BioPrime™ Total FFPE Genomic Labeling System
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Invitrogen™

BioPrime™ Total FFPE Genomic Labeling System

The BioPrime™ Total FFPE Genomic Labeling System is a complete genomic DNA labeling kit designed for use in array comparativeRead more
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Catalog NumberQuantity
A10965011
also known as A10965-011
30 Reactions
Catalog number A10965011
also known as A10965-011
Price (CNY)
49,960.00
Each
Add to cart
Quantity:
30 Reactions
Price (CNY)
49,960.00
Each
Add to cart
The BioPrime™ Total FFPE Genomic Labeling System is a complete genomic DNA labeling kit designed for use in array comparative genomic hybridization applications (aCGH) using formalin-fixed paraffin-embedded (FFPE) samples. Previous protocols have required large amounts of very high quality DNA, which is often difficult to obtain from FFPE material. With a random prime amplification (RPA) method, using labeling mixes specifically formulated for FFPE samples, BioPrime™ Total FFPE Genomic Labeling System generates high yields of labeled DNA which is most representative of the starting sample.. Increased call accuracy is achieved with higher yields of labeled material on the array, giving you more accurate calls. The BioPrime™ Total FFPE Genomic Labeling System offers users the following advantages:

- Improved call rate with higher signal to noise ratios from Alexa Fluor™ 3 and 5 dyes
- Easy cleanup with PureLink™ purification eliminates the need for complicated volume-reduction steps
- Less channel bias due to enhanced reaction formulation for FFPE samples
- Lower requirements for input material using enzymatic RPA method


This complete, all-inclusive kit is optimized to work across a wider range of sample input material with no need for pre-amplification. Highly concentrated exo-Klenow fragment of DNA polymerase I in a component limited reaction allow for consistent, robust DNA yields of genomic FFPE DNA input. BioPrime™ Total for Agilent™ aCGH is supplied with Purelink™ purification which allows for low elution, eliminating the need for complicated volume-reduction steps. Purelink™ purification also reduces background due to dye bled found in other purification systems An optimized dye labeled nucleotide mix with new dNTP linkers, novel, application-specific Alexa Fluor™ 3 and 5 dyes, and improved buffer chemistry reduce labeling variation and increase signal to noise on arrays. Excitation and emission spectra of Alexa Fluor™ 3 and 5 dyes are suited for conventional two color scanners with no need to change settings. Complete kits are batch tested to assure quality in performance from lot to lot.
For Research Use Only. Not for use in diagnostic procedures.
Specifications
Excitation/Emission650/670, 555/565
Includes Label or DyeYes
Labeling MethodDirect Labeling
Product LineBioPrime™
Product TypeGenomic Labeling System
Quantity30 Reactions
Detection MethodFluorescence
Final Product TypeProbes (Labeled DNA)
Labeling TargetGenomic DNA
Label or DyeAlexa Fluor 3, Alexa Fluor 5
Sample TypeTissue (FFPE)
Unit SizeEach
Contents & Storage
Contains Alexa Fluor™ 3 FFPE 10X nucleotide mix and Alexa Fluor™ 5 FFPE 10X Nucleotide Mix, Exo-Klenow fragment (40 U⁄μl), 5 mM EDTA, 2.5X Random Primers solution, control DNA (Salmon Sperm), and DEPC-treated water. Store at -80°C for long term storage. The 10X Nucleotide Mixes may be stored at +4°C for up to 4 weeks and should be protected from light. Also contains Purelink™ Genomic DNA purification columns and purification buffers. Store at room temperature. All components are guaranteed for 6 months when properly stored.

Frequently asked questions (FAQs)

Why is the selection of a BioPrime Genomic Labeling System so important?

The overall performance of your microarray experiment is driven by numerous factors including the microarray, amplification method, labeling method, hybridization solutions/conditions, blocking and wash methods, as well as performance of the associated hardware systems. In order to achieve the highest confidence in your array results best in class components must be selected for each step. Invitrogen’s BioPrime Total and Cot-1 DNA products are the proven labeling and blocking reagents to increase accuracy, sensitivity, and simplicity.

When using BioPrime Genomic Labeling Systems, why is random primed linear amplification (RPA) so important for these applications?

All of the BioPrime Genomic Labeling systems are based on linear, random primed amplification methods-the best method to maintain accurate representation of copy number. Other methods of amplification may provide inaccurate amplification of starting material which potentially invalidate array results.

What are the differences between Alexa Fluor 3 and 5 used in the BioPrime Genomic Labeling Systems?

Both lines of Alexa Fluor dyes can be used on traditional 2 color scanners with excitation and emission wavelengths optimized for these scanners.  The Alexa Fluor 3 and Alexa Fluor 5 dye conjugated nucleotides have been optimized for DNA Microarray applications and are incorporated with the enzymes used in BioPrime Total Genomic Labeling systems to provide excellent performance when dried down on arrays. Excitation/Emission for Alexa Fluor 3 is 555/565 nm. For Alexa Fluor 5 it is 650/670 nm.

Which BioPrime Genomic Labeling System is right for me?

The BioPrime Total array CGH reagents offer various configurations to allow for optimal performance on arrays based on premier enzymes, primers, dyes and purification systems. For 2 color array CGH and ChIP on Chip experiments Invitrogen recommends the BioPrime Total Genomic Labeling system. The BioPrime Total Genomic Labeling system allows for the lowest starting input material, includes application optimized dye labeled nucleotides with Alexa Fluor 3 and Alexa Fluor 5 dyes, and is the simplest, easiest to use kit in the product family.  For researchers favoring other dyes, BioPrime aCGH Genomic Labeling systems are available without dyes and can be used with your dye of preference to offer superior yield and total dye incorporation due to higher performance enzymes and reagents from Invitrogen. Both BioPrime Total and BioPrime array CGH kits have been successfully used with both oligo and BAC arrays from vendors such as:  Agilent, Perkin Elmer, Signature Genomics, Combimatrix Diagnostics, and BlueGnome. For microarray systems requiring biotin labeling the BioPrime DNA Labeling system includes biotin labeled nucleotides in the kit and has been successfully used in both one and two color microarray experiments. View the Genomic array CGH selection guide.