Both Bone no malunion.stl

This is a model of a forearm malunion for research created by David Bennett MD. This is a pathology model for use in orthopaedic clinic The CAD designed by David Bennett for teaching. Use cases suggested:  implant design, testing, resident or medical student teaching, biomech testing, digital surgery simulators, AR and VR enviornments, pathology and anatomy labs, radiology courses, training, CME, MOC, practical exams, biology class, and innovation. 

Key words

anatomy, pathology, orthopedics, surgery, David Bennett, medical, orthopaedics, deformity, implants, osteology, radiology, CT scan, resident, radiologist, orthopedic surgery, fracture surgery, orthopaedic surgery, orthopaedic implants, implant design, innovation fracture, retractor, malunion, nonunion, angulation, remodleing, radius, ulna, radius and ulna, diaphyseal, bone, osteologyThis is a model of a forearm malunion for research created by David Bennett MD. This is a pathology model for use in orthopaedic clinic The CAD designed by David Bennett for teaching. Use cases suggested:  implant design, testing, resident or medical student teaching, biomech testing, digital surgery simulators, AR and VR enviornments, pathology and anatomy labs, radiology courses, training, CME, MOC, practical exams, biology class, and innovation. 

Key words

anatomy, pathology, orthopedics, surgery, David Bennett, medical, orthopaedics, deformity, implants, osteology, radiology, CT scan, resident, radiologist, orthopedic surgery, fracture surgery, orthopaedic surgery, orthopaedic implants, implant design, innovation fracture, retractor, malunion, nonunion, angulation, remodleing, radius, ulna, radius and ulna, diaphyseal, bone, osteology

Radius and ulna shaft coronal malunions 

This is a model of a forearm malunion for research created by David Bennett MD. This is a pathology model for use in orthopaedic clinic The CAD designed by David Bennett for teaching. Use cases suggested:  implant design, testing, resident or medical student teaching, biomech testing, digital surgery simulators, AR and VR enviornments, pathology and anatomy labs, radiology courses, training, CME, MOC, practical exams, biology class, and innovation. 

Key words

anatomy, pathology, orthopedics, surgery, David Bennett, medical, orthopaedics, deformity, implants, osteology, radiology, CT scan, resident, radiologist, orthopedic surgery, fracture surgery, orthopaedic surgery, orthopaedic implants, implant design, innovation fracture, retractor, malunion, nonunion, angulation, remodleing, radius, ulna, radius and ulna, diaphyseal, bone, osteology

puzzle pars.stl

Spondylolysis
Spondylolysis is a defect in the pars interarticularis of a vertebra, typically occurring in the lumbar spine. It is often considered a precursor to spondylolisthesis.

Incidence and Risk Factors:
Spondylolysis is commonly found in adolescents and young adults, especially those engaging in sports that involve hyperextension of the spine. Genetic predisposition and repetitive trauma are significant factors.

Clinical Presentation:
Symptoms may include lower back pain and stiffness, often exacerbated by activity and alleviated by rest. Many cases are asymptomatic and are discovered incidentally.

Radiological Diagnosis:
Diagnosis can be made through X-rays, CT scans, or MRI, with the defect often visible in the oblique view.

Treatment and Management:
Conservative treatment includes physical therapy, anti-inflammatory medications, and bracing. In persistent cases, surgery may be considered.

Spondylolisthesis
Spondylolisthesis is the forward displacement of one vertebral body over the one below it. This condition can occur in conjunction with spondylolysis or independently.

Incidence and Risk Factors:
It occurs more frequently in older adults and can be caused by degenerative changes, trauma, tumor, or congenital factors.

Clinical Presentation:
Patients may experience lower back pain, sciatica, numbness, or weakness in the legs. Severe cases can lead to spinal stenosis.

Radiological Diagnosis:
X-rays, CT scans, and MRI are utilized for diagnosis, with the Meyerding grading system often used to classify the severity.

Treatment and Management:
Treatment depends on the severity and underlying cause, ranging from conservative measures to surgical intervention.

Keywords: Spondylolysis, spondylolisthesis, pars interarticularis, lumbar spine, vertebra, hyperextension, genetic predisposition, repetitive trauma, lower back pain, stiffness, asymptomatic, X-ray, CT scan, MRI, oblique view, physical therapy, anti-inflammatory medications, bracing, surgery, forward displacement, vertebral body, degenerative changes, trauma, tumor, congenital, sciatica, numbness, weakness, spinal stenosis, Meyerding grading system, conservative treatment, surgical intervention, David Bennett MD

Spondylolysis with solitary VB incomplete propogation models (1).stl

This is a spine pathology model for use in orthopaedic or neurosurgery clinic CAD designed by David Bennett for teaching. Use cases suggested:  implant design, testing, resident or medical student teaching, biomech testing, digital surgery simulators, AR and VR enviornments, pathology and anatomy labs, radiology courses, training, CME, MOC, practical exams, biology class, and innovation. 

Key words

Spine, anatomy, scoliosis, spondy, spondylolysis, spondylolisthesis, anatomy, pathology, orthopedics, surgery, David Bennett, medical, orthopaedics, deformity, implants, osteology, radiology, CT scan, resident, radiologist, orthopedic surgery, spine surgery, orthopaedic surgery, orthopaedic implants, implant design, innovation.

