RNAConnect
@rnaconnect.bsky.social
Ultra-performance enzymes to power a new multiomic era
📍Branford, CT
🔗www.rnaconnect.com
📍Branford, CT
🔗www.rnaconnect.com
November 4, 2025 at 4:20 PM
Pub 🔗https://bio-protocol.org/en/bpdetail?id=5480&type=0
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...
bio-protocol.org
October 22, 2025 at 6:50 PM
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
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
October 22, 2025 at 6:50 PM
[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
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
Read the white paper: bit.ly/3K9RxKy
bit.ly
September 23, 2025 at 3:48 PM
Read the white paper: bit.ly/3K9RxKy
[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
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
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...
bit.ly
September 9, 2025 at 7:57 PM
[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
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
Learn more: rnaconnect.com/blogs/news-r...
American Society of Human Genetics (ASHG) 2025
🗓 Date: October 14-18, 2025📍 Location: Boston, MA We look forward to seeing you at the American Society of Human Genetics (ASHG) Annual Meeting. As the genomics and transcriptomics fields continue to ...
rnaconnect.com
September 4, 2025 at 4:55 PM
Learn more: rnaconnect.com/blogs/news-r...
Read the full PR here: bit.ly/3JzqRTa
RNAConnect® Announces Commercial Launch of UltraMarathonRT® cDNA Synth
Branford, CT, August 27, 2025 — RNAConnect, a leader in next-generation molecular biology tools, today announced the commercial launch of the UltraMarathonRT cDNA Synthesis and Amplification Kit, desi...
bit.ly
August 27, 2025 at 7:13 PM
Read the full PR here: bit.ly/3JzqRTa
[2/2]
UltraMarathonRT naturally unwinds RNA’s secondary structures, copies through mods and enables the detection of far more ncRNAs of any size.
With noncoding RNAs rewriting the rules of molecular biology, UltraMarathonRT, can aide researchers in reading their full stories.
UltraMarathonRT naturally unwinds RNA’s secondary structures, copies through mods and enables the detection of far more ncRNAs of any size.
With noncoding RNAs rewriting the rules of molecular biology, UltraMarathonRT, can aide researchers in reading their full stories.
August 20, 2025 at 5:40 PM
[2/2]
UltraMarathonRT naturally unwinds RNA’s secondary structures, copies through mods and enables the detection of far more ncRNAs of any size.
With noncoding RNAs rewriting the rules of molecular biology, UltraMarathonRT, can aide researchers in reading their full stories.
UltraMarathonRT naturally unwinds RNA’s secondary structures, copies through mods and enables the detection of far more ncRNAs of any size.
With noncoding RNAs rewriting the rules of molecular biology, UltraMarathonRT, can aide researchers in reading their full stories.
These winners are innovators in the thriving RNA research community—and use the unique power of uMRT to do it.
We’re proud to announce our support of their scientific pursuits on RNA Day! 🥳
We’re proud to announce our support of their scientific pursuits on RNA Day! 🥳
August 1, 2025 at 3:41 AM
These winners are innovators in the thriving RNA research community—and use the unique power of uMRT to do it.
We’re proud to announce our support of their scientific pursuits on RNA Day! 🥳
We’re proud to announce our support of their scientific pursuits on RNA Day! 🥳