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 Quick Amp Labeling Kits reliably amplify and label target RNA for the robust generation of cRNA.
Agilent’s Quick Amp Labeling Kits reliably amplify and label target RNA for the robust generation of cRNA. Sample input of 200 ng total RNA Multiple kit formats available with one- or two-color labeling protocols Includes reagents for 20 reactions For Research Use Only. Not for Use in Diagnostic Procedures.
Agilent’s Quick Amp Labeling Kits reliably amplify and label target RNA for the robust generation of cRNA.
Agilent’s Quick Amp Labeling Kits reliably amplify and label target RNA for the robust generation of cRNA.
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…
Get started with creating your own custom microarrays easily by using eArray, Agilent’s online design application. Choose from multiple array formats and focus on your specific research needs. You can design new probes using our design algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom microarrays easily by using eArray, Agilent’s online design application. Choose from multiple array formats and focus on your specific research needs. You can design new probes using our design algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom microarrays easily by using eArray, Agilent’s online design application. Choose from multiple array formats and focus on your specific research needs. You can design new probes using our design algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom microarrays easily by using eArray, Agilent’s online design application. Choose from multiple array formats and focus on your specific research needs. You can design new probes using our design algorithms, upload your own sequences, or just select from our database of catalog probes. Use eArray as a virtual spotter to print your own microarrays, thanks to unlimited flexibility and…
Get started with creating your own custom microarrays easily by using eArray, Agilent’s online design application. Choose from multiple array formats and focus on your specific research needs. You can design new probes using our design algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom microarrays easily by using eArray, Agilent’s online design application. Choose from multiple array formats and focus on your specific research needs. You can design new probes using our design algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom microarrays easily by using eArray, Agilent’s online design application. Choose from multiple array formats and focus on your specific research needs. You can design new probes using our design algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom microarrays easily by using eArray, Agilent’s online design application. Choose from multiple array formats and focus on your specific research needs. You can design new probes using our design algorithms, upload your own sequences, or just select from our database of catalog probes.
Agilent custom CGH and CGH+SNP microarrays are manufactured to order, using the same process as our catalog products. Our patented SurePrint technology generates oligonucleotides with high complexity and sequence fidelity. A simple Web interface, SureDesign, can be used to intuitively create custom CGH microarrays.
