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Advertising supplement provided MFMA
Safety
Northern hard maples hard-but-resilient
character, natural shock absorption and area elasticity are
enhanced by specially engineered subfloor systems. Subfloor
systems can be customized to emphasize maples natural
elasticity and shock absorption (ideal for aerobics rooms
or dance floors), stiffness (ideal for basketball or volleyball)
or both. This versatility makes maple floors ideal for multiple
uses including athletic performance, dances, roller skating,
etc. Whatever the intended purpose or subfloor, northern hard
maple provides dependably uniform grip and traction to athletic
footwear that can maximize performance and safety while minimizing
injuries.
According to candidates for the certification
of the American Board of Orthopaedic Surgeons, the majority
of anterior cruciate ligament (ACL) injuries are non-contact
in nature and high school aged students are far more likely
to undergo ACL reconstruction than college aged students.
These injuries can be attributed to planting and cutting,
straight-knee landing, and one-step stop landing with the
knee hyperextended 3. Pivoting and sudden deceleration are
also common mechanisms of non-contact ACL injury2 4. Considering
that basketball ranks second among the top eight recreational
activities with the largest number of musculoskeletal injuries
among children ages five to 14 years with the most common
injury sites being the ankle, hand and knee1 and that common
causes of these injuries (running, jumping, quick stops, etc.)
routinely occur on all gymnasium and non-gymnasium floors
in athletic and non-athletic settings, it is vital that the
flooring possesses the greatest number of safety characteristics
while offering maximum versatility. Northern hard maple offers
a proven track record performance and safety when used in
competitive and multipurpose settings.
The Birmingham, Mich.-based Ducker Research
Co. Inc., conducted a survey in 1998 (funded by the MFMA)
of sports flooring owners who had maple and synthetic floors
or who had replaced synthetic flooring with maple. This survey
compared incidence of injuries that occurred on each sporting
surface. The resulting data indicated that athletes were 70
percent more likely to sustain a floor-related injury on a
synthetic floor than on a maple floor.
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