DMV: not sure of language, cant translate. Doesn’t look like it's my boat in Franch or German
Verdict: DENIED
DMV: not sure of language, cant translate. Doesn’t look like it's my boat in Franch or German
Verdict: DENIED
Learn more about the HOPE mission: store.steampowered.com/app/3622230/...
Learn more about the HOPE mission: store.steampowered.com/app/3622230/...
👏 Congratulations to all GSEA recipients!
#SMBE2025
👏 Congratulations to all GSEA recipients!
#SMBE2025
RNA-seq mit DESeq2/GSEA auf 3 vs. 803 Proben?
➡️Das ist jenseits der statistischen Aussagekraft.
📌Ergebnis: Overfitting pur – oder: „Du findest, was du suchst.“
4/14
RNA-seq mit DESeq2/GSEA auf 3 vs. 803 Proben?
➡️Das ist jenseits der statistischen Aussagekraft.
📌Ergebnis: Overfitting pur – oder: „Du findest, was du suchst.“
4/14
GSEA Explanation
youtu.be/egO7Lt92gDY?...
GSEA Interpretation
youtu.be/Yi4d7JIlAsM?...
GSEA Explanation
youtu.be/egO7Lt92gDY?...
GSEA Interpretation
youtu.be/Yi4d7JIlAsM?...
#SMBE2026 #society
#SMBE2026 #society
Gemma's research combines traditional phylogenetics, phylogenomics, and machine learning to understand the genomic basis of terrestrialization across animals
More on Gemma ⬇️ and follow her: @gemmaeling.bsky.social
Gemma's research combines traditional phylogenetics, phylogenomics, and machine learning to understand the genomic basis of terrestrialization across animals
More on Gemma ⬇️ and follow her: @gemmaeling.bsky.social
academic.oup.com/bioinformati...
academic.oup.com/bioinformati...
Dylan investigates the rate, pattern, and mechanisms of transfer RNA gene duplication to understand its propagation and maintenance in D. melanogaster.
More on Dylan ⬇️ and follow him: @dylansosa.bsky.social
Dylan investigates the rate, pattern, and mechanisms of transfer RNA gene duplication to understand its propagation and maintenance in D. melanogaster.
More on Dylan ⬇️ and follow him: @dylansosa.bsky.social
Alba's popgen and computational biology research focuses on population structure and its critical role in demographic inference.
More on Alba ⬇️ and follow her: @albanietoh.bsky.social
Alba's popgen and computational biology research focuses on population structure and its critical role in demographic inference.
More on Alba ⬇️ and follow her: @albanietoh.bsky.social
#Microbiome #Bioinformatics #Preprint
#Microbiome #Bioinformatics #Preprint
Hannah works on improving bioinformatic tools to account for weak selection on synonymous codon usage. 💻
More on Hannah ⬇️ and follow her: @hverdonk.bsky.social
Hannah works on improving bioinformatic tools to account for weak selection on synonymous codon usage. 💻
More on Hannah ⬇️ and follow her: @hverdonk.bsky.social
More on Oya ⬇️
#society
More on Oya ⬇️
#society
Philipp is working at the intersection of genomics, museum collections, insect evolution, and transposable elements.
More on Philipp ⬇️ and follow him: @philipphummer.bsky.social
Philipp is working at the intersection of genomics, museum collections, insect evolution, and transposable elements.
More on Philipp ⬇️ and follow him: @philipphummer.bsky.social
The graph below gives an overview of abnormal pathways. We'll highlight a few interesting ones.
The graph below gives an overview of abnormal pathways. We'll highlight a few interesting ones.
More on Wei-Han ⬇️
#society
More on Wei-Han ⬇️
#society
📊 40 significant pathways (padj < 0.05, |NES| > 1) highlighting strong immune and inflammatory signals.
🏆 Top enriched pathway: KEGG Allograft Rejection
(NES = 2.44, p.adj = 1.87e-3)
Suggests a major immune activation signature 🚨
#Bioinformatics #RNAseq #GSEA
📊 40 significant pathways (padj < 0.05, |NES| > 1) highlighting strong immune and inflammatory signals.
🏆 Top enriched pathway: KEGG Allograft Rejection
(NES = 2.44, p.adj = 1.87e-3)
Suggests a major immune activation signature 🚨
#Bioinformatics #RNAseq #GSEA