

It offers automatic software updates and features, automated backups, and an unlimited amount of storage capacity.Īll data privacy compliance measures have been addressed in Blue, enabling practices to easily keep their PHI (Protected Health Information) and PII (Personally Identifiable Information) secure, and stay compliant with HIPAA (Health Insurance Portability and Accountability Act of 1996). It requires no plugins or onsite computer servers works on all popular operating systems and runs on all devices such as PCs, Macs, tablets and smart phones. Blue is also an excellent solution for smaller, less complex practice operations.Ĭonceived, designed and built from the ground up, Blue connects to the reliable and high-performance Microsoft Cloud platform, allowing offices to access data from nearly anywhere at any time. Blue is enterprise-ready, meaning it can accommodate an extremely large number of patients with no performance degradations, while supporting multiple clinicians and office locations. "Practices can choose Blue, the browser-based application desktop Dolphin software with a local office server or Dolphin software hosted on a private Cloud server."īlue is designed for the orthodontic practice, with features for pediatric dental and oral maxillofacial practices to be added in the imminent future. "Blue adds a new exciting option for practices to run their office with Dolphin,” notes Chester H. New and established practices-including those currently using an existing practice management system-are encouraged to migrate to Blue. 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.Chatsworth, CA, April 2018 - Dolphin Imaging and Management Solutions announces Blue, a brand new, browser-based web application of all core Dolphin functions. The investigation revealed the impact of radiographic magnification when used in an uncalibrated system.
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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.
