A Unified Web-Based Visualisation and Mesh Processing Application for Medical 3D Printing: Lightening Talks Session B

Luke  Donnelly; Justin Magee; Niall Haslam; S Wilson

A Unified Web-Based Visualisation and Mesh Processing Application for Medical 3D Printing: Lightening Talks Session B

Luke Donnelly, Justin Magee, Niall Haslam, S Wilson

Research output: Contribution to conference › Poster › peer-review

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Abstract

3D printing of models generated from medical scan data is a relatively new application within hospitals. However, there has yet to be established any standardised pipeline for creating, processing and validating of image segmentations and generated 3D meshes in this setting. While the functions necessary to do so can be assembled from various collections of open and closed source software, this requires users to repeatedly export and import their work between these applications and become familiar with the basic usage and idiosyncrasies of each. Our application aims to bring together the required features from each of these different application classes into a single web based tool that can handle every step of the process of moving from medical scan images to a completed and validated 3D mesh, which is ready for printing.

Original language	English
Publication status	Published - 15 Mar 2019
Event	Visualising Biological Data: The 10th international meeting on Visualizing Biological Data - European Molecular Biology Laboratory , Heidelberg, Germany Duration: 13 Mar 2019 → 15 Mar 2019 http://vizbi.org/

Conference

Conference	Visualising Biological Data
Abbreviated title	VIZBI
Country	Germany
City	Heidelberg
Period	13/03/19 → 15/03/19
Internet address	http://vizbi.org/

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title = "A Unified Web-Based Visualisation and Mesh Processing Application for Medical 3D Printing: Lightening Talks Session B",

abstract = "3D printing of models generated from medical scan data is a relatively new application within hospitals. However, there has yet to be established any standardised pipeline for creating, processing and validating of image segmentations and generated 3D meshes in this setting. While the functions necessary to do so can be assembled from various collections of open and closed source software, this requires users to repeatedly export and import their work between these applications and become familiar with the basic usage and idiosyncrasies of each. Our application aims to bring together the required features from each of these different application classes into a single web based tool that can handle every step of the process of moving from medical scan images to a completed and validated 3D mesh, which is ready for printing.",

author = "Luke Donnelly and Justin Magee and Niall Haslam and S Wilson",

year = "2019",

month = mar,

day = "15",

language = "English",

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T1 - A Unified Web-Based Visualisation and Mesh Processing Application for Medical 3D Printing

T2 - Visualising Biological Data

AU - Donnelly, Luke

AU - Magee, Justin

AU - Haslam, Niall

AU - Wilson, S

PY - 2019/3/15

Y1 - 2019/3/15

N2 - 3D printing of models generated from medical scan data is a relatively new application within hospitals. However, there has yet to be established any standardised pipeline for creating, processing and validating of image segmentations and generated 3D meshes in this setting. While the functions necessary to do so can be assembled from various collections of open and closed source software, this requires users to repeatedly export and import their work between these applications and become familiar with the basic usage and idiosyncrasies of each. Our application aims to bring together the required features from each of these different application classes into a single web based tool that can handle every step of the process of moving from medical scan images to a completed and validated 3D mesh, which is ready for printing.

AB - 3D printing of models generated from medical scan data is a relatively new application within hospitals. However, there has yet to be established any standardised pipeline for creating, processing and validating of image segmentations and generated 3D meshes in this setting. While the functions necessary to do so can be assembled from various collections of open and closed source software, this requires users to repeatedly export and import their work between these applications and become familiar with the basic usage and idiosyncrasies of each. Our application aims to bring together the required features from each of these different application classes into a single web based tool that can handle every step of the process of moving from medical scan images to a completed and validated 3D mesh, which is ready for printing.

UR - https://vizbi.org/lightning/2019/B#/

UR - http://vizbi.org/Posters/2019/B12

UR - https://www.embl.de/index.php

M3 - Poster

Y2 - 13 March 2019 through 15 March 2019

ER -

A Unified Web-Based Visualisation and Mesh Processing Application for Medical 3D Printing: Lightening Talks Session B

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