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An #osteoidosteoma is a benign (#noncancerous) #bonetumor that usually develops in the long bones of the body such as the #femur (#thighbone) and #tibia (#shinbone). Get the best consultation with an Interventional Radiologist at #Flowcare #Clinic in #Jaipur.
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THE BLASTER OF THE FUTURE: 3D-Printed Osteoid Cast Could Speed Up Bone Healing by Nearly 40%
Medical casts that we use are made ideally for structural integrity. These casts are made of plaster and they sacrifice ventilation leading to itching, bad smell and unnecessary bulk. To offer a new, lightweight and durable alternative for such orthopedic casts, Deniz Karasahin has designed a customizable 3D printed medical cast dubbed the Osteoid.
3D Printed Cast for Faster Healing
Reality-Shifting Comments: By Rebecca Smith
Recently, a Turkish student by the name of Deniz Karasahin invented a revolutionary device: the Osteoid. The device is basically an evolution of the traditional plaster cast that is used for healing broken bones. However, the Osteoid is a more complex device in the sense that it uses ultrasonic technology to create gentle vibrations which help bones and other wounds heal 40-80% faster than the traditional cast. Currently, the device is only a prototype; however, it is possible that this device will one day replace the traditional plaster cast in medical practices all over the world.
A 3D Printed Cast That Can Heal Your Bones 40-80% Faster. For single 20 minute daily sessions this system promises to reduce the healing process up to 38% and increase the heal rate up to 80% in non-union fractures.
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This 3D-Printed Cast Uses Ultrasound to Heal Your Bones 40% Faster
3D-printed casts (an idea that’s been around for a couple years now) could alleviate the odor and itch issues caused by plaster casts, but even though they’re not widely available yet,Turkish student Deniz Karasahin has already taken the idea a step further. winner of the 2014 Golden A’Design Award, Karasahin’s Osteoid cast prototype uses tiny ultrasonic vibrations to speed up bone healing time by up to 40 percent.
The bone healing capabilities of low-intensity pulsed ultrasound (LIPUS) have been known for decades, but the treatment is difficult to administer because it requires ultrasound leads to be placed on the skin, directly over the injured area of the bone. With traditional plaster casts this is basically impossible, but a 3D-printed cast that leaves patches of skin open would make it easy. Osteoid’s simple, skeletal design allows ultrasonic drivers to be built directly into the cast.
It’s still just a design prototype at this point, but given the rapid pace at which 3D scanning and printing technologies are progressing, we wouldn’t be surprised to start seeing these kinds of casts adorning the arms of reckless people all over the globe within the next year or two.
Digital Trends
The Osteoid Medical cast recently won the A’Design Award in the 3-D Printed Forms and Products Design category. Fast Company asked Mount Sinai Hospital hand surgeon Dr. Michael Hausman whether the Osteoid is a viable treatment.
Dr. Hausman's verdict? Maybe. Customising the 3D cast is currently more expensive than a plaster cast because it requires a 3D body scan of the patient's wounded area. But Hausman seeks potential in the Osteoid - it can be hooked up to low-intensity pulsing ultrasound (LIPUS). According to recent studies, exposure of fractures to LIPUS may be able to speed up healing, particularly in non-union fractures. If production costs decrease, the Osteoid could have great potential in the field of orthopedics.
Osteoid is a 3D-printed medical cast prototype by designer Deniz Karasahin that uses ventilation holes to provide access for use of a low-intensity pulsed ultrasound system in order help heal fractured bones up to 38% faster. The design won Karasahin a Golden A’ Design Award in the 3D Printed Forms and Products category.
I cannot recall ever hearing of ultrasound used to aid in bone healing (and would be neat if true), but the 3D printed cast alone is quite awesome!
