Find your gene regulatory pathways, biomarkers, and drug targets in a few clicks
No-coding
Bioinformatics
Academy
For molecular biologists and clinical researchers
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TRANSFAC Q&A session
Q&A: Coffee break with TRANSFAC
Join us for an exclusive online Q&A on TRANSFAC led by Prof. Dr. Alexander Kel, CEO & CSO of geneXplain GmbH. Get expert insights, troubleshoot issues, and explore key features like data integration, gene regulation analysis, and advanced functionalities. Perfect for both: beginners and experienced users. Some questions that will be addressed at the seminar:
- How can I get a p-value, or similar, for the TFBS predictions in a single promoter?
- How can I optimize my transcription factor binding site predictions?
- How can I find common transcription factors (and upstream master regulators) for a set of differentially expressed genes?
And much more, including questions coming from the audience during the live event.
Don’t miss the chance to enhance your experience with one of the top tools for gene regulation studies!
Schedule
Key benefits
No-coding bioinformatics
Perform cutting edge bioinformatics analysis in a user-friendly interface with no programming skills needed
Multi-omics
Learn how to process and integrate various omics data types in your analysis
Promoter analysis
Become the gene regulation expert with deep understanding of transcription factors interplay in various conditions
Pathway analysis
Discover the master regulators governing the studied biological processes through intracellular signaling pathways
Disease molecular mechanisms
Identify prospective biomarkers and drug targets for the pathologies of your interest by performing integrated promoter and pathway analysis
Gold standard tools and databases
Learn how to use the best-in-class knowledge bases on genes, proteins, transcription factors, pathways, drugs, and their targets, together with integrated tools
Testimonials
Coming soon
My way from promoters to pathways
Paid course, €299 per seat before VAT. Date and time will be announced soon.
In this course we will: