www.biorxiv.org/content/10.6...
www.biorxiv.org/content/10.6...
Xi regulates gene expression from the active X.
1/n
Xi regulates gene expression from the active X.
1/n
More information available at: 👉 longtrec.eu/VALT/
Meet the #LongReadsTranscriptomics community, connect with experts, and explore the latest advances in this research area.
More information available at: 👉 longtrec.eu/VALT/
Meet the #LongReadsTranscriptomics community, connect with experts, and explore the latest advances in this research area.
www.biorxiv.org/content/10.1...
(1/n)
www.biorxiv.org/content/10.1...
(1/n)
www.nature.com/articles/s42...
www.nature.com/articles/s42...
The buffering is much stronger than at the RNA level.
The buffering is much stronger than at the RNA level.
Multiple TFs transmit mechanical forces into transcriptional regulation.
Nuclear shape, size, and chromatin abnormalities are common features of many diseases.
Multiple TFs transmit mechanical forces into transcriptional regulation.
Nuclear shape, size, and chromatin abnormalities are common features of many diseases.
@tianyuanliu.bsky.social - "Transcriptome Universal Single-isoform Control (TUSCO) A framework for evaluating transcriptome quality." 15:40–15:50 Track iRNA · Room 02N
@tianyuanliu.bsky.social - "Transcriptome Universal Single-isoform Control (TUSCO) A framework for evaluating transcriptome quality." 15:40–15:50 Track iRNA · Room 02N
We're looking forward to meeting you!!
We're looking forward to meeting you!!
@anaconesa.bsky.social
@anaconesa.bsky.social
Starting with an introduction of our network from @anaconesa.bsky.social and a quick getting to know our participants - both trainers and trainees!
It’s amazing to see how quickly meaningful connections are forming. Scientific progress doesn’t happen in isolation — it’s built through collaboration, shared knowledge, and open dialogue.
It’s amazing to see how quickly meaningful connections are forming. Scientific progress doesn’t happen in isolation — it’s built through collaboration, shared knowledge, and open dialogue.
@anaconesa.bsky.social
@anaconesa.bsky.social
tianyuanliu.bsky.social is a Doctoral Candidate at @i2sysbio.es under the supervision of @anaconesa.bsky.social He explains the question he wants to answer: "How does the exact chromatin landscape at a promoter decide which RNA isoform is made?"
Leda is doing exciting research at @crg.eu, working with
@evamarianovoa.bsky.social
to explore the role of epitranscriptomic modifications of #tRNAs in cancer and beyond!
#CancerResearch #tRNAs #RNAMods #Epitranscriptomics
tianyuanliu.bsky.social is a Doctoral Candidate at @i2sysbio.es under the supervision of @anaconesa.bsky.social He explains the question he wants to answer: "How does the exact chromatin landscape at a promoter decide which RNA isoform is made?"
tianyuanliu.bsky.social is a Doctoral Candidate at @i2sysbio.es under the supervision of @anaconesa.bsky.social He explains the question he wants to answer: "How does the exact chromatin landscape at a promoter decide which RNA isoform is made?"
Leda is doing exciting research at @crg.eu, working with
@evamarianovoa.bsky.social
to explore the role of epitranscriptomic modifications of #tRNAs in cancer and beyond!
#CancerResearch #tRNAs #RNAMods #Epitranscriptomics
Leda is doing exciting research at @crg.eu, working with
@evamarianovoa.bsky.social
to explore the role of epitranscriptomic modifications of #tRNAs in cancer and beyond!
#CancerResearch #tRNAs #RNAMods #Epitranscriptomics