Agilent 5988-9209EN Better Sample Preparation Leaflet

Agilent RNA LabChip assays are used for fast, efficient quality control of RNA. The assay kit can be used in nucleic acid microarray experiments to control the quality of RNA, to quantify RNA, and to label RNA samples.


Agilent 5988-9209EN Better Sample Preparation Leaflet - cover page
Brand
Agilent
Category
Other
Document type
Product Leaflet
Language
English
Pages
1
File format
PDF
File size
206 KB
Published
03 July, 2012
Updated
30 September, 2023
MD5 checksum
9CA58106B679C387817BD1AD7396C45D

About this manual

This document outlines Agilent's sample preparation solutions designed to ensure meaningful microarray results. It highlights the use of Agilent RNA LabChip Assays and the 2100 bioanalyzer for quality control to verify RNA integrity. The text also details how starting with less RNA can be sufficient for labeling experiments using specific Agilent Labeling Kits.

What's inside

  • Sample Labeling
  • Quality Control
  • Labeling Kits
  • RNA Assay Kits
  • Fluorescent Linear Amplification Kit
  • cDNA Labeling
  • Oligo Microarrays
  • cDNA Microarrays

Specifications

Minimum total RNA input for Fluorescent Linear Amplification Kit50 ng
Run time for Fluorescent Linear Amplification Kit (eRNA)6 hours
Run time for Fluorescent Linear Amplification Kit (cDNA)10 hours
Amplification fold for Fluorescent Linear Amplification Kit200-300 fold
Minimum sample input for Fluorescent Direct Label Kit10 pg total RNA
Sensitivity for Fluorescent Direct Label Kit3 mANA copies per 10° cells
Qualitative range for ANA 6000 Nano Kit5-500 ng/pl total RNA
Qualitative range for RNA 6000 Pico Kit200-5000 pg/ul total ANA

Frequently asked questions

What is the minimum RNA input for the Fluorescent Linear Amplification Kit?

The kit requires as little as 50 ng total RNA.

How long does the Fluorescent Linear Amplification Kit procedure take for eRNA?

The procedure takes only 6 hours for eRNA.

What is the sensitivity of the Fluorescent Direct Label Kit?

It has a sensitivity of 3 mANA copies per 10° cells on Agilent's microarrays.

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