
A: 400-900 [LPP]: neg > pos only for young adults. Neg/pos
> neu overall, but stronger effect in young adults
T: 400-900: not reported
Bradley et al. (2007) F/M: 31/9
A: Undergraduates
C: High-arousing neg/pos, low-arousing
neu [6000]
B: IAPS normative data, picture
composition, ratings of complexity
F: Picture composition;
figure-ground vs. complex
scenes
T: Passive viewing
A: 150-250: figure-ground vs complex scenes; 400-700
[LPP]: arousal effect; for pos/neg, figure-ground vs complex
scenes
T: 150-250: largest effect of composition at fronto-occipital
sites; 400-700: parietal locus of arousal effect
Codispoti et al. (2007) F/M: 12/12
A: 21-28
C: High-arousing neg/pos, low-arousing
neu [1000]
B: IAPS normative data
F: Habituation of early and
late affective processes
T: Passive viewing
A: 150-300: valence/arousal effects; overall habituation
within stimulus blocks, least habituation for pos; 300-600:
valence/arousal effects; habituation within/between blocks
T: 150-300; 300-600: valence/arousal effects and their
interactions with habituation vary with scalp region
Cano & Polich
(2007)
F/M: 16/0 C: Moderate identical arousal for neg, neut,
pos [1000]
B: IAPS normative data
F: Normal vs. scrambled
pictures; color vs. bl/w
T: Detection of affective
stimuli
A: Exp. 1, 400 ms valence effects for color not bl/w; Exp 2
valence differences eliminated with scrambled images
T: 400 ms valence effects strongest over frontal areas
Carretié et al. (2007) F/M: 27/4
A: 23.4
C: High-arousing neg/pos, low-arousing
neu [100]
B: Participant ratings of valence/arousal
F: Spatial frequency (fuzzy
vs clear images)
T: Non-emotional
categorization
A: 135: spatial frequency effect; 135, 180, 240: spatial
frequency interacts with emotional content.
T: 135: largest spatial frequency effect in occipito-parietal
cortex [LORETA]; 180, 240: interaction effects largest at
frontal sites
Conroy & Polich (2007) F/M: 12/0 C: Moderately arousing neg, neut, pos
[1000]
B: IAPS normative data
F: Arousal level controlled
across valence;
T: Detection of affective
stimuli
A: 400 ms left frontal amplitude decreased P300 amplitude
for neg relative to neut or pos stimuli
T: P300 strongest valence effect over frontal areas
Olofsson & Polich (2007) F/M: 18/0
A: 18-27
C: High-arousing neg/pos, low-arousing
neu [1000]
B: IAPS normative data
F: Repetition and time-on-
task
T: Detection of affective
picture stimuli
A: 160-220 ms [P2]: neg > neu; 300-450 ms [P3] and 500-
850 ms [SW]: neg/pos > neu
T: Largest arousal effects at posterior sites
Rozenkrants & Polich (2007) F/M: 16/16 C: Low/high arousal at neg/pos valence,
scrambled control stimuli for each picture
condition [1000]
B: IAPS normative data
F: Gender effects in arousal
and valence parameters
T: Detection of affective
picture stimuli, repeated
stimulus conditions
A: 400-800 [P300, SW]: high arousal > low arousal, weak
valence effects, no gender differences
T: Valence effects strongest over frontal areas
Rozenkrants et al. (2007) F/M: 16/16 C: Low/high arousal at neg/pos valence,
scrambled control stimuli for each picture
condition [1000]
B: IAPS normative data
F: Independent
manipulation of arousal and
valence parameters
T: Detection of affective
picture stimuli, repeated
stimulus conditions
A: 400-800 [P300, SW]: high arousal > low arousal
differences that were found for both normal and scrambled
stimuli, no valence effects, no gender differences
T: 220-300: Arousal effect largest at parietal sites, stable
across repetions
Sabatinelli et al. (2007) F/M: 10/8
A: 20
C: High-arousing neg/pos, low-arousing
neu [6000]
B: IAPS normative data; categories
balanced on perceptual dimensions
F: ERP-fMRI correlations
T: Passive viewing
A: 400-900 [LPP]: neg/pos > neu
T: 400-900: largest effect at centro-parietal sites; correlations
to hemodynamic activity in occipital, parietal and temporal
lobes
Schupp et al. (2007) F/M: 8/8
A: 25
C: High-arousing neg (mutilations)/pos
(erotica), low-arousing neu (people) [333]
B: IAPS normative data
F: Attention manipulation
through varying target
categories
T: Count target stimuli
A: 200-350 [EPN]: neg/pos < neu; effect of attention similar
across affect categories; 400-600 [LPP]; neg/pos > neu;
effect of attention largest for neg/pos
T: 200-350; 400-600: largest effect at posterior sites

Neg = stimuli of unpleasant valence; neu = stimuli of neutral valence; pos = stimuli of pleasant valence. In the results column, only statistically significant contrasts are reported. In description of stimuli, x < y refers to lower affective ratings of x compared to y. In description of effects, x < y refers to smaller positive-going amplitude (or factor loading) for x compared to y. Complex interaction effects are not presented.