Across
- 2. [A] Two factors that determine how much a neuron contributes to the LFP are _____A_____ of firing and _____B_____ of the neural architecture.
- 4. In Alzheimer's disease, BOLD-based biomarkers may fail because of impaired __________ __________.
- 11. The 3Rs of ethical animal research are __________, __________, and __________.
- 13. [B]The main positive BOLD signal is caused by a A of deoxyhemoglobin due to increased B.
- 14. [B] The three phases of the BOLD fMRI signal are the (A), the (B) BOLD signal, and the (C).
- 16. The __________ degeneration hypothesis proposes that vascular dysfunction occurs early in Alzheimer’s, before plaque or tau pathology.
- 18. [B] Two-photon microscopy is preferred over confocal because it allows _____A_____ imaging with less _____B_____.
- 19. The BOLD signal correlates most strongly with __________, not spiking output like MUA.
Down
- 1. [C] The three phases of the BOLD fMRI signal are the (A), the (B) BOLD signal, and the (C).
- 3. [A] Two-photon microscopy is preferred over confocal because it allows _____A_____ imaging with less _____B_____.
- 5. The 3Rs of ethical animal research are __________, __________, and __________.
- 6. [C] The three key haemodynamic changes in response to neural activity are increased _____A_____, _____B_____, and changes in _____C_____.
- 7. [B] The three key haemodynamic changes in response to neural activity are increased _____A_____, _____B_____, and changes in _____C_____.
- 8. [B] Two factors that determine how much a neuron contributes to the LFP are _____A_____ of firing and _____B_____ of the neural architecture.
- 9. [A] The three phases of the BOLD fMRI signal are the (A), the (B) BOLD signal, and the (C).
- 10. The 3Rs of ethical animal research are __________, __________, and __________.
- 12. [A] The three key haemodynamic changes in response to neural activity are increased _____A_____, _____B_____, and changes in _____C_____.
- 15. [A] The main positive BOLD signal is caused by a A of deoxyhemoglobin due to increased B.
- 17. GCaMP fluoresces when it binds to __________, allowing researchers to visualise changes in intracellular activity.
