TABLE OF CONTENTS 2 3 4 6
My Strange Addiction: Exercise By: Ellis Martin-Wylie
7
MOVIE REVIEW: Concussion By: Sandy Ma
Sports Psychology
8
By: Toni Dayno
A Brighter Future for Spinal Cord Injuries By: Aquila Akingbade
Post-Operative Cognitive Dysfunction: The Dark Side of Anesthesia By: Tracy A. Dyer
10 11
A Maddening Crowd: Causes and Effects of Mob Mentality By: Terese Pierre
Some food for thought... Artwork By: Jenny Chin
Interview with Brain Day With Karen Misquitta
Interneuron . Volume 3, Issue 3 . April 2016
Letter from the
Editors
Contributors Authors
Dear Readers,
Ellis Martin-Wyllie
For many of us, the long extended winter we experienced caused us to go into hibernation. The cold and dark days made it harder to get up in the morning and get some exercise. Now that spring has finally arrived, it’s time to get back out there and enjoy the weather! Soccer. Football. Tennis. These are just some of the sports that tempt us to drop our studies, only for a moment, in order to breathe in the fresh air the outside world offers us. Although it may be hard to believe, leaving our books behind to exercise is actually beneficial for learning and memory. For those of you who don’t believe it, why not read through our magazine to learn how closely the health of our brain also depends on our physical exercise. The Interneuron team is proud to present you with Issue 3.3: Sports & The Brain! Sports are not only able to improve our physical well-being, but they are also able to improve our mental well-being. But what happens when we get a concussion when playing sports? How does this affect how we think and how we behave? Are there rules and regulations that are there to protect us? What about spinal cord injuries? Are there any treatments that can help patients regain mobility? In this issue we look at how individuals with sport-related injuries may be prevented and how some people may be given a second chance at life. We would like to thank all of our wonderful contributors and dedicated editorial team for making this magazine possible. We are always looking for individuals who are passionate about neuroscience and who are willing to share their ideas about how neuroscience affects everyone. Interneuron prides itself in being an accessible publication for students of all knowledge levels in neuroscience to share their ideas and opinions. If you have an idea for an article or theme for future issues, give us a shout at interneuron.utoronto@gmail.com or leave a post on Facebook page. For those of you who think you would like to contribute to our magazine through a larger role, we will be posting information about next year’s executive team recruitment shortly. Thank you to all our contributors and readers for an amazing year and have a great summer!
Aquila Akingbade
Susmita & Priscilla Editors-in-Chief
Toni Dayno Tracy A. Dyer Terese Pierre Sandy Ma Front Page Artwork Andrea Macanović Artwork Jenny Chin Layout Aileen Zhou Exectuive Team Priscilla Chan Susmita Sarkar Toni Dayno Wazaira Khan Ann Sheng Wan Xian Koh Alicja Dobrzanski Suroor Aziz Photography by: Sandy Ma
My Strange Addiction: Exercising By: Ellis Martin-Wylie The
Canadian
Physical
Activity
Guidelines
nervosa and/or bulimia nervosa. In this case,exercise is
recommend that adults engage in 150 minutes of
used as a tool to control weight in addition to
moderate to vigorous aerobic physical activity per week,
manipulating caloric intake.
yet, a supporting recommendation in the same
The exact cause of exercise addiction has been a
document claims that, “more physical activity provides
topic of debate among researchers. Although the
greater health benefits”1. Although this claim holds true
endorphin hypothesis is popular belief, the sympathetic
for the majority, it could be misleading; exercise
arousal hypothesis may be a more likely explanation.
researchers are well aware that the relationship
The brain naturally releases beta-endorphins when the
between exercise levels and physical and mental health
body engages in exercise, also known as the “runner’s
is not exclusively linear . Working out, an otherwise
high”. But, the blood brain barrier causes a biological
healthy habit, becomes dangerous when it is excessive,
roadblock for the transit of peripheral beta-endorphins to
obsessive, and it interferes with daily functioning.
the brain4, refuting the endorphin hypothesis. The
Researchers speculate that exercise addiction exists in
sympathetic arousal hypothesis claims that excessive
0.3 to 0.5% of the general adult population . The first
exercise results in decreased arousal at rest5. This
step to overcoming exercise addiction is reaching out for
lethargic resting state prompts the need to increase
help, followed by self-control strategies, which include
arousal by engaging in consistently higher levels of
reducing exercise levels and/or adopting a new form of
exercise to offset the suppressive effects on the
exercise.
sympathetic system.
