Visualizing the medical histories of patients struggling with complex chronic diseases, including Discordant Chronic Comorbidities (DCCs), poses a significant challenge for patients, healthcare providers, and their support networks. This paper addresses the pressing need to minimize treatment conflicts and enhance the quality of life and care for such patients by exploring the visualization of (DCCs) medical reports, symptoms, and treatment recommendations. Our study investigates diverse visualization models and paradigms, scrutinizing their application in representing multifaceted medical data. We introduce a framework that involves transforming unstructured data into temporal slices and presenting them through a unified graphical model. Furthermore, we present the process of converting complex DCC records into structured data tables, visualization graphs, and adapting them for various hardware devices. Through our research, we aim to contribute insights into enhancing the understanding and management of complex chronic diseases amid discordant comorbidities.

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Modeling Mobile Visualization for Medical Reports of Patients with Discordant Chronic Comorbidities (DCCs) and Other Complex Chronic Diseases

  • Sankarshan Dasgupta,
  • Tom Ongwere

摘要

Visualizing the medical histories of patients struggling with complex chronic diseases, including Discordant Chronic Comorbidities (DCCs), poses a significant challenge for patients, healthcare providers, and their support networks. This paper addresses the pressing need to minimize treatment conflicts and enhance the quality of life and care for such patients by exploring the visualization of (DCCs) medical reports, symptoms, and treatment recommendations. Our study investigates diverse visualization models and paradigms, scrutinizing their application in representing multifaceted medical data. We introduce a framework that involves transforming unstructured data into temporal slices and presenting them through a unified graphical model. Furthermore, we present the process of converting complex DCC records into structured data tables, visualization graphs, and adapting them for various hardware devices. Through our research, we aim to contribute insights into enhancing the understanding and management of complex chronic diseases amid discordant comorbidities.