If you're tackling #NetworkVisualization within @AvaloniaUI, you won't want to miss this. We’re exploring how you can handle even the most complex data structures across every platform using yFiles. 🚀
Secure your spot: yworks.zoom.us/webinar/regis…
ProteinWeaver: A webtool to visualize ontology-annotated protein networks
1. ProteinWeaver is a groundbreaking web-based tool that integrates protein interaction networks with Gene Ontology (GO) annotations, allowing researchers to visualize and analyze the connections between proteins and specific biological processes or pathways in seven model organisms.
2. A key innovation of ProteinWeaver is its ability to generate subnetworks that link a user-specified protein to proteins annotated with a specific GO term, providing context for the protein's role in a biological process. This feature is particularly useful for generating testable hypotheses.
3. The tool stands out by offering customizable network visualizations and interactive exploration. It supports both physical and regulatory interactions, making it the first interactive webtool to combine these interaction types within a single network.
4. ProteinWeaver also identifies and reports on five different network motifs (including mixed motifs of physical and regulatory interactions) and provides enrichment scores, offering deeper insights into the functional context of the proteins.
5. The random walk approach used by ProteinWeaver to predict missing GO term annotations shows high accuracy across multiple species, providing researchers with a powerful method to infer protein functions.
6. The user-friendly interface of ProteinWeaver allows researchers without computational expertise to easily explore molecular interactions and their roles in biological contexts, fostering hypothesis generation and biological interaction exploration.
📜Paper: journals.plos.org/plosone/ar…
💻Code: github.com/Reed-CompBio/prot…#ProteinWeaver#Bioinformatics#ProteinNetworks#GeneOntology#NetworkVisualization#ComputationalBiology
With the advent of #5G open networking, networks have inevitably become much more intricate and complex as they’ve evolved and advanced. Although #NetworkData is a rich source of information and insight, extracting that value manually is impracticable. That’s where #NetworkVisualization comes in.
Read more in Jenny Qin's latest blog: networkblog.global.fujitsu.c…
New packet diagram template added! Easily visualize network communication and packet transmission. Perfect for simplifying complex data structures and improving understanding of network flows. #NetworkVisualization#DiagrammingAI
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Dregn's real-time 3D network visualization offers visual clarity.
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Get more info about us at dregn.org#DREGN#NetworkVisualization#3DVisualization
´The beauty of visualisation helps to convey a message in research.´
Using real life examples from his research on international trade #networks, Luca de Benedictis from @UniMC showed us #networkanalysis & #networkvisualization using #RStudio for RECSM´s Winter #Methods School!
Just relying on traditional portfolio optimization tools can be limiting. With network visualization, investors can get a more transparent view of market trends, risks, and identify direct competitors or outliers. #networkvisualization#diversification#finance#NVDA#AAPL