2
3
Exercise dependence is
Exercise addiction is regularly characterized and
difficult to diagnose and often goes unreported because
diagnosed by factors that areconsistent with the criteria
most addicts are unaware that their behaviour is
for substance dependence outlined in the Diagnostic
harmful. Professionals can help with treatment by
and Statistical Manual . Addicts may experience
working with the addict to reduce their physical activity
tolerance, a need to consistently increase exercise
levels and/or switch to a new type of exercise.
2
levels to achieve the same effects; withdrawal, anxiety and fatigue when the addict is not able to exercise; loss
References
of control, the inability to control or cut down exercise
1. Canadian Society for Exercise Physiology, “Canadian Physical
levels; conflict, exercise interferes with professional and personal
activities;
and
continuance,
excessive
exercise continues despite the known negative
Activity Guidelines For Adults,” (2011). Retrieved from http:// w w w . c s e p . c a / C M F I l e s / G u i d e l i n e s / CSEP_PAGuidelines_adults_en.pdf 2. Heather Hausenblas & Danielle Symons Downs, “Exercise dependence: a systematic review,”Psychology of Sport and Exercise
consequences.
3, (2002):90.
Exercise addiction can be classified into primary
3. Kata Mónok, Krisztina Berczik, Róbert Urbán, Attila Szabo, Mark D.
and secondary exercise addiction. Although the general
Griffiths, Judit Farkas, Anna Magi, Andrea Eisinger, Tamás Kurimay,
signs of addiction are similar, the two subcategories are
Gyöngyi Kökönyei, Bernadette Kun, Borbála Paksi, &
distinguished by one criterion, comorbidity with an
Zsolt
Demetrovics, “Psychometric properties and concurrent validity of two exercise addiction measures: A population wide study.”Psychology of
eating disorder. Primary exercise addiction involves the
Sport and Exercise 13, (2012): 744.
act of exercise as an end in itself. The addict engages in
4. Yasuko F. Jacquet, “β-Endorphin, Blood-Brain Barrier, and
the action for the inherent effects of exercise, and so, the
Schizophrenia,”The Lancet 315, no. 8172 (1980): 831. 5. Kevin Thompson & Paul Blanton, “Energy conservation and
behaviour is not better described by another mental
exercise dependence: a sympathetic arousal hypothesis,”Medinice
illness. Secondary exercise dependence occurs in
and Science in Sports and Exercise 19, no. 2 (1987): 95.
2
conjunction with eating disorders, such as anorexia
Interneuron . Volume 3, Issue 3 . April 2016
Sports Psychology By: Toni Dayno As the weather starts to lighten up, we often see
predicted the risk associated with an overuse injury in
more and more people running through the 6ix. Running
track and field athletes. Therefore it was not necessarily
is a sport defined by endurance, tenacity and mental
the workout itself that best predicted the injury per se,
strength. However, some people begin to take the
but the individual’s ability to use the maladaptive
mental game to the extreme and begin to ignore bodily
cognitive strategy of self-blame during recover. Self
sensations that suggest overtraining.
blame can be characterized by the inability to perceive
One of the most common injury among track and
oneself accurately. In athletes, an inaccurate self -
field athletes is overuse injury, where the athlete
perception such as a self-enhancement motive and/or a
maintains injury due to
self-verification
contributing factors such as
prove to be detrimental if found
overreaching,
in a situation where the athlete
repeated
fails
and the length of time used
standards. This lack of ability to
for recovery. One of the
perform
major risk factors of an
distress to the athlete and
acute overuse injury is the
trigger an irrational persistence
cognitive appraisal process
in training, further perpetuating
that
the risk of overuse injury.
