ChIP Elute Kit

Resources

• Application Note
  • Poster presenting data generated with the ChIP Elute Kit and DNA SMART ChIP-Seq Kit (Presented at ABRF 2015). 
  • Poster presenting data generated using a novel approach for smRNA-seq library preparation 
  • Poster presenting data generated using the SMARTer method for TCR profiling with the ICELL8 automation system 
  • Poster presenting workflows for high-throughput single-cell TCR profiling using the SMARTer method 
  • Poster presenting an NGS appproach for gene fusion identification based on SMARTer 5' RACE  
  • Poster presenting data generated using an RNA-seq library preparation method that enriches for transcripts of interest 
  • Poster presenting data generated from clinical samples using the SMARTer Human TCR a/b Profiling Kit 
  • Poster presenting TCR profiling data generated using a 5' RACE-based approach for NGS libary preparation 
  • Poster presenting TCR profiling data generated using a 5' RACE-based approach for NGS libary preparation 
  • Poster presenting data generated from challenging samples using the SMARTer Stranded RNA-Seq Kit 
  • Poster describing an application of SMART cDNA synthesis technology for RNA-seq library preparation 
  • Poster presenting data generated with the SMART-Seq v4 Ultra Low Input RNA Kit for the Fluidigm C1 System 
  • Poster presenting an improved method for single-cell RNA-seq 
  • Poster demonstrating automation of the SMART-Seq v4 NGS library preparation workflow on the Mantis platform 
  • Poster comparing the performance of a SMARTer kit for ultra-low input RNA-seq with competitor RNA-seq kits 
  • Poster demonstrating application of the SMART-Seq v4 method for differential expression analysis by 3' end counting 
  • Poster presenting data generated using a novel method for stranded total RNA-seq library preparation from picogram inputs 
  • Poster presenting novel approaches for stranded total RNA-seq from picogram inputs and ligation-free smRNA-seq 
  • Poster demonstrating rare allele detection from cfDNA using ThruPLEX technology