Status:
UNKNOWN
Accuracy and Reliability of Ultra Low Dose CBCT Versus CBCT Imaging in Semi-automated Segmentation of the Mandibular Condyle (A Diagnostic Accuracy Study)
Lead Sponsor:
Cairo University
Conditions:
CBCT - Condyle - Semi-automated Segmentation - Ultra-low Dose
Eligibility:
All Genders
Phase:
NA
Brief Summary
The objective of this study will be evaluation of accuracy and reliability of CBCT imaging versus Ultra low dose CBCT imaging in semi-automated mandibular condyle segmentation (linear and volumetric a...
Detailed Description
The objective of this study will be evaluation of accuracy and reliability of CBCT imaging versus Ultra low dose CBCT imaging in semi-automated mandibular condyle segmentation (linear and volumetric a...
Eligibility Criteria
Inclusion
- mandibles with sound condyles
- skulls with sound glenoid fossa.
Exclusion
- skulls with fractured glenoid fossa,
- glenoid fossa with developmental deformities,
- mandibles with fractured condylar neck or head,
- presence of pathological lesions,
- fracture,
- Shipping,
- developmental deformities in the condyle.
Key Trial Info
Start Date :
August 1 2022
Trial Type :
INTERVENTIONAL
Allocation :
ESTIMATED
End Date :
May 1 2024
Estimated Enrollment :
29 Patients enrolled
Trial Details
Trial ID
NCT05441423
Start Date
August 1 2022
End Date
May 1 2024
Last Update
July 1 2022
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