begins
with
the
meet
can
exposure to micro trauma
detection of some unusual
to
motive
can
their
cause
own major
In this paper, researchers
body sensation. This can go
interpret
either two ways once the
providing groundwork for a
athlete
psychological intervention for
appraises
the
sensation as unusual. The
the
returning
results
track
and
in
field
athlete either stops and judges whether the sensation
athletes allowing for a psychological flexibility in
aligns with the appraisal or the athlete denies the
response to the maladaptive coping strategy of self
sensation and continues with the workout despite the
blame. So put simply, stay steadfast on your summer fit
sensation. If the latter becomes habitual, then this
goals but do allow for some flexibility in pushing through
serves as a detrimental risk factor for overuse injury
during those hard days, account for them and approach
(McCraken & Morley, 2014). In a study done by Timpka
gain pains smart. Happy Summer Training!
and colleagues (2015), researchers were interested in exploring the idea of certain psychological factors that
References
may play role in predicting risk for overuse injury. If
McCracken LM, Morley S. The psychological flexibility model: a basis
found, this could have certain implications for
for integration and progress in psychological approaches to chronic pain management. J Pain 2014;15:221–34.
incorporating psychological interventions to returning
Toomas
athletes post-injury.
Kowalski,Victor Bargoria, Joakim Ekberg, Sverker Nilsson, Per
In a 52 week survey, researchers found that the maladaptive cognitive strategy of self -blame best
Timpka,
Jenny
Jacobsson,
Örjan
Dahlström,
Jan
Renström. The psychological factor ‘self-blame’ predicts overuse injury among top-level Swedish track and field athletes: a 12-month cohort study. J of Sports Med 2015 ;49:1472–147
3
A Brighter Future for Spinal Cord Injuries By: Aquila Akingbade As a current rugby player and former football player, brain and spinal cord injuries are some of my top worries. I have seen several players knocked unconscious by a bad tackle, and some of my past teammates have been ruled out of contact sports by their doctors. According to sciontario, 11 Ontarians sustain a new spinal cord injury (SCI) per week, 33 000 people are currently living with SCIs, and approximately $2.67 billion are incurred Canada-wide for treating SCIs.1 To better understand the pathophysiology and various outcomes of SCIs, a brief neuroanatomy lesson is due. The spinal cord consists of a bundle of neurons, axons, and glia that extend from the base of the brain, and blood vessels that provide critical nutrients necessary for their survival. The SC is an information highway which shuttles sensory information from cutaneous vessels, organs, muscles, to the brain, and back. Thousands of axons exit the vertebrae (rings of bone constituting the protective spinal column) and connect the SC to muscles and the rest of the body. Where these nerves exit the column determines their functions, listed in descending order below: i.cervical spinal nerves (c1-8): innervate the neck, arms, hands, diaphragm, ii.thoracic spinal nerves (1-12): innervate upper-back and chest muscles, iii.lumbar spinal nerves (1-5): innervate the lower-back, abdomen, buttocks, iv.sacral spinal nerves (1-5): innervate the
4
thighs, lower legs, feet, external genital organs and anus.
Interneuron . Volume 3, Issue 3 . April 2016
Injuries usually occur when a force shatters or puts
with the healing cord.3
pressure on the vertebrae, crushing the axons of the
Another pharmacological agent is HP184, a
spinal cord. The extent of the injury, and to a large
sodium and potassium channel blocker which blocks
degree, the outcome, are determined by how many
conduction-inhibiting
axons are damaged; fewer damaged cells correlate with
exposed after demyelination. Several phase II trials
less functional loss. Aside from the primary mechanical
have been conducted on humans regarding its efficacy
damage which cuts axons and damages cell
and complications, and patients showed improved
membranes, thus leading to neuronal death, secondary
motor function and muscle strength.4
injury ensues as a result of decreased blood flow
Macrophages have been implicated in exacerbating
(impaired delivery of oxygen and nutrients), release of
SCIs by releasing toxins, proteases, and cytokines.
toxic amounts of the excitatory neurotransmitter
Methylprednisolone is a synthetic glucocorticoid that
glutamate (which binds to AMPA receptors on neurons
functions by crossing the cell membrane and binding to
and oligodendrocytes), and inflammation due to
certain cytoplasmic receptors, effectively modifying
immune cells crossing the blood-brain barrier.2
transcription and protein synthesis, and inhibiting
After injury, MRIs, CT scans, and plane x-rays can
macrophage
ion
infiltration
channels
of
the
that
become
injury
site.
