8 Methods in Neuroscience Online Quiz Questions

True or false: In a patch-clamp experiment, a fine glass pipette can record either voltage across a single neuron's membrane or current flowing through it.

Which statement best describes structural magnetic resonance imaging (MRI)?

In fMRI, what does the acronym BOLD stand for?

True or false: EEG directly records the spikes of individual neurons.

A researcher wants to activate or inhibit selected cells relatively rapidly using light. Which method best fits this goal?

Which noninvasive method detects magnetic fields produced by brain activity?

Select all methods that can be used to perturb neural activity when testing a causal hypothesis.

What can an array of extracellular recording sites capture?

Select all limitations that can complicate interpretation of a lesion experiment.

A researcher needs to track rapid changes in brain activity noninvasively across the scalp. Which method is the best fit?

A neural population is active during a movement. Describe an experiment to test whether that population contributes causally to the movement. Include what you would measure before and after changing the population's activity, and one way to strengthen the conclusion.

A researcher needs an image of brain anatomy and does not need to measure task-related activity. Which method is the best fit?

What is the name of the measurement property that describes how quickly a neuroscience method can track changes?

A study needs noninvasive measurements of rapid brain activity and specifically wants to record voltage differences at the scalp. Which method should it use?

A researcher wants to measure current flowing through one neuron's membrane in prepared tissue. Which method is designed for this measurement?

What three-letter signal abbreviation does functional MRI commonly use as an indirect measure associated with neural activity?

True or false: Chemogenetic effects typically develop and fade more slowly than optogenetic effects.

In an animal study, a team wants to observe activity across many identified, labeled cells. Which method best fits, while requiring them to account for signals that are indirect and generally slower than electrical spikes?