sailgene

Sailgene Technology specializes in Oxford Nanopore Technologies sequencing, complemented by PacBio, NGS platforms to provide complete multi-platform solution.

[sailgene @sailgene]

🔬 Ultra‑long DNA extraction – validated across 5 challenging species.

We routinely recover 48.5 kb – 485 kb DNA fragments from marine fish, arthropods, mollusks, insects, and tapeworms – using our custom‑designed extraction kit.

[sailgene @sailgene]

Proud to sponsor the @NCState Genetics & Genomics Academy Retreat on Sept 4! Stop by to explore Sailgene’s Ultra-Long DNA (N50>150kb) & Direct RNA sequencing. 🧬 #Genomics

[sailgene @sailgene]

🌱 Sailgene is proud to sponsor iGST2026 & AGCC 2026 in Bangkok! Join us Sept 7–8 at Booth #8 to explore long-read sequencing for agricultural genomics, pangenomes & T2T assemblies. See you there!
#iGST2026 #AGCC2026 #AgriculturalGenomics #LongReadSequencing

[sailgene @sailgene]

We compared 100× Hi-C vs. 20× Pore-C on highly repetitive genomic regions.

🔴Hi-C (100×): Short reads can't map uniquely across repeats → filtered out → interaction signal lost.

🟢Pore-C (20×): Long reads span the repeats → unique alignment → interaction signals stay intact

[sailgene @sailgene]

🧬 Short-read scRNA-seq misses the full picture.

A new study in J Neuroinflammation used ONT long-read sequencing to profile microglial aging — uncovering 57,647 novel isoforms & isoform switching invisible at gene level.

#LongReadSequencing #SingleCell #Neuroinflammation

[sailgene @sailgene]

Three families. Three challenges. One long-read workflow. 🌱🦔🦏

Fabaceae N50: 105.35 kb
Erinaceidae N50: 141.96 kb
Rhinocerotidae N50: 116.6 kb
In-house plant & animal extraction kits.
No size selection. No filtering.
DM us to see full read distributions.

#LongReadSequencing

[sailgene @sailgene]

New review: isoform-resolved scRNA-seq reveals splicing, variants, RNA edits, fusion transcripts & more. Key applications: cancer, neuroscience, development. Sailgene provides long-read solutions for full transcriptome exploration. #SingleCell #Nanopore #IsoformResolution

[sailgene @sailgene]

T2T genomes are revealing the hidden architecture of life.

From telomeres and centromeres to repetitive regions, complete genome assemblies are uncovering biology that was once invisible — advancing precision medicine, evolution, and biodiversity research.

#T2TGenome #Genomics

[sailgene @sailgene]

From draft genomes to T2T assemblies, long-read sequencing is transforming genome research.

Resolving repeats, centromeres, telomeres, and structural variation enables a more complete view of genome biology.

#Genomics #T2TGenome

[sailgene @sailgene]

🧬 984 soybean genomes, 602K SVs. Nat Commun study shows SVs drive domestication & traits. SV‑GWAS found 338 loci SNPs missed.
Long reads needed – Sailgene delivers.

#StructuralVariants #Nanopore #Sailgene

[sailgene @sailgene]

𝐑𝐍𝐀 𝐢𝐬 𝐦𝐨𝐫𝐞 𝐭𝐡𝐚𝐧 𝐢𝐭𝐬 𝐬𝐞𝐪𝐮𝐞𝐧𝐜𝐞.

Nanopore Direct RNA Sequencing preserves native RNA context, enabling researchers to explore transcript structures, RNA modifications, and poly(A) tails in a single molecule.

#DirectRNASequencing #Nanopore #Transcriptomics

[sailgene @sailgene]

One gene. Multiple transcripts. Hidden complexity.
Short-read RNA-seq often struggles to resolve complete isoforms. Direct RNA Sequencing captures full-length RNA molecules, enabling a clearer view of transcript diversity and alternative splicing.
#Nanopore #LongReads

[sailgene @sailgene]

RNA is more than sequence.
Direct RNA sequencing reads native molecules—capturing full-length structure, splicing, modifications & poly(A) tails.
No RT, no PCR bias. See the real transcriptome.
#DirectRNA #Nanopore #Transcriptomics #Sailgene

[sailgene @sailgene]

From T2T genomes to breeding insights.

A new Nature Genetics study shows how long-read sequencing enables complete cotton genomes, pangenome analysis, and structural variant discovery—connecting genome architecture with important breeding traits.
#LongReadSequencing

[sailgene @sailgene]

🌱 Great conversations at @ASPB

We’re excited to connect with researchers and plant scientists in Ottawa, discussing how long-read sequencing can advance plant genomics research.

📍 Visit us at Booth #29!

#PlantBio2026 #PlantScience

[sailgene @sailgene]

@ASPB 🌱 Great conversations at #PlantBiology2026!

We’re excited to connect with researchers and plant scientists in Ottawa, discussing how long-read sequencing can advance plant genomics research.

📍 Visit us at Booth #29!
#PlantBio2026 #PlantScience

[sailgene @sailgene]

🌱 We are live at #PlantBiology2026!

Visit Sailgene at Booth #29 to discuss plant genomics solutions powered by long-read sequencing.

🧬 Ultra-long reads | T2T genomes | Direct RNA Sequencing

See you in Ottawa! #ASPB #PlantScience #WeAreASPB

[sailgene @sailgene]

Tomorrow it begins! 🌿
We're excited to kick off #PlantBiology2026 and look forward to meeting researchers from around the world.
📍 Booth #29
🧬 Ultra-long sequencing | T2T genomes | Direct RNA Sequencing
See you in Ottawa! #ASPB

[sailgene @sailgene]

#PlantBio2026 See you at ASPB2026! 🌱 Discover how Sailgene supports plant genomics with Ultra-Long ONT Reads, T2T Genome Assembly, Direct RNA Sequencing, and multi-platform sequencing services. Visit our booth & follow us on LinkedIn for gifts! 🎁

[sailgene @sailgene]

🧬 T2T genomes are entering a new era of analysis.

A recent Nucleic Acids Research study introduces T2T-Hub, a platform for analyzing and visualizing complete plant and animal genomes, highlighting the growing importance of T2T assemblies in genomics research.

#T2T #Genomics