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The discussions demonstrate a positive outlook on the article, with phrases like 'huge impact' and 'significant benefits' indicating strong agreement and interest. The mention of technical requirements like DICOM and model building shows engagement with the practical aspects, although the tone remains focused on the potential improvements in medical training and diagnostics rather than skepticism or detailed critique.
The posts generally agree on the positive impact of 3D printing in radiology and its importance for medical education and treatment planning.
Posts express high interest, emphasizing the significant benefits and potential of 3D printing technology in medical practice.
Discussions highlight the need for knowledge of DICOM and modeling processes, indicating moderate engagement with the technical aspects.
The emphasis on the transformative potential of 3D printing suggests recognition of its notable impact on clinical workflows and education.
T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #DICOM + information models https://t.co/Bz5krFEPOf #3Dprinting #MedEd #RadAIchat https://t.co/6ptVdIx1g7
Medical 3D Printing for the Radiologist | RadioGraphics https://t.co/VzeGanHGPX
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
The November-December 2015 issue of RadioGraphics features articles on 3D printing in radiology. It discusses the increasing use of tangible models created from medical images to assist diagnosis and treatment planning…
Medical 3D Printing for the Radiologist | RadioGraphics https://t.co/VzeGanHGPX
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
RT @cekahn: T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #D…
T4. 3D printing can have a huge impact on medical education + treatment planning. Building the models requires knowledge of #DICOM + information models https://t.co/Bz5krFEPOf #3Dprinting #MedEd #RadAIchat https://t.co/6ptVdIx1g7
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