Attending the 2026 NCI RNA Workshop at the #NIH tomorrow?

Don't miss our poster #21, "Improved Data Quality in Short Read and Long Read RNA-seq Using an Ultraprocessive Reverse Transcriptase That Copies at 30°C."

We'd love to learn more about your research and see if we have tools that can help.

rnaconnect.com/blogs/news-r...

Turn your toughest RNA-Seq challenges into publishable data with uMRT, which provides 10–30% more genes detected & truly uniform gene body coverage.

Visit us at Booth #302 at #ABRF26, March 28–31 in Pittsburgh, PA!

Learn more at the 🔗 in the comments.

#RNASeq @abrf.bsky.social

Missing isoforms? Uneven RNA-Seq coverage? Jason Underwood has answers today! @jg-underwood.bsky.social

📍 Poster 476
📅 Wed, Feb 25 | 4:45–6:10 p.m.

New methods for more accurate, complete RNA-Seq data. Don't miss it at #AGBT26.

Welcome! You are invited to join a meeting: webinar : Empowering New Transcriptomic Discoveries with Better Tools and Methods for RNA-Seq. After registering, you will receive a confirmation email abou... Welcome! You are invited to join a meeting: webinar : Empowering New Transcriptomic Discoveries with Better Tools and Methods for RNA-Seq. After registering, you will receive a confirmation email abou...

Register today: bit.ly/4ariOCY

Join us tomorrow (Feb 19) for a live discussion on overcoming key limitations in conventional #RNASeq, including incomplete transcript capture and structural bias, and exploring newer approaches that improve data resolution and confidence.

Register via the link in the comments.

#RNA #RNASky

Meet with Jason: rnaconnect.com/blogs/news-r...

RNAConnect at AGBT 2026. Find Jason Underwood VP of Technology Development.

🎶 Where at #AGBT26 is…Jason Underwood?

Find Jason. He’s the one introducing new methods for getting more accurate and complete #RNASeq data at Poster 476 on Feb 25, 4:45–6:10 p.m.

Catch him → Schedule a partnership chat to explore integrations and joint studies.

👀🔗⬇️

Thanks to the following sponsors who are supporting the 2026 JAX Long-Read Sequencing Workshop!

@sagescience.bsky.social
@twistbioscience.com
@pacbio.bsky.social
@nebiolabs.bsky.social
@idtdna.bsky.social
@rnaconnect.bsky.social
@nabsys.bsky.social
@iconpcr.bsky.social
Illumina
Sampled

Webinar Graphic for Empowering New Transcriptomic Discoveries with Better Tools and Methods for RNA-Seq hosted on February 19, 2026, at 10 AM ET. Register Today.

Methods and tools for RNA-seq are advancing rapidly. Are you aware of the drawbacks of historical methods and how you can improve resolution, reduce bias, and elevate confidence in your results?

Learn more as our speakers share data and discuss the latest methods for #RNAseq.

bit.ly/4rm6adZ

UltraMarathonRT Direct RNA-Seq Kit now available for ordering!

Now Available!

The UltraMarathonRT® Direct RNA‑Seq Kit is compatible with your existing ONT protocol, designed to generate higher cDNA yields and improved performance on long/structured RNAs.

Order now: bit.ly/4ju71Xl

#RNA #RNAseq #NGS #nanopore #LongRead #RNASky

Read the latest RNAConnect publication titled Improved long-transcript representation in Oxford Nanopore direct RNA sequencing with UltraMarathonRT

Ditch the doomscrolling and read the latest data showing how uMRT can improve your ONT direct RNA-Seq.

Highlights:
• Notable gains for >5 kb
• ↑ NIC & NNIC + ↑ intron retention
• +~25% higher cDNA yield

Dive into the data → www.biorxiv.org/content/10.6...

#RNA #RNAseq #DRS #cDNA #RNASky

Press release 🔗 bit.ly/3MD4MEF

Press release: RNAConnect Launches the UltraMarathonRT Direct RNA-Seq Kit to Advance Nanopore-based Native-RNA Sequencing

The UltraMarathonRT® Direct RNA‑Seq Kit preserves and detects longer #RNAs and reveals more isoforms per gene.

This kit offers a simple drop‑in fit to your #Nanopore SQK‑RNA004 workflow.

See how it expands what you can learn from every #longread seq sample.

PR🔗below.

#RNASeq #DRS

More Data from Each RNA Sample with Less Bias UltraMarathonRT cDNA Synthesis & Amplification Kit

What if you could see more transcripts from each of your #RNA samples?

uMRT has been engineered to efficiently copy even the most difficult RNA targets, including:

🔹 Highly structured RNAs
🔹 Long transcripts (≤20kb)
🔹 High GC content regions
🔹 Non-coding RNAs

Learn more: bit.ly/488ScFO

rnaconnect.com/pages/umrtcd...

