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SUMMARY:Introduction to Imaging for Researchers: Mechanisms & Methods
DESCRIPTION:This online course is designed to give the researcher who might be new to imaging a better understanding of the current and future capabilities of common modalities for characterizing the brain\, as well as information on relevant practical considerations. The technologies discussed in this course are: \n\nElectroencephalogram (EEG)\nMagnetoencephalogram (MEG)\nFunctional near-infrared spectroscopy (fNIRS)\nQuantitative near-infrared spectroscopy (qNIRS)\nMagnetic resonance imaging (MRI)\n\nNeuroanatomical MRI\nDiffusion MRI of the brain\nFunctional MRI (resting state and task-based)\nMagnetic resonance spectroscopy of the brain\nCerebrovascular monitoring\n\n\n\nImaging provides an important window into in vivo brain structure and function and is therefore an ideal tool for human brain research. When considering which imaging technique best answers a research question\, it is important to think about fundamental mechanisms of interest and select the modality or combination of modalities that best captures them. \nFor each technology\, experts will discuss and demonstrate the structure\, operation\, and workflow of the machine; data collection and analysis processes; multi-machine approaches; research considerations and decision criteria; and research applications. The course will focus on the use of each of these technologies for brain research rather than for clinical application.
URL:https://scienceinboston.com/event/introduction-to-imaging-for-researchers-mechanisms-methods/
LOCATION:Online
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UID:27721-1625644800-1625677200@scienceinboston.com
SUMMARY:Introduction to Imaging for Researchers: Mechanisms & Methods
DESCRIPTION:This online course is designed to give the researcher who might be new to imaging a better understanding of the current and future capabilities of common modalities for characterizing the brain\, as well as information on relevant practical considerations. The technologies discussed in this course are: \n\nElectroencephalogram (EEG)\nMagnetoencephalogram (MEG)\nFunctional near-infrared spectroscopy (fNIRS)\nQuantitative near-infrared spectroscopy (qNIRS)\nMagnetic resonance imaging (MRI)\n\nNeuroanatomical MRI\nDiffusion MRI of the brain\nFunctional MRI (resting state and task-based)\nMagnetic resonance spectroscopy of the brain\nCerebrovascular monitoring\n\n\n\nImaging provides an important window into in vivo brain structure and function and is therefore an ideal tool for human brain research. When considering which imaging technique best answers a research question\, it is important to think about fundamental mechanisms of interest and select the modality or combination of modalities that best captures them. \nFor each technology\, experts will discuss and demonstrate the structure\, operation\, and workflow of the machine; data collection and analysis processes; multi-machine approaches; research considerations and decision criteria; and research applications. The course will focus on the use of each of these technologies for brain research rather than for clinical application.
URL:https://scienceinboston.com/event/introduction-to-imaging-for-researchers-mechanisms-methods-2/
LOCATION:Online
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