<p>An fMRI experiment consists of five major steps; choices at each step significantly influence signal and noise in the results, and may interact with one another. This paper focuses on interactions of individual-subject variability (Step #1), task-contrast effects (Step #2) and preprocessing (Step #4).</p
BOLD fMRI is sensitive to blood-oxygenation changes correlated with brain function; how-ever, it is ...
The environment within an fMRI scanner can be intimidating, featuring characteristics such as extrem...
Functional magnetic resonance imaging (fMRI) studies typically employ rapid, event-related designs f...
A variety of preprocessing techniques are available to correct subject-dependant artifacts in fMRI, ...
<div><p>A variety of preprocessing techniques are available to correct subject-dependant artifacts i...
A variety of preprocessing techniques are available to correct subject-dependant artifacts in fMRI, ...
Recently, event-related fMRI-experiments have been reported in which subsequent trials were separate...
<p>This figure visualizes one experimental run of the fMRI paradigm. Three of these runs, each lasti...
Task-fMRI researchers have great flexibility as to how they analyze their data, with multiple method...
Background: Functional magnetic resonance imaging (fMRI) can require extensive preprocessing to mini...
BOLD fMRI (Blood-Oxygenation Level Dependent functional Magnetic Resonance Imaging) measures the hae...
International audienceWhile the development of tools and techniques has broadened our horizons for c...
<p>The session consisted of 2 runs containing a total of 7 blocks of each of the 4 conditions. Each ...
This article investigates the potential of fMRI to test assumptions about different components in mo...
<p>Upper panel: fMRI experimental paradigm (only the first run is shown); lower panel: examples of t...
BOLD fMRI is sensitive to blood-oxygenation changes correlated with brain function; how-ever, it is ...
The environment within an fMRI scanner can be intimidating, featuring characteristics such as extrem...
Functional magnetic resonance imaging (fMRI) studies typically employ rapid, event-related designs f...
A variety of preprocessing techniques are available to correct subject-dependant artifacts in fMRI, ...
<div><p>A variety of preprocessing techniques are available to correct subject-dependant artifacts i...
A variety of preprocessing techniques are available to correct subject-dependant artifacts in fMRI, ...
Recently, event-related fMRI-experiments have been reported in which subsequent trials were separate...
<p>This figure visualizes one experimental run of the fMRI paradigm. Three of these runs, each lasti...
Task-fMRI researchers have great flexibility as to how they analyze their data, with multiple method...
Background: Functional magnetic resonance imaging (fMRI) can require extensive preprocessing to mini...
BOLD fMRI (Blood-Oxygenation Level Dependent functional Magnetic Resonance Imaging) measures the hae...
International audienceWhile the development of tools and techniques has broadened our horizons for c...
<p>The session consisted of 2 runs containing a total of 7 blocks of each of the 4 conditions. Each ...
This article investigates the potential of fMRI to test assumptions about different components in mo...
<p>Upper panel: fMRI experimental paradigm (only the first run is shown); lower panel: examples of t...
BOLD fMRI is sensitive to blood-oxygenation changes correlated with brain function; how-ever, it is ...
The environment within an fMRI scanner can be intimidating, featuring characteristics such as extrem...
Functional magnetic resonance imaging (fMRI) studies typically employ rapid, event-related designs f...