The first 200 lines.
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This is where they came,
traveling for days,
over mountains and across the Mediterranean.
In pain, weak,
sometimes unable to walk.
They came for relief, for quiet,
to sleep, dream and heal.
Could the Ancients, followers of Asclepius,
the Greek god of healing, have known something about the body
that we are just beginning to understand today?
What is healing,
and what roles do our emotions and brains play in the process?
Have we lost our balance?
Can we get it back with "The Science of Healing"?
I'm Dr. Esther Sternberg.
As a neuroimmunologist, I was working extremely long hours,
almost never seeing the sun,
fighting to convince my colleagues
that stress could affect the immune system.
And my mother was dying of breast cancer.
I became a child of science
because my father was one of a small group of scientists
who developed the field of nuclear medicine.
My sister and I used to play in my father's lab,
and there was a spiral staircase connecting my father's lab
to the labs of Hans Selye, who coined the word "stress".
The idea that stress could cause illness
was really ahead of its time.
Can our emotions make us sick?
Stress has become an unrelenting factor in our lives.
The American Psychological Association estimates that
one-third of Americans are living with extreme stress.
Ancient civilizations from China, India and Greece
embrace the premise that emotions and health were one.
Worry could make you sick and belief could make you well.
But centuries later, that link began
to unravel when visible proof
became the foundation of the scientific method.
The connection between emotions
and health could not be seen and was abandoned.
Today, innovative scientists, using the latest technologies,
are reconnecting us to the wisdom of the ages
and the brain's ability to help us heal.
I was under extreme stress.
I had moved into a new house.
In fact, the day I moved, I got the phone call
to fly up to Montreal immediately,
and that ended up being the last three weeks of my mother's life.
I was on the flight
back to Washington, and one of my knees
swelled up on the plane, and I thought that,
"well, maybe I bumped my knee, maybe I tripped."
I couldn't really remember having done anything, but --
but I just dismissed it as having injured myself.
And then, after a few days and a few weeks,
my other knee swelled up.
And then my elbows and my shoulders started to ache.
And here I was, a rheumatologist,
an arthritis specialist,
and I realized that I had inflammatory arthritis.
My mother had just died
and I had come back to Washington,
and I felt at that point that
the last thing that I could deal with was hospital.
And I was writing the beginning of my first book,
and the doorbell rang, and it was my new neighbors,
Dean and Taria Papavassiliou.
When I first met Esther, she actually had moved
next to our house here in downtown D.C.,
and we decided, my wife and I, to go there to welcome her
and bring her some Greek food.
Tzatziki, moussaka, dolmades.
They saw me writing on the computer and they said,
"Oh, are you a writer?"
And I didn't really think of myself as a writer at that time.
So I said, "Well, I don't know, why do you ask?"
And they said, "Well, because we've always wanted a writer
to stay at our cottage in Crete."
So I said, "I'm a writer."
(traditional Cretan music playing)
The island of Crete lies about 60 miles south
of the Greek mainland.
The Papavassilious picked me up
in the main city of Heraklion and we began our two-hour trek.
We drove over two mountain ranges and through the valley
from the north to the south coast of Crete.
The roads were hairpin turns, they were narrow,
some of them were dirt roads,
and we finally got to the second mountain range,
and they said, "There it is."
And I looked over this beautiful, blue
Mediterranean Sea and a mountain jutting out into the sea,
and far, far below was this little village in the bay
up against the mountain, and that was Lentas.
The Papavassilious' cottage was the tiniest little cottage.
Two rooms with a courtyard in between,
with a wonderful orange tree.
The village was not more than about ten streets,
and the stucco houses marching up the hill,
so in order to get to the sea, you had to walk down
a fairly steep path.
I was still wobbly on my feet.
I was afraid to fall because I had fallen
when my knees were particularly bad.
As I started to adjust to the rhythm of the village,
I could feel the sensitivity in my joints
gradually beginning to ease.
And all I'd done was take in the light and colors around me.
As a scientist, I began to wonder,
could looking at a pleasing view actually reduce pain?
This is a living brain.
In fact, it's my brain.
And here at the University of Southern California's
Brain Imaging Center...
You'll see sequences
that will only have faces.
...Dr. Irving Biederman's
ground-breaking work on vision is opening new doors.
My main area of study
is trying to understand a visual experience --
a scene, a face or an object
that we've never experienced before.
Subjects lie in the magnet and look at scenes.
What do I do?
All you have to do is just stand still.
You have four buttons.
You'll be pressing the right-most button
for the scenes you like the best,
the left-most button
for the scenes you like looking at least.
Using powerful electromagnets,
Functional Magnetic Resonance Imaging, or fMRI,
reveals 3-D images of the living brain.
As the subjects view images of nature,
junk cars, faces, and city streets,
the magnets scan the brain for activity.
What we find is that
when people are looking at scenes
that they rate as being pleasurable,
we see a high density
of the opioid receptors -- neurotransmitters
that are popularly referred to as endorphins --
that are associated with pain relief
and in general, pleasurable experience --
listening to music, viewing a great scene.
The more we have of it, the more pleasure that we experience.
Dr. Biederman's team is using
the most advanced imaging technology,
but the first serious study investigating the impact
of visual stimuli on pain
began in 1984 at Paoli Hospital in Pennsylvania.
Environmental psychologist Dr. Roger Ulrich compared
two groups of patients receiving identical care.
The only difference --
one group's hospital rooms looked out on a brick wall
and the other at a natural wooded scene.
The results showed the natural-scene group
needed half the pain medication and were discharged a day early.
This was the first scientific proof
that a visually stimulating view was good for you.
So, Esther, this is your brain on MRI.
That's amazing.
What we can do is take a voyage,
a fantastic voyage, from --
we can go, let's say, in this case here,
from the top of your brain all the way down into your neck.
So, here we go, take it slowly, we can get into people's heads,
and see not only the structure
but, more important, the functioning of the brain.
Can you see my hypothalamus?
The hypothalamus is going to be right around there.
So that's my stress center.
Now we're going down into my neck.
That is so cool.
You can see your teeth.
I think you have a cavity.
We much prefer looking at
an interesting vista than a blank wall.
The blank wall will give us almost no neural activity.
Something that's richly interpreted will give us
a lot of activity.
When Esther had that experience in Crete
where she was surrounded by beauty
and captivated by what vision could afford her
and she noticed a reduction in arthritic symptoms,
how might that come about?
One of the things is pleasurable opioid activity
on perhaps the immune system that may lead to wellness.
So this is what would be lighting up
when I was looking at a beautiful view in Greece?
Yes. In the same way?
In the same way. That's amazing.
And if you looked at some boring scene
or something else, you'd see less activity.
So this could really explain why
I enjoyed looking at that view
and why it made me feel peaceful.
Is that right?
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