Comparative Genomic Hybridization
Comparative Genomic Hybridization (CGH) is the preferred method for genome-wide analysis of DNA[1] that identifies small deletion and/or duplications in chromosomal regions. By having a labeled DNA of interest hybridize with a labelled normal DNA, CGH generates a map of DNA with copy number changes[2].
CGH has advanced in becoming essential in analyzing chromosomal imbalances. However, the sensitivity of CGH can be thwarted by contaminants[3] yielding false positives that can considerably slow down the process. Therefore, MBI products are assayed for contaminating endonuclease and optimized for all critical assays requiring the highest degree of specificity and purity.
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20X SSC Buffer (Standard Sodium Citrate) 10L
Standard Sodium Citrate controls stringency during washing steps in blotting, hybridization, or microarray.
$257.03 -
20X SSC Buffer (Standard Sodium Citrate) 6 x 2000mL
Standard Sodium Citrate controls stringency during washing steps in blotting, hybridization, or microarray.
$449.13 -
20X SSC Buffer (Standard Sodium Citrate)
Standard Sodium Citrate controls stringency during washing steps in blotting, hybridization, or microarray.
$457.90 -
3M Sodium Acetate Solution pH 5.5 1 x 2L
Nuclease free, high salt molarity and low pH 5.5 for DNA/RNA precipitation.
$148.50 -
20X SSC Buffer (Standard Sodium Citrate) 1 x 1L
Standard Sodium Citrate controls stringency during washing steps in blotting, hybridization, or microarray.
$40.17 -
20X SSC Buffer (Standard Sodium Citrate) 1 x 2L
Standard Sodium Citrate controls stringency during washing steps in blotting, hybridization, or microarray.
$78.80 -
3M Sodium Acetate Solution pH 5.5 1 x 1L
Nuclease free, high salt molarity and low pH 5.5 for DNA/RNA precipitation.
$83.48