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Small RNA Sample Prep Kit (NGS Sequencing)

13 Item(s)

per page
CATALOG #LOT#PRODUCT NAMESIZEPRICESTOCKBUY
KS072012-I
Aligner 1-12 12 $299

In Stock


KS072012-II
Aligner 13-24 1 Kit $299

In Stock


KS072012-III
Aligner 25-36 1 Kit $299

In Stock


KS072012-IV
Aligner 37-48 1 Kit $299

In Stock


KS071012-12
B908042 Gel Breaker Tubes 12 $24

In Stock


KS071012-11
B904123 Gel Cutter 12 $24

Low Stock


KS071012-13
C109037 Gel Filter 12 $40

In Stock


KS074012-I
RapidSeq High Yield Small RNA Sample Prep Kit - With Aligner 1-12 1 Kit $800

In Stock


KS074012-II
RapidSeq High Yield Small RNA Sample Prep Kit - With Aligner 13-24 1 Kit $800

In Stock


KS074012-III
RapidSeq High Yield Small RNA Sample Prep Kit - With Aligner 25-36 1 Kit $800

In Stock


KS074012-IV
RapidSeq High Yield Small RNA Sample Prep Kit - With Aligner 37-48 1 Kit $800

In Stock


KS074012
RapidSeq High Yield Small RNA Sample Prep Kit - Without Aligners 1 Kit $700

In Stock


KS074012-T
RapidSeq High Yield Small RNA Sample Prep Kit, Trial version enough for 2 rxn. Customer select aligners 1 Kit $199

In Stock


13 Item(s)

per page

Introduction to Small RNA Sample Prep Kit (NGS Sequencing)

RapidSeq Small RNA Sample Preparation Kits is a simple, yet cost-effective method for generating small RNA libraries directly from total RNA. Small RNA is a large family of regulatory molecules in organisms and plays an important role in development and disease. Small RNA can be used for Next Generation Sequencing (NGS) which is a powerful tool to identify and qualitatively analyze the entire population of small RNAs. BioChain’s RapidSeq Small RNA Sample Preparation Kits provide a method for preparing NGS libraries for subsequent cluster generation by using purified small RNA or total RNA which contains small RNA fragments as input.

Features

  • Simplified workflow- most components are supplied as ready-to-use super mixtures which reduce setup time and liquid handling steps
  • Great performance – comparable yield with benchmark’s fresh made mixtures
  • Wide dynamic range – total RNA input could be down to 100 ng
  • Applications

  • Small RNA detection and quantification
  • Small RNA discovery
  • MicroRNA expression and profiling
  • MicroRNA related functional assessment and validation
  •