In this issue of Neuron, Goense et al. (2012) report on high-resolution, layer-specific measurements of BOLD, cerebral blood volume, and cerebral blood flow in regions of positive and negative BOLD associated with a simple visual stimulus. The findings strongly suggest that the hemodynamic mechanisms behind negative signal changes are quite different from those behind positive signal changes
Most fMRI studies are based on the detection of a positive BOLD response (PBR). A few previous human...
The work described in this thesis is that undertaken by the author, carried out in the Magnetic Reso...
While the dynamics and mechanism of the positive BOLD response have been well studied, much less is ...
In this issue of Neuron, Goense et al. (2012) report on high-resolution, layer-specific measurements...
Decreases in stimulus-dependent blood oxygenation level dependent (BOLD) signal and their underlying...
Decreases in stimulus-dependent blood oxygenation level dependent (BOLD) signal and their underlying...
The majority of functional brain imaging studies in humans rely on the measurement of cerebral blood...
Based on recent studies in monkeys (Goense, J, et al., Neuron, in press), the changes in cerebral bl...
In earlier work, we showed increased CBV in regions with negative BOLD responses. This seems to disa...
The work presented in this thesis is intended to contribute towards the understanding of the cerebra...
Decreases in stimulus-dependent blood oxygenation level dependent (BOLD) signal and their underlying...
There is still debate whether negative BOLD responses have a neural or vascular origin. Laminar diff...
AbstractMany fMRI experiments show regions of cortex that seem to respond in antiphase with the prim...
Negative BOLD responses (NBRs) are pervasive in human fMRI experiments, but commonly ignored. The NB...
AbstractUnambiguous interpretation of changes in the BOLD signal is challenging because of the compl...
Most fMRI studies are based on the detection of a positive BOLD response (PBR). A few previous human...
The work described in this thesis is that undertaken by the author, carried out in the Magnetic Reso...
While the dynamics and mechanism of the positive BOLD response have been well studied, much less is ...
In this issue of Neuron, Goense et al. (2012) report on high-resolution, layer-specific measurements...
Decreases in stimulus-dependent blood oxygenation level dependent (BOLD) signal and their underlying...
Decreases in stimulus-dependent blood oxygenation level dependent (BOLD) signal and their underlying...
The majority of functional brain imaging studies in humans rely on the measurement of cerebral blood...
Based on recent studies in monkeys (Goense, J, et al., Neuron, in press), the changes in cerebral bl...
In earlier work, we showed increased CBV in regions with negative BOLD responses. This seems to disa...
The work presented in this thesis is intended to contribute towards the understanding of the cerebra...
Decreases in stimulus-dependent blood oxygenation level dependent (BOLD) signal and their underlying...
There is still debate whether negative BOLD responses have a neural or vascular origin. Laminar diff...
AbstractMany fMRI experiments show regions of cortex that seem to respond in antiphase with the prim...
Negative BOLD responses (NBRs) are pervasive in human fMRI experiments, but commonly ignored. The NB...
AbstractUnambiguous interpretation of changes in the BOLD signal is challenging because of the compl...
Most fMRI studies are based on the detection of a positive BOLD response (PBR). A few previous human...
The work described in this thesis is that undertaken by the author, carried out in the Magnetic Reso...
While the dynamics and mechanism of the positive BOLD response have been well studied, much less is ...