be used to diagnose the extent of injury. Physicians then
Neuroprotective benefits include, but are not limited to,
use the American Spinal Injury Association Impairment
increased oligodendrocyte survival and improved
Scale to classify injuries on a scale of A to E, with A being
neurological function.5
complete loss of motor and sensory function below
In summary, there are a plethora of interventions,
injury site, and E being normal sensory and motor
including
functions. SCIs occurring lower in the spine typically
replacement therapies, that intervene at different stages
result in less impairments compared to higher injuries.
of SCI. Compared to the early 20thcentury when SCIs
With regards to research, exciting discoveries are
resulted in certain death, neuroscience has come a long
being made in several labs studying neuroprotection,
way to expand life expectancies and improve the quality
regeneration, cell replacement, and retraining neural
of life of people with SCI. In addition to the
circuits and improving neuroplasticity. One such project
pharmacological
investigated the mechanism of action of the drug ISP.
patients can undergo surgical interventions to reposition
After injury, glial scar tissue forms, barring the surviving
the spine and fix the bones. So, while the risk of injuries
axons from synapsing with other neurons. They express
remains with contact sports, athletes can be more at
chondroitin sulphate proteoglycans (CSPGs), which are
ease knowing that there are several treatment options
glycoproteins that inhibit axonal outgrowth by binding to
out there, with many more discovered each year.
Protein tyrosine phosphatase Ďƒ (PTPĎƒ) on axons. ISP is
References
a peptide mimetic of CSPG. It functions by reducing CPSG
inhibition,
and
increasing
serotonergic
neuroprotective,
regenerative,
approaches
discussed
or
cell
above,
1.http://www.sciontario.org/what-is-an-sci. 2.http://www.ninds.nih.gov/disorders/sci/detail_sci.htm. 3. Lang, B. T. et al. Modulation of the proteoglycan receptor PTPsigma promotes recovery after spinal cord injury. Nature518, 404-408 (2015).
synapses. Rats with SPI injected with ISP significantly
4. Gensel, J. C., Donnelly, D. J. & Popovich, P. G. Spinal cord injury therapies
regained locomotor and urinary control, as compared to
in humans: an overview of current clinical trials and their potential effects on
control rats. ISP is highly regarded because unlike some
5. Sloka, J. & Stefanelli, M. The mechanism of action of methylprednisolone in
current treatments, it does not require physical contact
intrinsic CNS macrophages. Expert Opin. Ther. Targets 15, 505-518 (2011). the treatment of multiple sclerosis. Multiple Sclerosis11, 425-432 (2005).
5
Post-Operative Cognitive Dysfunction: The Dark Side of Anesthesia By: Tracy A. Dyer If you’ve ever gone under anesthesia and woken
and thus reduces the probability that the neuron will fire.
up to find that things just weren’t quite right, chances are,
Why is this significant? Interestingly enough, in-
you were probably onto something. In fact, this concep-
creased GABAARs activity is associated with a depres-
tion comes to mind when pondering the whopping one
sion in brain function during anesthesia2. It was previ-
third of patients who undergo anesthesia only to later
ously assumed that once the anesthetic drug is eliminat-
experience some form of cognitive impairment that can
ed, the activity of the GABAARs would rapidly return to
include confusion and poor brain function in the days
baseline and thus no longer impair memory2. However,
following their operation1. This phenomenon has been
using the murine model, Zurek et. al found that a single
dubbed as Post-Operative Cognitive Dysfunction
treatment of etomidate increased cell surface expres-
(POCD) and, although it may be a temporary experience
sion of α5 subunit–containing GABAARs (α5G-
for some, past and recent research suggest that POCD
ABAARs) for at least 1 week2. They also found that these
sufferers have a much higher risk of developing demen-
α5GABAARs could increase the level of inhibitory sig-
tia1.
naling to the neurons via an increase in tonic inhibitory How might this work? Prior research indicates that
current2. This sustained increase in α5GABAAR activity
certain anesthetic drugs may increase the levels of pro-
compromised memory performance by compromising
inflammatory cytokine levels in brain tissue, ultimately
synaptic plasticity in the hippocampus (the area of the
leading to cognitive impairment3—a mechanism
brain primarily associated with memory)2.
