Top Tweets for #fiberseq
Read our #AACRdrugdev26 #FiberSeq Abstract: Single-molecule protein footprinting with Fiber-seq resolves coordinated chromatin states across regulatory domain https://t.co/qUFq4jpB0s
Did you miss us at AACR Drug Discovery and Development (AACR D3) last week? Download our posters to see the exciting science presented by Morgan Oatley and Keith Maier!
1️⃣🔗https://t.co/ghO7v2UG3N
2️⃣🔗https://t.co/YXsSwhF3uO
#AACRdrugdev26 #FiberSeq #FFPE #Epigenetics
What does short-read epigenomics miss?
A study using Fiber-seq on human brain tissue found ~20,000 accessible chromatin regions missed by short-read methods. Read our new blog to learn more⤵️
https://t.co/ZQalbvcmCD
#FiberSeq #Epigenomics
How can you profile chromatin accessibility, DNA methylation, and protein footprints in a single assay?
🔗 Read more: https://t.co/joyMJvDwTH
#Epigenomics #Chromatin #ATACseq #Multiomics #Fiberseq #EpiCypher
We're headed to San Diego for #PAG2026! 🌴
Visit booth 329 to talk with EpiCypher about Fiber-seq – our next-gen single-molecule chromatin profiling platform.
Let’s decode chromatin, one molecule at a time 🧬
#Epigenetics #Fiberseq #Genomics
Huge thanks to everyone who visited us on Day 1 of #ASHG2025! 👏 If you haven’t yet, swing by Booth 530 today to explore Fiber-seq – a multiomic long-read tech to co-profile chromatin, DNA methylation, and footprints.
#Epigenetics #FiberSeq #ASHG
❓How can you profile #chromatin accessibility, DNA methylation, & protein footprints in ONE assay?
💡 In our new blog, we break down how the Fiber-seq tech is transforming epigenomics. 🧬
👉 Read blog: https://t.co/bx83PTsgA1
#Epigenomics #ATACseq #Multiomics #Fiberseq
Heading to #ASHG2025? Don’t miss Emily Madden’s talk:
🧬 “Unraveling Regulatory Architecture in Complex Genomic Regions Using Fiber-seq”
🗓️ Fri, Oct 17 | 10:15am ET
📍 CoLab Theater 1 (PacBio)
#Epigenetics #Fiberseq #Chromatin
How can you profile chromatin accessibility, DNA methylation, & protein footprints in ONE assay?
💡 In our new Fiber-seq 101 blog, we break down how this platform is transforming epigenomics.
🔗 Read more: https://t.co/joyMJvDwTH
#Epigenomics #ATACseq #Multiomics #Fiberseq
Today at #AGBT: 4–5 PM PT — Keith Maier presents Poster #507
Standardizing Fiber-seq for direct multi-omic chromatin profiling at single-molecule resolution 🧬
📥 Grab the poster: https://t.co/41nV9HSjZU
#Epigenetics #Fiberseq #Multiomics
Just announced: CUTANA™ Fiber-seq — a game-changing platform for multiomic profiling of chromatin accessibility, DNA methylation, protein footprints, and genetic variants in a single assay.
🔗 https://t.co/j3bWi0DoX2
#Epigenetics #Fiberseq #Chromatin
Going to Epigenetic Variation in Barcelona? 🇪🇸
Catch Dr. James Anderson’s talk on Fiber-seq 🧬, a multi-omic LRS method revealing chromatin, TFs, DNAme and haplotypes in one assay.
📍 Aug 14 | 🕘 9am CEST
#Epigenetics #FiberSeq #LRS
📣 EpiCypher is heading to Naples for CLEPIC 2025! Join us June 13 at 10am for an #EpiExpert Talk by Bryan Venters on Fiber-seq. #CLEPIC2025 #Epigenetics #LongReadSequencing #Genomics #FiberSeq #MultiOmics #PrecisionMedicine #EpiCypher #ClinicalEpigenomics
"Fiber-seq continues to transform our understanding of gene regulation" — as @PacBio recently highlighted. Let’s dive into how this innovative tech works and why it’s a game-changer. 🔬✨
https://t.co/Ps6iUYXyG1
#FiberSeq #PacBio #GeneRegulation #Epigenetics
🧵1/6
Deaminase-assisted Fiber-seq (DAF-seq) has arrived! DAF-seq is an amplification-compatible version of #Fiberseq that resolves genetic and chromatin architectures with single-nucleotide, single-molecule, single-haplotype, and single-cell precision. https://t.co/ArxOOOlqoj
Thrilled to share the culmination of 4 years of #Fiberseq research enabling the accurate quantification of chromatin accessibility across the 6 Gbp diploid human genome with single-molecule and single-nucleotide precision. See thread for the main findings
https://t.co/JEaTMohlxK
Fibertools is published in @genomeresearch! Ultra-fast m6A calling for PacBio #Fiberseq. Seamless processing of any long-read epigenetic or genetic data. Wonderful collaboration (https://t.co/XYOpPKmhqa) led by @mrvollger @AnupamaJha48 and Dr. Bohaczuk. https://t.co/yVIRntu3ij
Mechanism: (1) Altered TF binding element spacing -> (2) Stabilized TF occupancy at STR -> (3) Creation of co-dependent enhancer cluster -> (4) Activation of distal microRNA promoter -> (5) Increased expression of MIR7-2/MIR1179. (#Fiberseq solved first 4 parts in 1 experiment)
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