WorksheetsLecture 1- Research Methods
Total questions: 20
Worksheet time: 10mins
Name
Class
Date
1.
1. Track the moment-by-moment activity?
a)
a. By visualizing cells under the microscope
b)
b. Through functional magnetic resonance imaging (fMRI)
c)
c. Using transcranial magnetic stimulation (TMS)
d)
d. With large-scale neuron recording
2.
2. What staining technique is used to visualize cells under the microscope?
a)
a. Nissl staining
b)
b. Golgi staining
c)
c. Immunohistochemistry
d)
d. c-fos labeling
3.
3. Which technique involves the use of a light-sensitive virus to identify specific regions of interest (ROI)?
a)
a. Histology
b)
b. Tract tracers
c)
c. Functional magnetic resonance imaging (fMRI)
d)
d. Event-related potentials (EEG)
4.
4. Functional magnetic resonance imaging (fMRI) provides:
a)
a. High-resolution in space and time
b)
b. High-resolution in space, but low-resolution in time
c)
c. Low-resolution in space and time
d)
d. Low-resolution in space, but high-resolution in time
5.
5. Event-related potentials (EEG) offer:
a)
a. High-resolution in space and time
b)
b. High-resolution in space, but low-resolution in time
c)
c. Low-resolution in space and time
d)
d. Low-resolution in space, but high-resolution in time
6.
6. Magnetoencephalography (MEG) provides:
a)
a. High-resolution in space and time
b)
b. High-resolution in space, but low-resolution in time
c)
c. Low-resolution in space and time
d)
d. Low-resolution in space, but high-resolution in time
7.
7. Transcranial Magnetic Stimulation (TMS) is:
a)
a. High-resolution in space, but low-resolution in time
b)
b. Low-resolution in space and time
c)
c. Low-resolution in space, but high-resolution in time
d)
d. High-resolution in space and time
8.
8. Large-scale neuron recording is:
a)
a. High-resolution in space and time, but invasive
b)
b. Low-resolution in space and time, but non-invasive
c)
c. High-resolution in space and time, but non-invasive
d)
d. Low-resolution in space and time, but invasive
9.
9. What are the cons of animal research in behavioral neuroscience?
a)
a. Ethical considerations and the cross-species gap
b)
b. Lack of advanced techniques and ethical considerations
c)
c. Cross-species gap and limited applicability
d)
d. Limited applicability and ethical considerations
10.
10. What are the pros of animal research in behavioral neuroscience?
a)
a. Limited applicability and the cross-species gap
b)
b. Ethical considerations and advanced techniques
c)
c. Some similarities across species and advanced techniques
d)
d. Limited applicability and some similarities across species
11.
11. The 3Rs in animal research stand for:
a)
a. Reduction, Refinement, and Replacement
b)
b. Replacement, Refinement, and Regulation
c)
c. Reduction, Regulation, and Refinement
d)
d. Regulation, Replacement, and Reduction
12.
12. Which technique is unable to measure subcortical signals?
a)
a. Event-related potentials (EEG)
b)
b. Transcranial Magnetic Stimulation (TMS)
c)
c. Functional magnetic resonance imaging (fMRI)
d)
d. Magnetoencephalography (MEG)
13.
13. Which imaging technique is very expensive?
a)
a. Large-scale neuron recording
b)
b. Event-related potentials (EEG)
c)
c. Transcranial Magnetic Stimulation (TMS)
d)
d. Magnetoencephalography (MEG)
14.
14. What does histology refer to in the context of studying the brain?
a)
a. Tracking moment-by-moment activity
b)
b. Visualizing cells under the microscope
c)
c. Using tract tracers to map neural pathways
d)
d. Identifying genes that express different fluorescent proteins
15.
15. Rainbow refers to:
a)
a. Genes that express different fluorescent proteins
b)
b. Neural pathways represented with different colors
c)
c. Visualizing cells under the microscope using stains
d)
d. Expression of c-fos through antigen-antibody binding
16.
16. What technique cannot simulate subcortical areas?
a)
a. Transcranial Magnetic Stimulation (TMS)
b)
b. Large-scale neuron recording
c)
c. Functional magnetic resonance imaging (fMRI)
d)
d. Magnetoencephalography (MEG)
17.
17. Which technique is invasive and provides high-resolution in space and time?
a)
a. Event-related potentials (EEG)
b)
b. Transcranial Magnetic Stimulation (TMS)
c)
c. Large-scale neuron recording
d)
d. Functional magnetic resonance imaging (fMRI)
18.
18. Which technique provides high-resolution in time, but low-resolution in space?
a)
a. Magnetoencephalography (MEG)
b)
b. Transcranial Magnetic Stimulation (TMS)
c)
c. Event-related potentials (EEG)
d)
d. Functional magnetic resonance imaging (fMRI)
19.
19. Which technique provides high-resolution in space, but low-resolution in time?
a)
a. Large-scale neuron recording
b)
b. Functional magnetic resonance imaging (fMRI)
c)
c. Magnetoencephalography (MEG)
d)
d. Event-related potentials (EEG)
20.
20. Which staining technique involves antigen-antibody binding to measure gene expression?
a)
a. Nissl staining
b)
b. Golgi staining
c)
c. Immunohistochemistry
d)
d. c-fos labeling
100 %