thought to also underlie Alzheimer’s disease1. Another
These key findings suggest an intriguing mecha-
theory suggests that lack of oxygen to the brain, also
nism to account for the widespread occurrences of
caused by certain anesthetic drugs, may have demen-
memory deficits after general anesthesia.Overall, they
tia-associated effects1.
explain a long-term effect on memory loss receptors by
However, a more recent study at the University of
providing evidence for a mechanism which was formerly
Toronto offers novel insights into the processes associ-
unrecognized. Indeed, this will be a key area of research
ated with memory-loss receptors in the brain, which are
for future studies on the long-term, often underplayed,
activated by anesthetic drugs to ensure patients don’t
dark side of anesthesia.
remember traumatic events during surgery . In this
References
1
study, led by Dr. Agnes Zurek, male mice were given a low dose of the anesthetic etomidate for 20 minutes . 2
1. Hope, J. Does going under the knife spark long-term memory loss? General anaesthetic can trigger condition linked to dementia. Daily Mail
Online
(2014).
at
<http://www.dailymail.co.uk/health/
article-2820652/does-going-knife-spark-long-term-memory-loss-
The results showed that mice showed higher γ-
general-anaesthetic-trigger-condition-linked-dementia.html>
aminobutyric acid type A receptors (GABAARs), activity
2. Zurek, A. A. et al. Sustained increase in α5GABAA receptor function
a week later—all despite the overall performance being
124, 5437–5441 (2014).
6
been restored in the animals2. GABA, an inhibitory neurotransmitter, reduces the activity of its target neuron
impairs memory after anesthesia. Journal of Clinical Investigation 3.Shen, X. et al. Selective Anesthesia-induced Neuroinflammation in Developing Mouse Brain and Cognitive Impairment. Anesthesiology 118, 502-515 (2013)
Interneuron . Volume 3, Issue 3 . April 2016
MOVIE REVIEW: By: Sandy Ma A neuropathologist, Dr. Bennet Omalu (played by
big corporations, such as the NFL. Through raising the
Will Smith), makes a discovery of a new disease in Mike
topics, it was able to raise awareness to the issues, but
Webster’s (a retired center-field football player for the
due to the high quantity of topics shown it was unable to
Pittsburg Steelers) brain after he was found dead in his
address each issue adequately, leaving the viewers
truck. The NFL oppose his findings of the new disease,
confused, and hopeless.
CTE (chronic traumatic encepathology), after his
Intermixed with somber shots and a romantic love
attempts to publish it, as it would greatly diminish their
story, the rule of thirds was obeyed, the close ups were
business.
well done, and omission of gory details was fantastic.
͞All we have to do is finish the game: we finish; we
The dramatic music was played intensively during
win!͟ were the famous words of Mike Webster and the
emotional scenes, but so much so that it left the viewer
ones he gave to Justin Strzelczyk, an old teammate,
lacking a good verbal explanation of the scene -
after Justin told Mike his problems with his mind.
resulting the music to only cause an emotional mess in
Strzelczyk, like Webster, later died of CTE, along with 4
the viewer, rather than to enhance the story.
other NFL players.
The movie ends abruptly and ambiguously. This
CTE, a progressive degenerative brain disease,
could be due to the fact that the problem is ongoing, not
can be found in patients with continuous concussions or
well addressed, and still little research being done.
intensive hits to the head, this causes degeneration of
However, there is recent news of the NFL admitting to
brain cells and often leads to high levels of tau protein.
the link between football and CTE, contrasting this
The disease is associated with memory loss,
movie, where the major plot was the fight between the
aggression,
NFL and Dr. Omalu.
depression,
confusion,
and
usually
resulting in dementia due to continuous degeneration. Based on a true story, the movie introduced many
Source for CTE: http://www.bu.edu/cte/about/what-is-cte/
topics such as racism, injuries with contact sport,
Source for news article: http://news.nationalpost.com/sports/nfl/nfl-
Catholicism, miscarriages, and lack of transparency in
quickly-backpedals-after-admitting-to-link-between-football-and-cte
7
The Maddening Crowd Causes and Effects of Mob Mentality By: Terese Pierre
Artwork by: Jenny Chin
Remember the 2011 Vancouver Stanley Cup
self-evaluation and decreased evaluation apprehen-
Riot? A four-hour-long mass of lootings, burnings and
sion causing antinormative and disinhibited behavior,â&#x20AC;?
injuries caused by a lost hockey game, costing the
such as acts of violence.
