Cy5.5™ Amidite
TempliPhi™ Sequence Resolver Kit resolves most of the sequencing stops or gaps that routinely elude other commonly used finishing methods. The use of this kit eliminates the need to use dGTP chemistry, which can affect the accuracy of a sequence due to the appearance of sequence compression. In addition, it eliminates the need for additives in the sequencing reaction.
Cy5.5™ Amidite
TempliPhi™ Sequence Resolver Kit resolves most of the sequencing stops or gaps that routinely elude other commonly used finishing methods. The use of this kit eliminates the need to use dGTP chemistry, which can affect the accuracy of a sequence due to the appearance of sequence compression. In addition, it eliminates the need for additives in the sequencing reaction.
Pack size
Overview
TempliPhi™ Sequence Resolver Kit resolves most of the sequencing stops or gaps that routinely elude other commonly used finishing methods. The use of this kit eliminates the need to use dGTP chemistry, which can affect the accuracy of a sequence due to the appearance of sequence compression. In addition, it eliminates the need for additives in the sequencing reaction.
- Wide selection of CyDye fluors for protein labeling for use in ELISA & immunoprecipitation
- Labeling strategy based on protein characteristics
- Medium to high-throughput fluorescence imaging
- Ready-to-use labeled antibodies enable multiplexed assays
- Streptavidin-conjugated CyDye fluors for use in Flow-cytometry and In situ hybridization
- For incorporation of Cy5.5 fluorescent dyes at any position in an oligonucleotide during synthesis
- DNA synthesis reagent
Amersham™ CyDye™ fluors are versatile fluorophores designed for a broad range of applications. The use of multicolor CyDye fluors enables multiplexing without crosstalk. In addition, the CyDye flours readily dissolve in aqueous buffers, which eliminates the need of organic solvents. The high purity and thorough QC testing of Amersham CyDye fluors generate high levels of chromophore and reactive dye content. Narrow excitation and emission bands result in discrete signals from each fluor, which together with minimal cross-talk contributes to high accuracy.
