Mobile Multiplatform Applications Development for Ultrasound Exams-Generated Information Management, Storage, Retrieval and Analysis, a Wrist Ganglion Test Case

Abstract

The objective of this paper is to conduct a comprehensive analysis of the development process of multiplatform mobile applications, for the efficient processing of ultrasound images by means of software engineering technologies. A representative case analysed is the synovial ganglion of the wrist, a problem often encountered among software engineers, generated mainly by the vicious position of the arms and hands. Using a set of state-of-the-art software development technologies and relying on a Mindray Z60 ultrasound device, we developed a mobile application to streamline the ultrasound examination process. We tested it for an appropriate time tracking of the evolution of wrist ganglion morphology, size and symptoms towards either healing or augmentation. A prototype mobile application was developed, demonstrating improved efficiency in the ultrasound examination workflow, as an essential part of diagnosis and treatment. Thus, the information becomes ubiquitous and can be studied as it evolves over time, improving both the anamnesis process and doctor-patient communication. Customised multiplatform mobile applications for ultrasound image data management can contribute in assisting medical decisions and better communication.