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So how exactly do our muscles, bones and joints allow
us to do all of these things? And why does our body
sometimes let us down? What makes some joints more likely
to get dislocated than others? What does it mean when
you tear a cartilage in your knee?
By using the animated simulations and medical images
you can take a look beneath the skin and see our own
joints and muscles in action.
This area is based on Casing
the Joint, a lecture given by Dr
Susie Whiten at the Ri.
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There are many different types
of joint in the human body, and some are more
flexible than others. The joints in our arms,
legs, shoulders and hips allow us to move freely,
and can produce some pretty amazing achievements.
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If we didnt have any joints
we wouldnt be able to move around very well at
all. Have a go at keeping your arms and legs straight
whilst trying to walk
its not easy to do.
But what is it that restricts the
movement of these joints? What stops us from bending
our joints to, fro and all over the place? Perhaps a
good place to find the answer is by looking at some
extremely flexible people
People who perform acrobatics, gymnastics
or Yoga often perform acts that might seem extreme to
others. A man called Houdini was famous for his great
escapes and these involved a great deal of flexibility
and dexterity.
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Am I double jointed? ÔDouble
jointedÕ doesnÕt mean quite what it says. Rather
than having double joints, it means having unusually
flexible joints
that can bend in unusual ways or to an abnormally
great extent.
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The joint capsule holds the joint
together, along with an array of ligaments
and muscles
that actually restrict our movement. So, if you train
for a long time you can stretch your muscles further
so that you can become more flexible. All in all, the
human structure has developed so that is has become
a highly efficient moving machine, but within certain
limits.
For more information about flexible
people, visit:
http://www.contortionhomepage.com
http://www.yogasite.com
http://www.uelectric.com/houdini/contents.html
http://www.sportsite.com.ar/ica.html
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