Our paper from SD&A 2018 "Molecular dynamics visualization (MDV): stereoscopic 3D display of biomolecular structure..." has received its first citation: "Visualizing Protein Folding and Unfolding" and they included an image of the HIVE Cylinder https://t.co/ZwhhtZFDam https://t.co/j1u0TQc7zz
Visualizing Protein Folding and Unfolding.
Mentions
Extended reach
Total likes
Video views
Mentions per month
Mar 2019 – Apr 2025Where it's discussed
-
X / Twitter5 posts
-
YouTube1 videos
AI synopsis
What people are saying
The discussions highlight the importance of visualization in understanding protein dynamics, exemplified by references to prior work on stereoscopic 3D structures and the inclusion of visual elements like the HIVE Cylinder. The tone is informative and appreciative, underscoring the relevance and potential impact of the research in advancing molecular visualization techniques.
The discussions show a generally positive view of the publication, with citations and recognition indicating agreement with its relevance.
Participants demonstrate moderate interest, engaging with the research by referencing related studies and visualizations.
Comments reflect an active engagement through citing specific papers and visual content, emphasizing their involvement.
The recognition of the publication being cited in new research suggests it has a meaningful influence within the scientific community.
Abstract in brief
- Protein folding and unfolding are complex processes that are difficult to analyze using experimental techniques, so scientists use detailed molecular dynamics simulations to study how proteins change shape over time and how solvents affect this process.
- These simulations produce massive amounts of data that need advanced tools to analyze and visualize effectively, especially since understanding the dynamic nature of proteins requires more than static images.
- The article discusses various visualization methods, from simple to complex, that help researchers interpret the conformational changes of proteins during folding and unfolding, enhancing our insight into these vital biological processes.]
Top posts
Most liked on X and BlueskyRT @CurtinHIVE: Our paper from SD&A 2018 "Molecular dynamics visualization (MDV): stereoscopic 3D display of biomolecular structure..." has…
RT @CurtinHIVE: Our paper from SD&A 2018 "Molecular dynamics visualization (MDV): stereoscopic 3D display of biomolecular structure..." has…
RT @CurtinHIVE: Our paper from SD&A 2018 "Molecular dynamics visualization (MDV): stereoscopic 3D display of biomolecular structure..." has…
All mentions
Molecular Dynamics Simulation of Protein Folding and Unfolding
Protein folding and unfolding are complex processes that are difficult to analyze using experimental techniques, so scientists use detailed molecular dynamics simulations to study how proteins change shape over time and…
RT @CurtinHIVE: Our paper from SD&A 2018 "Molecular dynamics visualization (MDV): stereoscopic 3D display of biomolecular structure..." has…
RT @CurtinHIVE: Our paper from SD&A 2018 "Molecular dynamics visualization (MDV): stereoscopic 3D display of biomolecular structure..." has…
RT @CurtinHIVE: Our paper from SD&A 2018 "Molecular dynamics visualization (MDV): stereoscopic 3D display of biomolecular structure..." has…
RT @CurtinHIVE: Our paper from SD&A 2018 "Molecular dynamics visualization (MDV): stereoscopic 3D display of biomolecular structure..." has…
Our paper from SD&A 2018 "Molecular dynamics visualization (MDV): stereoscopic 3D display of biomolecular structure..." has received its first citation: "Visualizing Protein Folding and Unfolding" and they included an image of the HIVE Cylinder https://t.co/ZwhhtZFDam https://t.co/j1u0TQc7zz