2
city approximately 5 million dollars in property dam-
There are many factors that contribute to deindi-
age.1 How does this happen? How can otherwise decent
viduation and mob mentality. The main one is
people be swept up in a wave of undulating and
anonymity. When people are in a large group, they
volatile madness? According to psychologists and
gain anonymity. In sports riots, this kind of anonymity
cognitive scientists,
called
can be achieved through face paint, matching uni-
deindividuation, which produces a mob mentality.
forms, or simply darkness3. Since itâ&#x20AC;&#x2122; s unlikely for an
Deindividuation is a â&#x20AC;&#x153; psychological state of decreased
individual to be singled out in a crowd, there is
8
this
phenomenon
is
Interneuron . Volume 3, Issue 3 . April 2016
decreased likelihood they would be caught doing some-
ments fueled with adrenaline and alcohol, such as
thing wrong4. After all, if people can’t single you out for
sports stadiums9.
your actions, they can’t judge you or punish you—
Not all fans, however, become violent. How can violent mob mentality in sports be prevented? While
there’s no concern for social evaluation in a mob5. In
law enforcement can help, since team identification
addition, individuals in a crowd may feel a “ dimin-
is so crucial to a person, the mob itself is more apt
ished sense of personal responsibility for collective
to prevent such incidents via peer pressure. Though
actions.” 6
peer pressure is often portrayed in a negative light,
A common hypothesis is that when people are
the mob, or society as a whole, can use it to enforce normative behaviors and reduce deviants: individuals
in large groups, they become detached from their own
do not like being singled out for immoral actions that
morals and beliefs, and are likely to do things they
their group, or team, rejects10.
would normally consider wrong7. How can that happen?
So next time you’ re at a sports game and
A 2014 experiment performed by Mina Cikara and her
someone gets cheers from throwing a beer bottle or
colleagues at Carnegie Mellon University investigated the underlying effects of deindividuation on the brain.
a nasty slur, practice self-reflection before you start seeking that kind of approval from your team. And if things get out of hand, leave.
They used functional magnetic resonance imaging to measure how a person's sense of self (or self-reference) changed. The medial prefrontal cortex activates when people think about themselves, and becomes
References 1. Bailey, Ian (June 20, 2011). “Bill for damages to be much higher than for the 1994 Vancouver riot” . Toronto: Globe and Mail. Retrieved June 21, 2011. 2. Postmes, T., & Spears, R. (1998). Deindividuation and
dormant when people act in groups. During the
Antinormative Behavior: A Meta-Analysis. Psychological Bulletin, 123
experiment, participants were asked moral questions
(3), 238-259.
while competing individually and in groups. The
Contagion, and Deindividuation in Crowd and Collective Behavior,
investigators discovered that people who competed in groups had the least active medial prefrontal cortices, answered the questions least ‘ morally’
and
were more willing to harm their competition. In addition, these people couldn’t remember the questions asked during the study; the questions were about their own morality, something
3. David M. Neal (1993) A Further Examination of Anonymity, Sociological Focus, 26:2, 93-107 4. Trafton, A. (2014, June 12). When good people do bad things. Retrieved from http://news.mit.edu/2014/when-good-people-do-badthings-0612
http://news.mit.edu/2014/when-good-people-do-bad-
things-0612 5. David M. Neal (1993) A Further Examination of Anonymity, Contagion, and Deindividuation in Crowd and Collective Behavior, Sociological Focus, 26:2, 93-107 6. David M. Neal (1993) A Further Examination of Anonymity, Contagion, and Deindividuation in Crowd and Collective Behavior, Sociological Focus, 26:2, 93-107
that they weren’t focused on when they were busy
7. Trafton, A. (2014, June 12). When good people do bad things.
crushing the other team.8
Retrieved from http://news.mit.edu/2014/when-good-people-do-bad-
From a psychological perspective, fan identifica-
things-0612 8. Cikara, M., Jenkins, A. C., Dufour, N., & Saxe, R. (2014). Reduced
tion serves a functionally important purpose. Identifi-
self-referential neural response during intergroup competition
cation with a team gives a person social support,
predicts competitor harm. Neuroimage, 96, 36-43.
