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N6 & SeqCenter: Full-Length 16S Sequencing for Microbiome Research

n6 and SeqCenter Partner ⁣to Revolutionize Microbiome ​Research with Full-Length 16S Sequencing

In a⁢ notable advancement for the field of microbiome⁣ research, n6 has announced a strategic partnership with SeqCenter, coinciding with the launch of ‌SeqCenter’s groundbreaking full-length 16S sequencing service at FEMS Micro. this collaboration harnesses the power of n6’s proprietary iconPCR technology, promising researchers superior data quality, enhanced reproducibility, and dramatically​ streamlined workflows – effectively democratizing access to cutting-edge ​microbiome analysis.

The Challenge of ‌Accurate Microbiome Profiling

For⁣ years,microbiome research has been ​hampered by inherent limitations⁤ in sequencing technologies. Traditional‌ methods often struggle with ⁣inaccuracies stemming from chimeric sequences (artificial DNA constructs) and amplification bias, where certain microbial species are overrepresented due to preferential amplification during ⁤the sequencing process. These issues can lead to ​a distorted view of the true ‌microbial ⁢landscape within a⁢ sample, hindering‍ accurate interpretation ​and possibly leading to flawed conclusions.

How iconPCR and SeqCenter are⁤ Changing the Game

The partnership between n6 ⁣and SeqCenter directly addresses these challenges. iconPCR significantly ​reduces the formation of‌ chimeras and minimizes​ amplification bias, ensuring that sequencing results accurately reflect the composition of the microbial community. Combined with SeqCenter’s implementation of PacBio ⁤long-read sequencing, this⁣ delivers species- and even strain-level taxonomic resolution – a leap forward ‌from the limitations of short-read methods.

“We’re⁣ incredibly excited to support⁣ SeqCenter in establishing a new gold standard ⁢for microbiome‌ analysis,” ‌says a spokesperson for n6. ⁢”iconPCR’s transformative potential in next-generation sequencing is now being fully ‌realized, and this partnership will accelerate its adoption across the research⁢ community.”

Key Benefits for Researchers

  • Unparalleled Accuracy: ⁢ iconPCR dramatically reduces‍ chimeric sequences and⁢ amplification bias, ​providing a more faithful representation of the microbial community.
  • High-Resolution Insights: PacBio​ long-read sequencing enables species- and strain-level taxonomic resolution, revealing nuanced differences within microbial populations.
  • robust and Reproducible‌ Results: Studies demonstrate that‍ iconPCR-prepared libraries yield more high-confidence reads, detect up to 10x⁣ more unique amplicon‌ sequence variants (ASVs), and exhibit tighter clustering in diversity analyses.
  • Simplified workflow: Automated normalization and pooling minimize hands-on time and⁣ reduce the risk of manual errors. Researchers simply submit samples ⁢and receive actionable insights.
  • Turnkey Solution: seqcenter manages the entire process, from ⁣sample intake to comprehensive analysis, making advanced microbiome‌ profiling accessible to researchers‌ of all levels of experience.

Beyond ⁢16S: A Versatile Solution for NGS Workflows

The ‍benefits of this collaboration extend beyond⁣ full-length 16S sequencing. iconPCR‘s transformative capabilities can enhance the ​quality⁣ of ‍any next-generation sequencing‍ (NGS) workflow where data accuracy is critical. This includes applications in metagenomics, environmental monitoring, clinical diagnostics, and ‌industrial ⁣biotechnology.

Meet the ‌Experts at FEMS Micro

Researchers attending FEMS Micro are‌ encouraged to​ visit SeqCenter at booth 31 to learn more about this innovative workflow and discuss how n6 and SeqCenter are redefining data quality in microbiome research. Don’t miss this⁢ possibility to explore‍ the future ⁣of microbial analysis.

Interested in ⁣learning more? ‌We’d love to hear ⁤about yoru‍ research! Share ​this‍ article with your colleagues and ⁤leave a ‌comment below‍ with your thoughts on the potential of full-length 16S sequencing. And be sure‌ to subscribe to our newsletter for the latest updates⁤ in microbiome research ⁣and biotechnology.

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