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Invitrogen™ BioPrime™ Total Genomic Labeling Module
Description
The BioPrime Total Genomic Labeling Module is part of the system that offers users the following advantages:
- Higher signal to noise with Alexa Fluor™ 3 and 5 dyes
- Less channel bias due to novel reaction formulation
- Widest range of input material (50ng - 3μg)
- Simplified workflow with master mix formulation
Contents and Storage:
The BioPrime™ Total Genomic Labeling Module contains Alexa Fluor 3 and Alexa Fluor 5 2x reaction mix, Exo-Klenow fragment (40 U/μL), 5mM EDTA, TE Buffer, and control DNA (Salmon Sperm). Available in a direct labeling format.
Array CGH, ChIP-on-Chip, Chromatin Biology, DNA and RNA Purification and Analysis, DNA Labeling, Gene Expression Analysis and Genotyping, Genotyping and Genomic Profiling, Nucleic Acid Labeling and Oligo Synthesis, RNAi, Epigenetics and Non-Coding RNA Research
Specifications
Specifications
| Detection Method | Fluorescence |
| Label or Dye | Alexa Fluor 3, Alexa Fluor 5 |
| Final Product Type | Probes (Labeled DNA) |
| Labeling Target | Genomic DNA |
| Includes Label or Dye | Yes |
| Labeling Method | Direct Labeling |
| Product Line | BioPrime |
| Product Type | Total Genomic Labeling Module |
| Quantity | 30 Reactions |
Frequently Asked Questions (FAQs)
The reason for using more genomic DNA for the cDNA array is because the BAC arrays have much longer DNA fragments on the array than cDNA, therefore higher homology to the labeled DNA than the cDNA array. The fluorescence signals from the cDNA will be weaker than the BAC array, therefore, you have to start with higher amounts of starting materials.
For Research Use Only. Not for use in diagnostic procedures.