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 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.
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element.
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element.
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element.
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element.
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element.
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element.
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element.
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element. For ultimate flexibi…
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element.
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element.
Determine if a gene product or compound activates pathways leading to specific enhancers with our PathDetect Cis-Reporting Systems. When PathDetect cis-reporting and expression plasmids encoding your gene of interest are co-transfected into mammalian cells, increased reporter activity indicates transcription activation and involvement of your gene product in the pathway leading to the enhancer element.
