FunCoup 5, Functional Association Networks by @eriksonnhammer team, with Bgee inside for gene expression (in species other than human): https://t.co/mBrFWz4M7i e.g. https://t.co/1hbOeKNIz4 https://t.co/cxWjQyeHJx
FunCoup 5: Functional Association Networks in All Domains of Life, Supporting Directed Links and Tissue-Specificity.
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Feb 2021 – Jun 2023Where it's discussed
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X / Twitter8 posts
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YouTube5 videos
AI synopsis
What people are saying
Discussions reflect enthusiasm for the technological improvements and applications of FunCoup 5, with posts mentioning tutorials and specific features like tissue-specific filtering and SARS-CoV-2 interaction data. Words like 'supporting,' 'using,' and references to new visualization options demonstrate a generally positive tone aimed at researchers interested in functional genomics.
Most discussions express support and recognition for FunCoup 5's advancements and features, such as enhanced visualization and integration of tissue-specific data.
The posts show high interest by highlighting tutorials, new functionalities, and applications, indicating audience engagement with the research's potential.
While some discussions present tutorials and explanations, they tend to be somewhat surface-level without deep critical analysis, reflecting moderate engagement.
The emphasis on tools that could advance biological research and COVID-19 studies suggests a positive view on its practical importance, though no post claims revolutionary impact.
Abstract in brief
- FunCoup 5 is a comprehensive database that maps gene and protein functions across all life domains using integrated evidence and advanced methods, covering 22 species.
- The latest version features updated data, new visualization options like directed regulatory links, and the ability to filter genes based on tissue-specific expression, enhancing user analysis.
- It also includes the SARS-CoV-2 proteome, allowing researchers to explore interactions related to COVID-19, representing a significant upgrade in data and functionality for biological network analysis.]
Top posts
Most liked on X and BlueskyCheck out a video tutorial of online network-based PATHWAY ANALYSIS using https://t.co/hEaGsu1qIY. It uses the #FunCoup network database for crosstalk analysis. https://t.co/d0o5JRM2qo https://t.co/fLvCkAiWo2 https://t.co/ilkmEZdIZz @sonnhammerlab #genenetwork #proteinnetwork
RT @Bgeedb: FunCoup 5, Functional Association Networks by @eriksonnhammer team, with Bgee inside for gene expression (in species other than…
RT @Bgeedb: FunCoup 5, Functional Association Networks by @eriksonnhammer team, with Bgee inside for gene expression (in species other than…
RT @Bgeedb: FunCoup 5, Functional Association Networks by @eriksonnhammer team, with Bgee inside for gene expression (in species other than…
FunCoup 5: Functional Association Networks in All Domains of Life, Supporting Directed Links and Tissue-Specificity. https://t.co/OMB6zNQ4PT
All mentions
FunCoup 5: Comprehensive Gene and Protein Functional Networks Across Life Domains
FunCoup 5 is a comprehensive database mapping gene and protein functions across all life domains using integrated evidence and advanced methods, covering 22 species. The latest version includes updated data…
Gene Set Pathway Analysis for Alzheimer's Using FunCoup and PathBIX
This video demonstrates pathway analysis of a gene set from an Alzheimer's study using PathBIX and FunCoup to identify related pathways.
Discover Novel Protein Interactions with FunCoup 5 Analysis Tool
How can I find novel interaction partners of a protein using FunCoup. A demo of how to use the FunCoup website to discover and analyze novel interaction partners of a gene. The demo illustrates how FunCoup 5 can be used…
Discovering New Disease Genes Using MaxLink in FunCoup
How can I find new disease genes with MaxLink. A demo of how to identify novel disease gene candidates from a Myasthenia gravis gene set with the MaxLink tool in FunCoup.
Using FunCoup Offline for Functional Network Analysis in Biological Research
This video demonstrates how to use FunCoup 1 offline with practical examples, including gene set analysis related to biliary liver cirrhosis, extraction of network modules, and enrichment analysis using EASEscore and…
RT @eriksonnhammer: Check out a video tutorial of online network-based PATHWAY ANALYSIS using https://t.co/hEaGsu1qIY. It uses the #FunCoup…
Check out a video tutorial of online network-based PATHWAY ANALYSIS using https://t.co/hEaGsu1qIY. It uses the #FunCoup network database for crosstalk analysis. https://t.co/d0o5JRM2qo https://t.co/fLvCkAiWo2 https://t.co/ilkmEZdIZz @sonnhammerlab #genenetwork #proteinnetwork
RT @Bgeedb: FunCoup 5, Functional Association Networks by @eriksonnhammer team, with Bgee inside for gene expression (in species other than…
FunCoup 5: Functional Association Networks in All Domains of Life, Supporting Directed Links and Tissue-Specificity. https://t.co/OMB6zNQ4PT
RT @Bgeedb: FunCoup 5, Functional Association Networks by @eriksonnhammer team, with Bgee inside for gene expression (in species other than…
RT @Bgeedb: FunCoup 5, Functional Association Networks by @eriksonnhammer team, with Bgee inside for gene expression (in species other than…
FunCoup 5, Functional Association Networks by @eriksonnhammer team, with Bgee inside for gene expression (in species other than human): https://t.co/mBrFWz4M7i e.g. https://t.co/1hbOeKNIz4 https://t.co/cxWjQyeHJx
Funcoup 5: Functional association networks in all domains of life, supporting directed links and tissue-specificity https://t.co/M57GYSjuy1