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BOLD fMRI and functional ultrasound comparisons in co-registered olfactory bulb sections of the same mice

Characterize laminar-specific interhemispheric functional coherence in resting-state fMRI using bilateral line-scanning fMRI (BiLS)

Dissecting the impact of cortical feedback and inhibitory tectotectal loops in negative BOLD responses along the rat visual pathway

Author:Rita Gil  Mafalda Valente  Alfonso Renart  Noam Shemesh  

Session Type:Oral  

Session Date:Wednesday, 19 May 2021  

Topic:fMRI of Animal Models  

Session Name:fMRI of Animal Models  

Program Number:0516  

Room Session:Concurrent 3  

Institution:Champalimaud Centre for the Unknown  

Investigating Neurophysiological Basis of Resting State fMRI Signal Components through Suppression of Cortical Slow Rhythms

Layer-specific orientation selectivity in cat visual cortex using 9.4 Tesla fMRI and multi-photon optical imaging

Author:Shinho Cho  Arani Roy  Chao Liu  Djaudat Idiyatullin  Wei Zhu  Yi Zhang  Xiao-Hong Zhu  Prakash Kara  Wei Chen  Kâmil Ugurbil  

Session Type:Oral  

Session Date:Wednesday, 19 May 2021  

Topic:fMRI of Animal Models  

Session Name:fMRI of Animal Models  

Program Number:0513  

Room Session:Concurrent 3  

Institution:University of Minnesota  

Linescan BOLD and diffusion fMRI signal responses triggered by activation of the rat visual system differ in time, amplitude and shape

Author:Denis Le Bihan  Luisa Ciobanu  Yukiko Masaki  Erwan Selingue  

Session Type:Oral  

Session Date:Wednesday, 19 May 2021  

Topic:fMRI of Animal Models  

Session Name:fMRI of Animal Models  

Program Number:0510  

Room Session:Concurrent 3  

Institution:Neurospin  Shionogi & Co., Ltd.  

Neural activity-driven BOLD responses within the cortex occur first at synaptic input layers

Pharmacological inactivation of ventral hippocampus disrupts central auditory processing

Author:Eddie Wong  Xunda Wang  Vick Lau  Alex Leong  Ed Wu  

Session Type:Oral  

Session Date:Wednesday, 19 May 2021  

Topic:fMRI of Animal Models  

Session Name:fMRI of Animal Models  

Program Number:0518  

Room Session:Concurrent 3  

Institution:The University of Hong Kong  

A rapidin vivo method for mapping cortical connections of primate amygdala with infrared neural stimulation and 7T fMRI