It’s the perfect tool for interdisciplinary clinicians to visualize outcome and work in concert. Multidisciplinary VTO Wizards include step-by-step interactive programs for quick and easy analyses and treatment planning. The Treatment Simulation software module allows you to plan, diagnose, and present cases from the lateral view. Utilized by thousands of private practices throughout the world and most orthodontic and oral surgery training programs in North America, Dolphin Ceph Tracing dramatically reduces the tedious and time-consuming task of cephalometric tracing
It also includes a set of powerful and user-friendly tools for conveying treatment plans and to easily communicate ideas.Ĭeph Tracing allows you to analyze cephalometric radiographs and create progress superimpositions quickly and accurately. Carefully designed for quick learning, ImagingPlus lets you effectively capture, organize and present image records. ImagingPlus™is the foundation of Dolphin product suites. Educated patients are more likely to exhibit a greater rate of case acceptance, andĮffortlessly manage patient picture and x-ray images.
Aquarium uses stunning 3D graphics to demonstrate the common and complex topics that are involved in diagnosis and treatment planning. It promotes comprehension that eases communication with colleagues and patients of all ages. Visualization is an effective educational tool. It is designed to demonstrate common and complex topics including ALIGNERS, diagnostic findings, oral surgery and orthodontic procedures, appliance use, hygiene, and more.
These findings indicate that Version 8.0 of Dolphin Imaging Software needs to be re-assessed for software errors that may result in clinically significant miscalculations, and to facilitate compensation of radiographic magnification when using linear measurements.Designed for interactive patient education and case presentation, Aquarium is a dynamic communication tool that fully utilizes high-quality 3D graphics. The investigation revealed the impact of radiographic magnification when used in an uncalibrated system.
However, systematic error in the software's calculation of LAFH% resulted in measurements 4% larger than manual techniques, a difference which is clinically significant.Ĭomparison of actual outcome and software generated prediction for 26 orthognathic cases demonstrated clinically significant differences for all measurements (ρc 0.32 for ANB to 0.91 for LIMd P < 0.05). Comparing the standard deviations of the differences, manual tracing proving more reliable for SNA (1.36° manually, 2.07° digitally), SNB (1.19° and 1.69°), SNMx (1.39° and 2.66°), and MxMd (1.77° and 2.26°), and Dolphin digital tracing more reliable for UIMx (3.49° digitally and 3.97° manually) and LIMd (2.90° and 3.04°). Method error (reliability) using duplicate measurements for each method, and comparison of both techniques (reproducibility), were investigated using alternative statistical methods, Bland and Altman (1986) and Lin's Correlation of Concordance (1989).Įach technique was significantly reliable at the 95% level (method error). Sixty lateral cephalograms were evaluated by two methods: manual tracing and indirect digitization using Dolphin Imaging Software (Version 8.0). In addition, orthognathic prediction was compared with actual outcomes. The purpose of this study was to examine and compare the reproducibility and reliability of digitization using Dolphin Imaging Software (Version 8.0) with traditional manual techniques.