Synopsis of Social media discussions
The discussions highlight the technical aspects of the microscopy method, with phrases like 'correlate FIB-SEM micrographs' indicating technical interest and engagement. Words like 'microscopic' and 'advanced imaging' reflect curiosity, while the mention of broad applications hints at perceived high impact in biomedical research.
Agreement
Moderate agreementMost discussions acknowledge or support the significance of the multimodal microscopy approach.
Interest
High level of interestPosts demonstrate high curiosity, especially about the advanced imaging techniques and their applications.
Engagement
Moderate level of engagementParticipants refer to specific methods like X-ray computed tomography and electron microscopy, indicating meaningful engagement.
Impact
Moderate level of impactConversations suggest the research could influence future cancer studies and imaging protocols, though some see it as a developing approach.
Social Mentions
YouTube
2 Videos
2 Posts
3 Posts
Blogs
2 Articles
Metrics
Video Views
5,552
Total Likes
28
Extended Reach
8,925
Social Features
9
Timeline: Posts about article
Top Social Media Posts
Daniel Thomson
RT @focalplane_jcs: It’s #EMmonday! In this image, microscopic X-ray computed tomography was used to correlate FIB-SEM micrographs with int…
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@MetaphysicalCells
RT @focalplane_jcs: It’s #EMmonday! In this image, microscopic X-ray computed tomography was used to correlate FIB-SEM micrographs with int…
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Sharon Ahmad
RT @focalplane_jcs: It’s #EMmonday! In this image, microscopic X-ray computed tomography was used to correlate FIB-SEM micrographs with int…
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Posts referencing the article
Multimodal Correlative Microscopy for Single Tumor Cell Analysis in Vivo
This study introduces a multimodal correlative microscopy method that combines intravital microscopy, X-ray computed tomography, and 3D electron microscopy to rapidly and precisely analyze the ultrastructure of single tumor cells in vivo, improving understanding of metastatic processes.
February 14, 2018
4,356 views
Multimodal Microscopy for Precise In Vivo Tumor Cell Analysis
Docking of an intravital microscopy model into a microCT dataset enabled prediction of the position of the tumour cell visible in green. This method combines intravital microscopy, X-ray computed tomography, and 3D electron microscopy to rapidly and precisely analyze tumor cell ultrastructure in vivo, advancing metastatic r
May 12, 2016
1,196 views
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RT @focalplane_jcs: It’s #EMmonday! In this image, microscopic X-ray computed tomography was used to correlate FIB-SEM micrographs with int…
view full postMarch 29, 2022
3
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@MetaphysicalCells
@M_T_A1976 (Twitter)RT @focalplane_jcs: It’s #EMmonday! In this image, microscopic X-ray computed tomography was used to correlate FIB-SEM micrographs with int…
view full postMarch 28, 2022
3
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Daniel Thomson
@djthomson (Twitter)RT @focalplane_jcs: It’s #EMmonday! In this image, microscopic X-ray computed tomography was used to correlate FIB-SEM micrographs with int…
view full postMarch 28, 2022
3
Abstract Synopsis
- This study introduces a multimodal correlative microscopy method that combines intravital microscopy, X-ray computed tomography, and 3D electron microscopy to rapidly (about 2 weeks) and precisely (within 5 micrometers) analyze the ultrastructure of single tumor cells in vivo, allowing researchers to better understand metastatic processes.
- The approach enables detailed observation of rare and transient cellular events, such as tumor cells traveling in blood vessels, by linking functional imaging with ultrastructural data, which was difficult with previous techniques due to resolution limitations.
- Thanks to its improved throughput and versatility, this workflow supports multiple samples and has broad applications in biological research fields like cancer and developmental biology, enhancing our ability to study cell behavior in realistic, living conditions.
Sharon Ahmad
@DrSharonAhmad (Twitter)