axial3d Insight

Adam Harpur (Developer), Niall Haslam (Developer), Shane McGrath (Developer), Shao Fu Wu (Developer), Enrique Morales Cantana (Developer), Tim Cooke (Developer), Luke Donnelly (Developer), Justin Magee (Designer), Shane Wilson (Other)

Research output: Non-textual formSoftware

Abstract

This software provides a 360º view of a patient’s anatomy. Improving on diagnosis & context of the patient’s pathology traditionally available with 2D and 3D imaging methods. It simplifies the process of accessing knowledge from imaging data by providing twinned data in the form of a virtual digital model and a physical printed model derived from the scanned acquisitions. 3D printed models can be provided from 2D image data within 48 hours - improving decision making more efficiently than current methods. Ulster staff were involved through the leadership of a KTP programme (KTP010763) described as the: Development of a 3D web-based visualisation system, for use by medical professionals, enabling realistic and accurate representation of anatomy at a pre-production stage. Dr Magee's role involved embedding Design Thinking methods, workshops and mentoring of improved user experience and visualisation guidance. 
LanguageEnglish
Place of Publicationhttps://www.axial3d.com/how-it-works/service-levels/#insight
Editionaxial3D
Media of outputOnline
Publication statusPublished - 18 Jun 2018

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Visualization
Imaging techniques
Pathology

Cite this

Harpur, A. (Developer), Haslam, N. (Developer), McGrath, S. (Developer), Fu Wu, S. (Developer), Morales Cantana, E. (Developer), Cooke, T. (Developer), ... Wilson, S. (Other). (2018). axial3d Insight. Software, https://www.axial3d.com/how-it-works/service-levels/#insight: . Retrieved from https://www.axial3d.com/how-it-works/service-levels/#insight
Harpur, Adam (Developer) ; Haslam, Niall (Developer) ; McGrath, Shane (Developer) ; Fu Wu, Shao (Developer) ; Morales Cantana, Enrique (Developer) ; Cooke, Tim (Developer) ; Donnelly, Luke (Developer) ; Magee, Justin (Designer) ; Wilson, Shane (Other). / axial3d Insight. [Software].
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abstract = "This software provides a 360º view of a patient’s anatomy. Improving on diagnosis & context of the patient’s pathology traditionally available with 2D and 3D imaging methods. It simplifies the process of accessing knowledge from imaging data by providing twinned data in the form of a virtual digital model and a physical printed model derived from the scanned acquisitions. 3D printed models can be provided from 2D image data within 48 hours - improving decision making more efficiently than current methods. Ulster staff were involved through the leadership of a KTP programme (KTP010763) described as the: Development of a 3D web-based visualisation system, for use by medical professionals, enabling realistic and accurate representation of anatomy at a pre-production stage. Dr Magee's role involved embedding Design Thinking methods, workshops and mentoring of improved user experience and visualisation guidance. ",
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Harpur, A, Haslam, N, McGrath, S, Fu Wu, S, Morales Cantana, E, Cooke, T, Donnelly, L, Magee, J & Wilson, S, axial3d Insight, 2018, Software, https://www.axial3d.com/how-it-works/service-levels/#insight.
axial3d Insight. Harpur, Adam (Developer); Haslam, Niall (Developer); McGrath, Shane (Developer); Fu Wu, Shao (Developer); Morales Cantana, Enrique (Developer); Cooke, Tim (Developer); Donnelly, Luke (Developer); Magee, Justin (Designer); Wilson, Shane (Other). 2018. https://www.axial3d.com/how-it-works/service-levels/#insight.

Research output: Non-textual formSoftware

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Harpur A (Developer), Haslam N (Developer), McGrath S (Developer), Fu Wu S (Developer), Morales Cantana E (Developer), Cooke T (Developer) et al. axial3d Insight https://www.axial3d.com/how-it-works/service-levels/#insight: . 2018.