Reveal What Retroviral RTs Miss.

Unlock deeper RNA-seq insights with uMRT, including:
🔹 Low-abundance transcripts
🔹 High GC content regions
🔹 Unique isoforms
🔹 Non-coding RNAs
...and more

Enhance your RNA-seq today! Read more in the comments below...

#RNASeq #RNA #GeneDetection #BioTech

uMRT has been engineered to deliver ultra-processivity at 30°C. It copies every RNA end-to-end in a single pass, which reveals more genes, transcripts, isoforms, and even twice as many retained introns as leading retroviral RT kits.

Learn more: bit.ly/488ScFO

#GeneDetection #RNASeq

Efficient circRNA Detection Using the Processive Reverse Transcriptase uMRT Circular RNAs (circRNAs) are covalently closed RNA molecules known for their increased stability compared to linear RNAs. Synthetic circRNAs are being developed as RNA therapeutics, while natural circ...

Pub 🔗https://bio-protocol.org/en/bpdetail?id=5480&type=0

[2/2]
Pub highlights:
• Improved read-through of structured regions at ambient conditions
• Accurate and efficient cDNA concatemer generation from circular RNA
• Fewer steps to sequence the concatemeric RT PCR product directly
• Applicable to synthetic and natural circRNAs, from short to very long

[1/2] A new publication from Warkentin & Pyle presents a practical workflow for accurate circRNA detection using UltraMarathonRT® (uMRT), a highly processive reverse transcriptase.

Pub 🔗 in the comments.

#cDNA #RNA #RNAseq #circRNA #RTPCR #RNASky

We’re excited to (RNA)Connect with you at #ASHG25!

Visit Booth #121 to discover how uMRT reveals more from every RNA sample.

▪️ 10–30% more genes detected
▪️ Superior quantification of long transcripts

See what your #RNASeq data has been missing.

#RNA #cDNA #RNASky #transcriptomics #genomics

We’re live at ASHG 2025 — exhibit hours begin today from 9:30 am to 4:30 pm!

Stop by Booth #121 to chat with the RNAConnect team and discover how UltraMarathonRT® can enable you to reveal more of the transcriptome.

#ASHG25 #RNA #Genomics #Transcriptomics #RNASky

Single-cell RNA-seq using UltraMarathonRT expands the known transcriptome The ability to map messenger RNA (mRNA) molecules from individual cells using next-generation sequencing technologies, known as single-cell RNA-seq (scRNA-seq), is transforming biology by redefining c...

www.biorxiv.org/content/10.1...

Congrats to Chia-Ling Chou, Emmanuel Saliba, Anna Marie Pyle, Li-Tao Guo and co-authors on demonstrating how single-cell RNA-Seq with UltraMarathonRT® reveals unexpected transcriptomic diversity.

🔗👇

@emmanuel-saliba.bsky.social @litaoguo.bsky.social

#singlecell #scRNAseq #RNA #RNAresearch #RNASky

Learn more: bit.ly/488ScFO

The new UltraMarathonRT® (uMRT) cDNA Synthesis & Amplification Kit reveals more information from every RNA sample.

RNAseq has been limited by retroviral RTs for too long.

The latest uMRT Kit reveals more information from every RNA sample.

Unlock:
▪️ 10-30% more genes
▪️ More reliable gene quant
▪️ Improved gene body coverage with less bias
▪️ Detects 2x more retained introns

#RNASeq #NGS #RNASky

Read the white paper: bit.ly/3K9RxKy

uMRT RT-qPCR provides more reliable results with consistent Ct values and full-length cDNA every time

You may be getting biased or inaccurate results from your RT-qPCR kit and not even know it.

Our new white paper shows how UltraMarathonRT® delivers robust, reliable results regardless of primer choice and outperforms leading retroviral RTs.

🔗Link in comments.

#RTqPCR #qPCR #RNASky

RNA Connect | UltraMarathonRT cDNA Synthesis & Amplification Kit Maximize insights from your short-read RNA-seq with the UltraMarathonRT® cDNA Synthesis & Amplification Kit. With intrinsic helicase activity, UltraMarathonRT makes full length cDNA from RNA templates...

[2/2]
Engineered for ultraprocessivity and sensitivity, uMRT makes faithful cDNAs of even the longest, most structured, and low-abundance RNAs - which retroviral RTs simply can’t do.

Reveal more of the transcriptome: bit.ly/488ScFO