geneXplain GmbH

TRANSFAC®: Leading the Charge in Functional Enrichment, Results were clear: TRANSFAC® significantly surpassed all other databases in identifying regulatory insights. Read the full paper: doi.org/10.64898/2026.… Explore TRANSFAC®: genexplain.com/transfac #Epigenetics #mQTL #DNAm

You found 500 differentially expressed genes, but do you know why they changed? Most studies answer only the first question: Which genes changed? But the real biological question is what caused those changes? Read: lnkd.in/gmEv8Gke #SystemsBiology #bioinformatics #Genetics

What if your gene list could tell you the whole disease story? Many studies produce thousands of DEG's. At geneXplain GmbH, we address this challenge by connecting gene expression data to regulatory and signalling networks. genexplain.com/sbgn-viewer/ #SystemsBiology #Bioinformatics

Discover how GENEXPLAIN’s TRANSFAC Disease package connects TF to specific diseases. This helps researchers find key regulatory networks behind conditions like cancer, diabetes. Explore: genexplain.com/about-transfac… Applications: genexplain.com/articles-trans… #Bioinformatics #GeneRegulation

Today, we celebrate the strength, resilience & health of women worldwide. At GeneXplain, we believe that every woman deserves access to equitable healthcare that evolves from adolescence through every milestone of life. #IWD2026 #geneXplain #womenshealth #equitablehealthcare

Understanding complex connections between diseases & clinical trials is critical for research. HumanPSD provide access to over 1,100,000 clinical trial–disease connections to empower your drug discovery & biomarker research. genexplain.com/clinical-trial… #ClinicalTrials #Bioinformatics

Today is #WorldObesityDay and at GENEXPLAIN, we’re shifting the conversation. The reality? It is a complex, chronic health condition influenced by genetics, metabolic health, and environmental factors. #geneXplain #MetabolicHealth #PrecisionMedicine #healthyhabits #geneticsmatter

It’s “World Hearing Day”, at GENEXPLAIN, we’re diving into science of sound. Hearing loss isn’t just about age, it’s about genetics, environment, and how we care for our ears today. Early detection and proactive care can make a world of difference. #WorldHearingDay #HearingCare

Ever wondered how multiple transcription factors work in harmony to control gene expression? Single binding sites often don’t tell the whole story, it's combination that counts. genexplain.com/sp-transfac-pr… genexplain.com/?s=composite+m… #Bioinformatics #GeneRegulation #Omics #DrugDiscovery

Are you drowning in complex omics data? Stop spending weeks on manual preprocessing & complex scripting. It’s time to accelerate discovery timeline from months to hours with TRANSFAC® Disease Package. genexplain.com/sp-transfac-pr… genexplain.com/blog/ #multiomics #bioinformatics

Happy to see TRANSFAC® in latest review published in Cell Press. TRANSFAC® played role in the "Decode and Rewire" pipeline: Predicting Regulatory Elements. doi.org/10.1016/j.tibt… TRANSFAC®: genexplain.com/transfac Quote: genexplain.com/price-request #syntheticbiology #biotechnology

For decades, your genes have kept the lights on, and the structures strong. But as time passes, the communication lines begin to fray. Enter our two main characters: 1. FOXO3 2. Fra-1 genexplain.com/regulatory-net… genexplain.com/blog/ #longevity #bioinformatics #SystemsBiology

Are you working on complex biological modeling? Understanding dynamic cellular processes requires precision, speed, reliability. That’s where ODE modeling comes. ODE modeling: genexplain.com/ode-modeling/ Subscribe: genexplain.com/blog/ #SystemsBiology #Bioinformatics #ODEModeling

Huntington's Disease (HD) has long been defined by a single genetic mutation, but the path from a CAG repeat to neurodegeneration is a complex web of signals. Read blog: genexplain.com/huntingtons-di… Subscribe: genexplain.com/blog/ #GeneRegulation #Neuroscience #PrecisionMedicine

Conventional analyses often show the effects of gene regulation, but GeneXplain’s Upstream Analysis is an integrated promoter pathway analysis designed to find the cause. Learn: genexplain.com/upstream-analy… Subscribe: genexplain.com/blog/ #UpstreamAnalysis #TRANSFAC #GeneExpression

In the complex world of biomedical research, single omics approach often misses "why" behind disease pathology. Our Multi-Omics Integration approach moves beyond simple correlations to uncover insights. genexplain.com/multi-omics-in… genexplain.com/blog/ #MultiOmics #Bioinformatics

Did you know, Drug Repurposing offers high-impact opportunity to find new therapeutic uses for existing drugs, reducing the time & cost of drug development? 🔗Learn more: genexplain.com/drug-repurposi… 📩Subscribe: genexplain.com/blog/ #DrugRepurposing #Bioinformatics #DrugDiscovery

In mice, Harvard University researchers showed something striking: when the epigenetic program (the cell’s regulatory “software”) deliberately disrupted, aging sped up. Blog post: genexplain.com/can-transcript… Newsletter: genexplain.com/blog/ #Longevity #Aging #Epigenetics #biology

Today is International Epilepsy Day, and at geneXplain, we are taking the #EpilepsyPledge to turn stories into measurable scientific action. Epilepsy is more than a single condition; it's a complex neurological spectrum. genexplain.com/human-psd-data… #InternationalEpilepsyDay #Epilepsy

Researchers identified "brain connectivity fingerprints" that are significantly reduced in patients with Major Depressive Disorder (MDD). Read: doi.org/10.1016/j.jad.… Explore Us: genexplain.com/transfac info@genexplain.com #MDD #depressionresearch #brainhealth #neuroscience