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blood rushing to the back of the brain, which processes visual infor-
PRACTICE
Distributed by Bedford, Freeman & Worth Publishers. Not for redistribution.
Argumentation (SP 4)
(10 minutes) Assign each student
one of the six types of neural
measures identified in Table 1.4-1.
For homework, have them search
online to find a research article
that uses the type of measure they
were assigned. (Hint: ScienceDaily
[sciencedaily.com] would be a great
place to start.) Ask the students to
bring their articles to class; then
place them into groups according
to their measure type (i.e., all the
MRI students are in one group, all
the EEG students are in a second Copyright © Bedford, Freeman & Worth Publishers.
group, and so on). Have them share
their articles with their group. Use
this activity as a basis for a class
discussion about what neuroscien-
tists are studying today. End with
a discussion of how scientists use
scientifically derived evidence to
support their claims.
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60 Unit 1 Biological Bases of Behavior
03_HammerTE4e_47547_ch01_2a_163_4pp.indd
mation. Another tool, functional near-infrared spectroscopy (fNIRS),
shines infrared light on blood molecules to identify brain activity.
Mark Straccia/UCLA Social Cognitive Neuroscience Laboratory (Burns et al., 2019; Perdue et al., 2019). Table 1.4-1 compares imag-
The fNIRS equipment can fit in a large backpack, enabling research-
ers to study the biology of mind in difficult-to-reach populations
ing techniques.
Such snapshots of the brain’s activity provide new insights
into how the brain divides its labor and reacts to changing needs.
A mountain of recent fMRI studies has revealed which brain areas
are most active when people feel pain or rejection, listen to angry
aroused. The technology enables a very basic sort of mind reading.
Understanding the non-WEIRD voices, think about scary things, feel happy, or become sexually
brain Most neuroscience research
studies people from Western, TABLE 1.4-1 Common Types of Neural Measures
Educated, Industrialized, Rich, and
Democratic (WEIRD) populations Name How Does It Work? Sample Finding
(Falk et al., 2013). Using functional
near-infrared spectroscopy (fNIRS),
the researchers shown here were Electroencephalography Electrodes placed on the Symptoms of depression and anxiety
able to identify brain areas involved in (EEG) scalp measure electrical correlate with increased activity in the
persuasion among a Jordanian sample activity in neurons. right frontal lobe, a brain area associated
(Burns et al., 2019). with behavioral withdrawal and negative
emotion (Thibodeau et al., 2006).
Magnetoencephalography A head coil records Soldiers with posttraumatic stress
disorder (PTSD), compared with
magnetic fields from the
(MEG)
brain’s natural electrical soldiers who do not have PTSD, show
currents. stronger magnetic fields in the visual
cortex when they view trauma-related
images (Todd et al., 2015).
Computed tomography X-rays of the head Children’s brain injuries, shown in CT
(CT) generate images that may scans, predict impairments in their
locate brain damage. intelligence and memory processing
(Königs et al., 2017).
Positron emission Tracks where in the brain Monkeys with an anxious temperament
tomography (PET) a temporarily radioactive have brains that use more glucose in
form of glucose goes regions related to fear, memory, and
while the person given it expectations of reward and punishment
(Fox et al., 2015).
performs a task.
People with a history of violence tend
People sit or lie down
Magnetic resonance
imaging (MRI) in a chamber that uses to have smaller frontal lobes, especially
magnetic fields and radio in regions that aid moral judgment and
self-control (Glenn & Raine, 2014).
waves to provide a map
of brain structure.
Functional magnetic Measures blood flow Years after surviving a near plane
resonance imaging (fMRI) to brain regions by crash, passengers who viewed material
comparing continuous related to their trauma showed greater
MRI scans.
activation in the brain’s fear, memory,
and visual centers than when they
watched footage related to the 9/11
terrorist attacks (Palombo et al., 2015).
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