DDH with psudoacetabularization.stl

Developmental Dysplasia of the Hip (DDH) is a condition that can impact infants and young children, leading to potential complications with hip alignment and function. It encompasses a range of abnormalities, including hip instability, dislocation, subluxation, and acetabular dysplasia. Early detection and careful treatment are essential for optimal outcomes.

In Gilbert, Arizona, Dr. David Bennett works alongside a team of specialists in pediatric orthopedics, contributing expertise in anatomy, surgery, hip conditions, and pre-operative planning. Treatment strategies for DDH may involve ultrasound imaging, arthrography, pelvic osteotomies, and closed reduction, tailored to each individual patient's needs.

Keywords: Developmental Dysplasia of the Hip, DDH, Dr. David Bennett, pediatric orthopedics, Gilbert, Arizona, anatomy, surgery, hip conditions, pre-operative planning, ultrasound imaging, arthrography, acetabular dysplasia, pelvic osteotomies, closed reduction, hip instability, dislocation, subluxation, early detection, accurate diagnosis, treatment strategies, newborns, infants, complex condition, comprehensive care, alignment, function, careful treatment.

The approach to treating DDH emphasizes a patient-centered methodology, evidence-based techniques, and collaboration among healthcare professionals. If you are in need of specialized care for Developmental Dysplasia of the Hip, consult with healthcare providers who prioritize integrity, research-backed methods, and individualized patient care."

Spondy  pedicle screws and rod posterior only fixation models.stl

This is a spine pathology model for use in orthopaedic or neurosurgery clinic CAD designed by David Bennett for teaching. Use cases suggested:  implant design, testing, resident or medical student teaching, biomech testing, digital surgery simulators, AR and VR enviornments, pathology and anatomy labs, radiology courses, training, CME, MOC, practical exams, biology class, and innovation. 

Key words

Spine, anatomy, scoliosis, spondy, spondylolysis, spondylolisthesis, anatomy, pathology, orthopedics, surgery, David Bennett, medical, orthopaedics, deformity, implants, osteology, radiology, CT scan, resident, radiologist, orthopedic surgery, spine surgery, orthopaedic surgery, orthopaedic implants, implant design, innovation. 

Spondylolysis with 2 VBs models.stl

Both bone malunion sag 10 degrees.stl

This is a model of a forearm malunion for research created by David Bennett MD. This is a pathology model for use in orthopaedic clinic The CAD designed by David Bennett for teaching. Use cases suggested:  implant design, testing, resident or medical student teaching, biomech testing, digital surgery simulators, AR and VR enviornments, pathology and anatomy labs, radiology courses, training, CME, MOC, practical exams, biology class, and innovation. 

Key words

anatomy, pathology, orthopedics, surgery, David Bennett, medical, orthopaedics, deformity, implants, osteology, radiology, CT scan, resident, radiologist, orthopedic surgery, fracture surgery, orthopaedic surgery, orthopaedic implants, implant design, innovation fracture, retractor, malunion, nonunion, angulation, remodleing 

pedicle pars construct.stl

Spondy a high grade pathology model bennett

This is a spine pathology model for use in orthopaedic or neurosurgery clinic CAD designed by David Bennett for teaching. This can also be used for implant design, testing, resident or medical student teaching, 

Malunion forearm radial coronal 10 degrees.stl

Both bone malunion sag 20 degrees.stl

Spondy single level pars repair demo  model.stl

Spondy grade 1 bennett models.stl

Both bone malunion sag 40 degrees.stl

3 VB version of high grade Spondy models.stl

direct pars  repair bennett bilstersl Spondy model.stl

Both bone malunion sag 50 degrees.stl

Spondy grade 2 listhesis  bennett model.stl

This is a spine pathology model for use in orthopaedic or neurosurgery clinic CAD designed by David Bennett for teaching. Use cases suggested:  implant design, testing, resident or medical student teaching, biomech testing, digital surgery simulators, AR and VR enviornments, pathology and anatomy labs, radiology courses, training, CME, MOC, practical exams, biology class, and innovation. 

Key words

Spine, anatomy, scoliosis, spondy, spondylolysis, spondylolisthesis, anatomy, pathology, orthopedics, surgery, David Bennett, medical, orthopaedics, deformity, implants, osteology, radiology, CT scan, resident, radiologist, 

surgery

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Both Bone no malunion.stl

Radius and ulna shaft coronal malunions

puzzle pars.stl

Spondylolysis with solitary VB incomplete propogation models (1).stl

DDH with psudoacetabularization.stl

Spondy pedicle screws and rod posterior only fixation models.stl

Spondylolysis with 2 VBs models.stl

Both bone malunion sag 10 degrees.stl

pedicle pars construct.stl

Spondy a high grade pathology model bennett

Malunion forearm radial coronal 10 degrees.stl

Both bone malunion sag 20 degrees.stl

Spondy single level pars repair demo model.stl

Spondy grade 1 bennett models.stl

Both bone malunion sag 40 degrees.stl

3 VB version of high grade Spondy models.stl

direct pars repair bennett bilstersl Spondy model.stl

Both bone malunion sag 50 degrees.stl

Spondy grade 2 listhesis bennett model.stl

Malunion radial 30 degree coronal.stl