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| = CBU EEG wiki = | = Welcome to the CBU EEG lab = '''The CBU EEG lab hosts a variety of research projects in the areas of perception, language and cognition. We employ a 128-channel, active electrode [[http://www.brainproducts.com/productdetails.php?id=2|BrainAmp]] ([[http://www.brainproducts.com/|Brain Products]]) EEG setup.''' |
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| Soon this space will be full of interesting information on EEG! | In addition to measuring ERPs, we perform MEG (magnetoencephalography) in our [[http://imaging.mrc-cbu.cam.ac.uk/meg|CBU MEG Laboratory]]. |
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| The EEG lab, established in 2000, hosts a variety of research projects, which focus primarily on exploring the human brain mechanisms responsible for speech and language function. Our experiments mainly use ERP (event-related potential) techniques and include both visual and auditory ERP recordings as well as behavioural tests. | If you are new to EEG and MEG analysis, you may want to read to read our [[http://imaging.mrc-cbu.cam.ac.uk/meg/IntroEEGMEG|Introduction to EEG/MEG data processing]]. |
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| We employ a 65-channel Neuroscan EEG setup and all recordings are performed in an acoustically and electrically shielded chamber. The lab is equipped with a Polhemus 3DSPAce Fasttrack Digitisation System, ERTS, E-Prime and Cogent stimulation systems. For data processing, we have at our disposal several commercial software packages: Curry, BESA, ASA, SPM, Scan, and Brain Vision Analyzer. We also develop our own analysis tools in Matlab environment. | = Mission = We use methods with high temporal resolution such as magnetoencephalography (MEG) and electroencephalography (EEG) to reveal the precise time-course of cognitive processes such as language, auditory/visual perception and decision making. In the case of language comprehension, for example, time course information is crucial, because language comprehension is a dynamic process that involves the integration of various types of information (phonological, syntactic, semantic etc) over a very short time interval. One of our primary goals is to integrate the precise temporal information provided by EEG and MEG with data obtained from functional Magnetic Resonance Tomography (fMRI). |
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| In addition to measuring ERPs, we perform MEG (magnetoencephalography) at the newly established CBU MEG Laboratory. We also conduct fMRI experiments using the Siemens Tim Trio 3T system at the CBU. | For general requests concerning the EEG lab, contact clare.cook@mrc-cbu.cam.ac.uk or olaf.hauk@mrc-cbu.cam.ac.uk . |
Welcome to the CBU EEG lab
The CBU EEG lab hosts a variety of research projects in the areas of perception, language and cognition. We employ a 128-channel, active electrode BrainAmp (Brain Products) EEG setup.
In addition to measuring ERPs, we perform MEG (magnetoencephalography) in our CBU MEG Laboratory.
If you are new to EEG and MEG analysis, you may want to read to read our Introduction to EEG/MEG data processing.
Mission
We use methods with high temporal resolution such as magnetoencephalography (MEG) and electroencephalography (EEG) to reveal the precise time-course of cognitive processes such as language, auditory/visual perception and decision making. In the case of language comprehension, for example, time course information is crucial, because language comprehension is a dynamic process that involves the integration of various types of information (phonological, syntactic, semantic etc) over a very short time interval. One of our primary goals is to integrate the precise temporal information provided by EEG and MEG with data obtained from functional Magnetic Resonance Tomography (fMRI).
For general requests concerning the EEG lab, contact clare.cook@mrc-cbu.cam.ac.uk or olaf.hauk@mrc-cbu.cam.ac.uk .