Using
TekScan to Find and Eliminate Occlusal Problems
Occlusion refers to the way the teeth mesh together. Problems
with proper meshing can lead to pain in the teeth, muscles and
TMJ, fractured teeth and restorations, and the pathological grinding
of the teeth called bruxism.
Proper occlusal function can be incredibly complex, since an
interference the thickness of a human hair can lead to the
above problems.
In our office, we have an instrument called
the Tek Scan, a computerized bite analysis instrument, which
allows us to be extremely concise
in adjusting bite relations. Unlike the typical carbon-type
bite checking paper which only shows where a contact is, the
Tek Scan identifies the contact through the computer on a real-time
basis, showing the bite force intensity of each contact throughout
the mouth in 0.1 second intervals. This allows us to adjust
the occlusion and provide a level of restorative service, functionally
balancing tooth, periodontal support, and muscular activity,
with a degree of precision never before attainable.
Do you have
pain in your temples or jaw joint? (take
the full quiz) Are
your teeth sore or sensitive? Dr. Markus
has many methods for
treating
these problems. Often, after initial
examination, Dr. Markus will recommend an occlusal appliance,
or night guard. This is a hard acrylic appliance fabricated
to the specifications of each patient's needs.
Once the appliance is comfortable and leads to muscle relaxation,
the next step is to perform an occlusal analysis. Using state
of the art technology, Dr. Markus evaluates how the teeth function
while chewing using an instrument called the Tekscan.
Usually malocclusion can be corrected very simply with a technique
called bite adjustment. This is a pain-free, anesthesia-free
procedure. Other options for treating malocclusion may include
crowns, or even going back into braces for a while.
What does the T-Scan II Occlusal Analysis system do?
The T-Scan II system measures relative occlusal force and timing.
This provides dentists with the ability to finish their patients'
treatment to higher level of excellence What does the T-Scan II provide that articulating paper does not?
The T-Scan offers many benefits that are impossible
to obtain from articulating paper alone. Articulating paper does
not show
the sequential order of individual occlusal surfaces coming into
contact with the relative force of one contact to another. The
only proven way to obtain timing and force of occlusal contacts
is with the T-Scan. As evidenced in research, articulating
paper only provides tooth locations; it cannot display time or
force.
Is it safe?
Yes. The T-Scan II system conforms to the United States UL 544
standards as well as the European EN-60601-1, EN55011, IEC601-1-2,
IEC801-2, IEC801-3, IEC801-4, IEC801-5 standards. It qualifies
as type BF equipment and has been tested and approved by both
the CE and ETL (ETL Testing Laboratories).
Excellent Documentation and Patient Communication
After recording a T-Scan occlusal movie you can store
the data in the computer and retrieve it as needed. T-Scan's vivid,
full-color graphics can be transferred into other documents for
patient
records or insurance reports. These same images can be used to
raise our patient education standard to the next level. We find
that our patients are fascinated and impressed when they can
see for themselves the improvements you've made to their "bite'
in color video!
The graphic representations produced by the T-Scan are not only
easy to understand by the treating clinician, but also create
a beneficial tool for our patients, to help them visualize
and understand the nature and degree of their occlusal disharmony.
It's a wonderful clinical and teaching aid.

Pre Treatment Example of a non-simultaneous occlusal
contact sequence during mandibular closure
into maximum intercuspation

Post Treatment Example of a non-simultaneous occlusal
contact sequence during mandibular closure
into maximum intercuspation
Measure Force and Time
Because the T-Scan can measure force over time, it is an indispensable
tool for appraising the sequential relationships of a mandibular
excursion. Dentists can view, on screen, a patient sliding
from their normal fully clenched bite position into a lateral
excursion.
This is instrumental in locating occlusal interferences,
determining the relative force on each interference, and
evaluating the
potential for trauma caused by the occlusal interferences.
Imagine how useful this is on a long span fixed prosthesis built
upon implants, or any dental case where occlusion plays a role.
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