Measurement, simulation and analysis for medical research. Work is done at Osteo3d and delivered as a report.
What is offered
Distances, angles, volumes and asymmetry, measured on 3D anatomy
What is delivered
Compare the surgical plan against the post-operative result, case by case
What is delivered
Finite element analysis of implants, plates and guides
What is delivered
Measurement data and its method, in a form your statistician can work from
What is delivered
Journal-ready figures and methods text for your paper
What is delivered
Fixed-scope research support for MDS, MS and MCh candidates
What is deliveredProcess
Send a brief
One page describing the question, the imaging you hold and your target date.
Scope and quote
A written scope naming the deliverables and the price, with a study data declaration.
Data received
De-identified imaging is checked on arrival. Subjects that cannot support the measurement are named before analysis starts.
Work and review
The work runs to the agreed protocol. Intermediate results, such as landmark placements, come back for your review.
Report and figures
The report, with figures, tables and methods text.
Published record
These papers are authored independently by the research teams named in them.
Clinical research team
Documents Osteo3d-assisted mandibular reconstruction across a tertiary care centre using virtual surgical planning and patient-specific 3D printed guides.
Multi-centre research team
Long-term cohort study on single-stage jaw reconstruction outcomes, with Osteo3d providing virtual surgical planning and patient-specific prosthetics.
Research team
CT image processing for this study was performed using Osteo3d software, enabling precise morphological assessment.
Surgical team
Osteo3d's virtual surgical planning and 3D models were used in managing one of the most complex forms of craniofacial hypertelorism.
Surgical and research team
Osteo3d digitally mapped a massive skull-base ameloblastoma with intracranial extension, fabricated a patient-specific resection template encoding surgical margins, and produced custom 3D molds for PMMA bone cement reconstruction of the resulting craniofacial defect.
Research team
Morphological study utilising Osteo3d's CT processing software for precise anatomical measurements.
Neurosurgery team
Documents India's first single-centre experience using an indigenously developed 3D printed mold for cranioplasty, created using Osteo3d software and manufacturing.
Chakravarthy et al.
Describes a preoperative workflow for paediatric mandibular fractures utilising Osteo3d for 3D modelling and patient-specific cap splint fabrication.
Mendonca et al.
One of the earliest peer-reviewed publications featuring Osteo3d — discusses 3D-printed models used in complex craniofacial surgery at significantly reduced cost.
Used Osteo3d in published research and want the paper listed here? Get in touch.
Questions
One page describing the question, the imaging you hold and your target date. A written scope and a price come back.
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