NxSeq¢ç 40 kb Mate-Pair Cloning Kit
CAT# PRODUCT SIZE STORAGE ¼ÒºñÀÚ°¡ ÁÖ¹®
42028-2NxSeq¢â 40kb Mate-Pair Cloning Kit10 rxns-20¨¬ & -80¨¬ C-·Î±×ÀÎ
42028-3NxSeq¢â 40kb Mate-Pair Cloning Kit20 rxns-20¨¬ & -80¨¬ C-·Î±×ÀÎ

NxSeq¢ç 40 kb Mate-Pair Cloning Kit

True long-span, mate-pair libraries for Next Generation Sequencing
  • Complete your genome with 40 kb, long-span, mate-pair NGS libraries
  • Skip the adapters: pNGS vector contains built-in Illumina and Roche 454 primers sites
  • Ideal for de novo, whole genome sequencing projects
  • Transcription free vector: highly stable clones
Introducing a new paradigm in long-span, mate-pair Next Gen libraries:
the NxSeq 40kb Mate-Pair Cloning Kit. 
The pNGS FOS vector (fig. 1) represents the combination of Lucigen's patented transcription free vectors with a first-of-its-kind feature: built-in Roche 454 and Illumina primer binding sites – no adapter ligation necessary!  Using a 40 kb paired-end library, you can now build the critical scaffold that enables a truly complete genome assembly.  Get exceptionally stable clones due to our transcription-free vector, reduce time and uncertainty by skipping adapter ligation, and get more sequence coverage with less bias than ever before.
 
pNGS-BAC-Vector.png
 
Figure 1.
  
Unique Workflow:
Let Lucigen make the process of generating long-span, mate-pair libraries easier than ever before. 
  • Shear and size select for 40 kb fragments, ligate to the pNGS FOS vector and perform lambda packaging. 
  • Cut with a 4bp restriction enzyme (RsaI, CviQI, BfaI, or FspBI)
  • Reconstitute the restriction site to create a known mate-pair junction. 
  • Amplify with either Roche 454 or Illumina primers and proceed to sequencing (fig. 2).
 
Next-Gen-Sequencing-Di-Tag-NxSeq-40kb.png
Figure 2.

High Efficiency 40 kb Paired-end Sequencing for Next Generation Platforms

To demonstrate the efficiency of cloning and sequencing using the pNGS FOS vector, large-scale, long-span, mate-pair sequencing of a human cell line (GM15510, Coriell) using Illumina technology resulted in 64% of filtered reads accurately mapping to the genome (Table 1). This represents many-fold higher efficiency than existing systems and will allow the accurate assembly of genomes for the first time using next gen sequencing platforms.
Table 1. Summary of Illumina long-span, mate-pair sequencing of a human cell line
Stage No. of Reads %
Pipeline 8,683,854 ¡¡
Filtered reads 6,506,126 ¡¡
Reads mapped 5,173,778 79.2
Reads with pair-sequences 4,685,996 90.6
Long-span, mate pairs* 3,018,576 64.4
*Mapped on same chromosome, ~40 kb apart, uniquely mapped.
 
Genotypes
  • Replicator FOS Strain: F¯ mcrA ¥Ä(mrr-hsdRMS-mcrBC) endA1 recA1 ¥Õ80dlacZ¥ÄM15 ¥ÄlacX74 ara¥Ä139 ¥Äara,leu)7697 galU galK rpsL nupG (attL araC-PBAD-trfA250 bla attR) ¥ë-.
»ç¿ë Èıâ
»ç¿ëÈıⰡ ¾ø½À´Ï´Ù.
»ç¿ëÈıâ ÀÛ¼º
°ü·ÃÁ¦Ç°
NxSeq¢ç AmpFREE Low DNA Library Kits and Adaptors (Illumina-compatible)
gototop