which protects against loneliness and depression. These group identities can be exacerbated in environ-
9. Handwerk, B. (2005, June 20). Sports Riots: The Psychology of Fan Mayhem.
Retrieved
from
http://news.nationalgeographic.com/
news/2005/06/0620_050620_sportsriots.html 10 Ibid
9
Some food for thought... Artwork by: Jenny Chin
“Flow” is a term used to describe the mental state in which a person is fully immersed in an activity. In the field of sports, flow is of great significance in terms of focusing all attention on body movements and muscle power. How do athletes achieve this? What are the different aspects required to attain a flow state? Read more at: https://www.psychology.org.au/ Content.aspx?ID=4988
How smart can artificial intelligence (AI) get? After chess and Jeopardy, AI’s have conquered another game: the ancient Asian game of Go. What can computers teach us about neuroscience and how our brains work? Read more at: http://www.nature.com/news/google-aialgorithm-masters-ancient-game-ofgo-1.19234
10
Interneuron . Volume 3, Issue 3 . April 2016
An Interview with Brain Day Karen Misquitta, B.Sc., President of Brain
Brain Day is a program where university students
known that; they are so smart! A lot of the volunteers feel
at all levels, from any discipline, teach children across
like they need to have a background in science; it helps,
Toronto about the brain in a fun and interactive way. The
but we don͛t expect them to know everything. The kids
children are especially taught on the importance of
also don͛t expect you to know the answer to every single
keeping the brain safe.
question. As long as you are able to engage the children
The program was started in 2005 by a
with the material, that is what matters. We are happy to
neurosurgeon at Toronto Western, and it has since
help and train anyone who is having a hard time with the
expanded to 6 other Canadian cities, with Toronto being
material. We have mandatory in training sessions even
the largest. Currently it is being run by an organization
if you have a science background.
called Parachute. Initially the program was part of Brain Week, but it has since expanded to happening in the
What do you think that students get out of it?
latter 3 months of the winter semester (March, April, and
They learn facts that they didn͛t know beforehand,
May). The program is undergoing a name change due to
engaging with children, be able to explain complex facts
the expansion, and they will be calling themselves ͚Brain
simply - a skill that is essential in learning. Teaching
Wave͛.
simply is quite difficult, but this is great practice. It is also such a good opportunity to learn so much about the
How did you get involved in with Brain Day?
brain.
I heard of Brain Day in my second year of undergrad from a friend. That was my first year participating and I
What about the growth of the club?
absolutely loved it. I͛ve stuck with it ever since - this will
We keep growing and we are trying to have new
be my fifth year participating and third year as executive.
techniques to reach out to more people. We have a lot of classrooms to be able to go to since we started but we
Who are the volunteers? We have undergrads, graduates, med student,
would like to keep expanding. The best way is word of mouth, teachers tell other teachers, and it keeps going.
really anyone who is a student at U of T. You don͛t need to have a neuroscience background; we will train you! However, you͛d be surprised at how much the kids know. We had a table at the Ontario Science Centre and a boy
What is a trick you use to engage the children? A jello brain presentation: that is the one thing they always go for!
came up to me and said: ͞Did you know that little kids have a frontonelle?͟ At his age, I would have never
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2015-2016
Executive Team
Sandy Ma Photography. https://www.facebook.com/clayhumans/ Top: Priscilla Chan, Susmita Sarkar (Editor in Chiefs); Toni Dayno (Marketing Director) Middle: Wazaira Khan, Ann Sheng, Wan Xian Koh (Submission Editors) Bottom:
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Alicja Dobrzanski (Webmaster); Aileen Zhou (Layout Manager); Suroor Aziz (Finance Director) Photo not shown: Andrea MacanoviÄ&#x2021; (Cover Artist)
Interneuron . Volume 3, Issue 3 . April 2016
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- Send us an email: interneuron.utoronto@gmail.com - Join our Facebook page: www.facebook.com/UTInterneuron - Tweet us: @InterneuronUofT
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