In-Situ Hybridization Products & Reviews

Agilent’s SureHyb Microarray Hybridization Chamber is a stainless steel chamber that defines a sealed space for microarray hybridization. The backing slide is a single-use, silicone gasket designed for Agilent microarray slides, that hold the sample and is assembled with the hybridization chamber.

Agilent’s SureHyb Microarray Hybridization Chamber is a stainless steel chamber that defines a sealed space for microarray hybridization. The backing slide is a single-use, silicone gasket designed for Agilent microarray slides, that hold the sample and is assembled with the hybridization chamber.

Agilent’s SureHyb Microarray Hybridization Chamber is a stainless steel chamber that defines a sealed space for microarray hybridization. The backing slide is a single-use, silicone gasket designed for Agilent microarray slides, that hold the sample and is assembled with the hybridization chamber.

Agilent’s SureHyb Microarray Hybridization Chamber is a stainless steel chamber that defines a sealed space for microarray hybridization. The backing slide is a single-use, silicone gasket designed for Agilent microarray slides, that hold the sample and is assembled with the hybridization chamber.

Agilent’s SureHyb Microarray Hybridization Chamber is a stainless steel chamber that defines a sealed space for microarray hybridization. The backing slide is a single-use, silicone gasket designed for Agilent microarray slides, that hold the sample and is assembled with the hybridization chamber.

Agilent’s SureHyb Microarray Hybridization Chamber is a stainless steel chamber that defines a sealed space for microarray hybridization. The backing slide is a single-use, silicone gasket designed for Agilent microarray slides, that hold the sample and is assembled with the hybridization chamber.

Agilent’s SureHyb Microarray Hybridization Chamber is a stainless steel chamber that defines a sealed space for microarray hybridization. The backing slide is a single-use, silicone gasket designed for Agilent microarray slides, that hold the sample and is assembled with the hybridization chamber.

Agilent’s SureHyb Microarray Hybridization Chamber is a stainless steel chamber that defines a sealed space for microarray hybridization. The backing slide is a single-use, silicone gasket designed for Agilent microarray slides, that hold the sample and is assembled with the hybridization chamber.

Agilent’s Microarray Hybridization Ovens is designed for the optimal hybridization performance of the Agilent microarray workflow. Features include variable and adjustable temperatures and speeds.

The Prime-It Fluor fluorescence labeling kit generates directly fluoresceinated DNA probes using random 9-mer primers and Exo-Klenow to incorporate fluor-12-dUTP into the probe fragments.  Generates high-specific-activity probes in 2 minutes  Fluorescently labeled probes also available  Produces labeled fragments 400 bp to 10 kb nucleotides in length  Performs equally well with [32P]dATP and [32P]dCTP  Performs well w…

The Prime-It Fluor fluorescence labeling kit generates directly fluoresceinated DNA probes using random 9-mer primers and Exo-Klenow to incorporate fluor-12-dUTP into the probe fragments.  Generates high-specific-activity probes in 2 minutes  Fluorescently labeled probes also available  Produces labeled fragments 400 bp to 10 kb nucleotides in length  Performs equally well with [32P]dATP and [32P]dCTP  Performs well w…

The Prime-It Fluor fluorescence labeling kit generates directly fluoresceinated DNA probes using random 9-mer primers and Exo-Klenow to incorporate fluor-12-dUTP into the probe fragments.  Generates high-specific-activity probes in 2 minutes  Fluorescently labeled probes also available  Produces labeled fragments 400 bp to 10 kb nucleotides in length  Performs equally well with [32P]dATP and [32P]dCTP  Performs well w…

Agilent’s miRNA complete labeling and hybridization kit combines a unique miRNA direct labeling method with our innovative microarray probe design for selective labeling and hybridization of mature miRNAs.

The FairPlay III Microarray Labeling Kit solves your problems associated with preparation of fluorescent cDNA for microarrays and provides a reliable and reproducible way to convert total RNA or poly(A) RNA to fluorescence-labeled cDNA for hybridization to microarrays. The FairPlay III microarray labeling kit includes random primers for cDNA synthesis.  Includes random primers for cDNA synthesis  Recommended for use with Ag…

Agilent™s Microarray Hybridization Oven was designed for optimal hybridization performance and ultimately, consistently reliable data. With advanced features including variable and adjustable temperatures and speeds, researchers have the flexibility to efficiently process all available Agilent microarray chambers with one robust tool.  Oven is designed to easily accept the Agilent Rotator Rack which holds in place up to 24 Ag…

The Agilent Hybridization Kit provides optimized hybridization kinetics, enhanced signal intensity and maximum noise reduction. The high quality CGH hybridization solution provides reliable data for many different experiments. Additional reagents are required to prepare the hybridization solution, such as Cot-1 DNA, DNase/RNase-Free distilled water.

The Agilent Hybridization Kit provides optimized hybridization kinetics, enhanced signal intensity and maximum noise reduction. The high quality CGH hybridization solution provides reliable data for many different experiments. Additional reagents are required to prepare the hybridization solution, such as Cot-1 DNA, DNase/RNase-Free distilled water.

Agilent’s RNA spike-In kit lets researchers efficiently monitor their microarray workflow for linearity, sensitivity, and accuracy. Each spike mix in these one-color and two-color RNA spike-in kits contains 10 in vitro synthesized, polyadenylated transcripts in predetermined ratios.

Agilent’s RNA spike-In kit lets researchers efficiently monitor their microarray workflow for linearity, sensitivity, and accuracy. Each spike mix in these one-color and two-color RNA spike-in kits contains 10 in vitro synthesized, polyadenylated transcripts in predetermined ratios.

The Agilent miRNA Spike-in kit allows researchers to monitor the miRNA labeling and hybridization reactions. The Spike-in kit contains a labeling and hybridization spike-in, which correspond to complementary probe sequences on the microarrays. The Spike-ins and probes are designed using Drosophila.

MiracleHyb hybridization solution was developed for use in Northern analysis when sensitive detection of low-abundance messages is a priority. A probe preparation buffer is included to make probe handling easier and minimize background problems.  Easily detect and analyze rare gene transcripts  Delivers a rapid hybridization signal and a high signal-to-noise ratio over time  Room-temperature storage; easy to incorporate i…

QuikHyb hybridization solution was developed for use in Southern, Northern, slot-blot and plaque-lift formats using randomly labeled radioactive and nonradioactive nucleic acid probes.  Reduces hybridization time from customary 12-24 hours to 1-2 hours  Efficient and sensitive radioactive and nonradioactive detection of nucleic acids  Doubles signal intensity

The Agilent Ozone Barrier Slide Cover provides protection from ozone-induced dye degradation for microarrays. Ozone-induced dye degradation is known to impact cyanine-5, cyanine-3 and dyes of matching wavelengths, affecting the accuracy and stability of analysis.

SureTag Labeling Kits provide all necessary reagents for efficient sample fragmentation, enzymatic labeling and clean-up. The SureTag DNA Labeling Kits generate robust cyanine-labeled genomic DNA targets for optimal hybridization signals with high signal-to-noise ratio and low probe-to-probe variability.

HER2 IQFISH pharmDx™ is a direct fluorescence in situ hybridization (FISH) assay based on Dako's new fast IQISH hybridization buffer chemistry. The new IQISH hybridization buffer is non-toxic and allows genomic DNA probe hybridization to be performed in just 60-120 minutes. The short hybridization time results in a turnaround time of about 3½ hours for a complete FISH staining from deparaffinization to mounting. HER2 IQFISH p…