E prime presentation software

Manufactured by Psychology Software Tools

Sourced in United States

E-Prime is a presentation software designed for creating and running psychological experiments. It provides a user-friendly interface for designing and controlling the presentation of stimuli, collecting participant responses, and managing the flow of an experiment.

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Lab products found in correlation

Trio 3t scanner, by Siemens (1 mentions)

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E-Prime software (321 citations) E-Prime (202 citations) E-Prime stimulus presentation software (4 citations) E-Prime 2.0 presentation software (3 citations)

4 protocols using e prime presentation software

MRI Protocol for Behavioral Response

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MRI data were acquired on a Siemens Trio 3T scanner (Malvern, PA) using a
standard quadrature head coil. Functional images were collected using a
T2*-weighted gradient-echo echo-planar image (EPI) sequence providing full head
coverage (TR = 2320ms, TE = 25ms, flip angle = 60°, FOV
= 225 × 225, 3.5mm isotropic voxels [no gap], 40 axial
slices, oblique axial prescription parallel to AC-PC plane). Stimuli were back-projected
using E-Prime presentation software (Psychology Software Tools Inc., Pittsburgh, PA)
onto a translucent screen, viewed via a coil-mounted periscopic prism system.
Participants' behavioral responses were collected via fiber optic button box,
with two possible responses for both AF and AH conditions (‘same’ or
‘different’ identities). T1-weighted 2D anatomical images with the same
slice prescription as the EPI data (TR = 300ms, TE = 2.43ms, flip angle
= 60°), and a T1-weighted 3D anatomical MPRAGE volume (TR =
2530ms, TE = 3.66ms, TI = 1100ms, flip angle = 7°, 1mm
isotropic voxels), were acquired during the same session, for standard-space image
registration.

Herrington J.D., Riley M.E., Grupe D.W, & Schultz R.T. (2015). Successful Face Recognition is Associated with Increased Prefrontal Cortex Activation in Autism Spectrum Disorder. Journal of autism and developmental disorders, 45(4), 902-910.

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Examining Interpersonal Dynamics in EEG

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The experiment was conducted in two sessions (A and T conditions). For the A condition, EEG recordings were collected from participants sitting isolated in a dimly lit EEG laboratory. For the T condition, two participants sat together in the same EEG lab. Participants sat in comfortable chairs approximately 100 cm away from, and at eye level with a 40 × 30 cm IIyama PC computer screen. In the T condition, the participants sat beside each other, both facing the computer screen. The order of the A and T conditions was counterbalanced. Participants interacted with each other during the installation of the EEG caps and in the period between the A condition and T condition sessions.
In both conditions, participants were shown a white fixation cross for 2 min, which was presented centrally on the computer screen using E-prime presentation software (Psychology Software Tools, Inc.). To reduce the number of EEG artifacts caused by eye movement, participants were instructed to relax and reduce blinking and other ocular movements during the experimental sessions.

Verbeke W.J., Pozharliev R., Van Strien J.W., Belschak F, & Bagozzi R.P. (2014). “I am resting but rest less well with you.” The moderating effect of anxious attachment style on alpha power during EEG resting state in a social context. Frontiers in Human Neuroscience, 8, 486.

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Neuroimaging Scene Perception Protocol

Cited 1 time

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Stimuli for this experiment were images of scenes that had previously been used in a neuroimaging study (Kravitz et al., 2011 (link)). The stimulus set comprised 96 individual, highly detailed, and diverse real-world scene images from 16 basic-level scene categories (churches, concert halls, hallways, living rooms, forest canopies, canyons, caves, ice caves, cities, harbors, highways, suburbs, beaches, deserts, hills, mountains), with six exemplars within each category, spanning the following three diagnostic scene properties: spatial expanse (open, closed; the spatial boundary of the scene); relative distance (near, far; distance to the nearest foreground objects); and naturalness (or semantic content; man-made, natural; Fig. 2a, full stimulus set). The images were presented full screen, subtending 27º of visual angle, at a viewing distance of 75 cm. The stimuli were presented using E-Prime presentation software (Psychology Software Tools).

Harel A., Groen I.I., Kravitz D.J., Deouell L.Y, & Baker C.I. (2016). The Temporal Dynamics of Scene Processing: A Multifaceted EEG Investigation. eNeuro, 3(5), ENEURO.0139-16.2016.

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Afternoon Tryptophan Restriction Protocol

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Each participant completed one experimental visit of 150-min taking place in the afternoon after a 2 h food abstention period. On the experimental day, participants were requested to avoid food and beverages from a given list of products high in TRP, including products with meat, fish, soya, milk, egg or seeds. Compliance to the study restrictions was verified from a self-report prior to the experiment visit. The experiment was conducted in a sound-attenuated, shielded recording booth and was fully computerized using E-Prime ® presentation software (Psychology Software tools, Sharpsburg, PA USA). Participants received the instructions from a computer screen and performed the required tasks using either a response box or a mouse pad. The study procedure is described in Table 2.

Zahar S., Schneider N., Makwana A., Chapman S., Corthesy J., Amico M, & Hudry J. (2023). Dietary tryptophan-rich protein hydrolysate can acutely impact physiological and psychological measures of mood and stress in healthy adults. Nutritional neuroscience, 26(4).

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