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10 Laws of
Running Injuries
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Injuries
are not an Act of God.
There are certain injuries that are intrinsic to an individual. Three main
factors can be identified. The only constant factor is genetic: our
lower limb structure. The two variable factors are the environment in
which you train, and training methods.
-
Each
running injury progresses through four grades.
Running-related injuries generally become progressively more debilitating,
passing through four stages or grades:
-
Grade I
injuries
are those which cause pain only after running
-
Grade II
injuries
cause pain during running but does not affect performance
-
Grade
III injuries
cause pain and limits running performance
-
Grade IV
injuries
are so severe that running is impossible
This allows
a rational approach to treatment. Except in the case of stress fractures, or the
iliotibial band friction syndrome, which can deteriorate very rapidly, you are
not going to move from Grade I to Grade IV all of a sudden. A Grade I injury
requires less attention than a Grade IV injury, although it is important not to
let it progress.
-
Each
injury indicates a breakdown.
This simply restates the fact that there is a reason for running
injuries, which must be analyzed before effective treatment can begin. The
breakdown point is usually because of some change in training routine. You may
be training harder or running further. You may be running on different
terrain, or in different or worn-out running shoes. Injury resistance comes
with an understanding of your own genetic
limitations.
-
Most
injuries are curable.
Exceptions to this are injuries that occur in runners with severe
biomechanical abnormalities which cannot be compensated for by
conventional methods. Injuries which result in degeneration of internal
structures such as the Achilles tendon, and those which happen to people
who start running on already damaged or abnormal joints are also
exceptions.
-
Sophisticated methods are seldom necessary.
Most running injuries affect soft tissues - tendons, ligaments and muscles.
These do not show up on X-ray. Rely on someone who takes a good history, and
examines you thoroughly with their hands!
-
Treat the
cause, not the effect.
Surgery, physiotherapy, cortisone injections, drug therapy, chiropractic
manipulations and homeopathic remedies will probably
fail if they do not address the genetic, environmental and training factors
which have caused your injury in the first place.
-
Complete
rest is seldom the best treatment.
Rest will cure only acute symptoms, and is anyway, generally an unacceptable
remedy to most runners who are obsessed with their sport! The only injuries
that require complete rest are those that make running impossible, such as
stress fractures and grade 3 or 4 ITB problems. Tim Noakes'
approach is to advise injured runners to continue running, but only to a point
at which they experience discomfort. Pain is not recommended!
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Never
accept as final the advice of a non-runner (MD or other).
Make sure that your adviser is a runner. He or she should be able to discuss
in detail the genetic, environmental and training factors that have caused
your injury.
-
Avoid
surgery!
Surgery is the first line of treatment only in muscle compartment syndromes
and interdigital neuromas. There may also be a role for surgery in chronic
Achilles tendinitis which has lasted for more than six months, back pain due
to a prolapsed disc, and the iliotibial friction band syndrome, but, only
after a more conservative approach has been thoroughly tried, and failed.
-
Recreational running does not appear to cause osteoarthritis.
Indeed there is evidence that with age, runners show fewer musculoskeletal
problems, and develop them at a slower rate, than do non-runners! Generally
sportspeople who develop osteoarthritis have usually had previous joint
surgery. This is often as a result of injuries sustained during contact
sports, such as rugby. However, there may be evidence that long-term,
long-distance and high-intensity competitive running, may predispose to
premature osteoarthritis of the hip. This finding comes from a single study,
so clearly more research is needed.
adapted from
Lore of Running by Tim Noakes, MD
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