This study evaluates the efficacy of the AuryzoN devices in the ear and nose reconstruction surgeries, both in terms of operative time and overall quality of reconstruction. Research participants will undergo reconstruction either using the AuryzoN device or through current methods (traditional manual processing) at the discretion of their surgeon prior to the start of surgery.
The AuryzoN devices are a family of two (2) devices that, in conjunction, serve to process substrates of autologous-derived or cadaveric cartilage used in the reconstruction of various structures of the body, namely ear and nose. The devices are to be used in the operating room to cut and carve substrates of tissue into components, which are then assembled into the final ear or nose, that will then be implanted by the plastic surgeon into the appropriate area. This device family serves to replace the current step in this reconstructive procedure, which involves the time-consuming and error-prone process of manual cartilage processing. Participants will be given the option to participate in the study. If the participants so choose, they will undergo ear or nose reconstruction using the AuryzoN devices or traditional manual processing at the discretion of their surgeon prior to the start of surgery. The following outcome measures will be measured: operative time, error rates, objective quality outcomes of reconstruction, subjective quality outcomes of reconstruction, and patient satisfaction.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
TREATMENT
Masking
NONE
Enrollment
2
The AuryzoN family of devices includes a longitudinal cartilage trimmer (DimensioN) and 2D shape carving machine with custom blades (AuryzoN).
Cincinnati Children's Hospital
Cincinnati, Ohio, United States
Total cartilage processing time
Total operative time spent by the surgeon preparing cartilage substrate into finished structures
Time frame: Three years (until 2023)
Objective Quality of Reconstruction
An objective scoring system will be developed to score ears and noses based on anatomic accuracy, and reconstructed ears/noses will be scored using this system. Scoring system scale: The following metrics will be assessed by independent observers on a scale from 0-5, with 5 indicating perfect anatomic fidelity as compared to the patient's contralateral ear (or a model ear if no contralateral ear is available) or model nose and 0 indicating complete anatomical difference or loss of that structure. The following ear and nose subcomponents will be graded: Ear: Helix, antihelix, tragus, crus, anatomical proportion of all substrates as compared to each other substrate. Nose: Septum, alar cartilages, lateral cartilages, horizontal strut, anatomical proportion of all substrates as compared to each other substrate.
Time frame: Up to 1 year post-op (until 2023)
Total operative time
Total operative time by the surgeon performing the reconstructive surgery
Time frame: Three years (until 2023)
Cartilage processing error rate
Number of errors (defined as anatomic deviations) incurred during cartilaginous processing
Time frame: Three years (until 2023)
Patient satisfaction
Subjective survey completed by patients asking about satisfaction with reconstruction
Time frame: Up to 1 year post-op (until 2023)
Subjective Quality of Reconstruction
Images of completed ear/nose reconstructions with the AuryzoN system will be presented to surgeons and lay-people to determine overall subjective quality of reconstruction
Time frame: Up to 1 year post-op (until 2023)
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