Life sciences encompass a diverse range of scientific disciplines focused on the study of living organisms and their interactions with the environment. From basic life sciences (such as cell biology, genetics, immunology, and microbiology) to applied life sciences (such as disease research, multi-omics, and biotechnology), this broad field explores the fundamental processes of life and drives advancements in disease research, patient care, and our overall understanding of living organisms. Discover the endless possibilities of life sciences and their impact on shaping a healthier and more sustainable world.
Yeast host strain glycerol stocks for protein expression and CytoTrap or HybriZAP Yeast Two-Hybrid Systems. Provided in a vial containing a 0.5 mL glycerol stock Avoids the problem of low viability associated with stab vial cultures Ideal yeast protein expression host strains Includes strains for CytoTrap and HybriZAP 2.1 yeast-two hybrid systems
Yeast host strain glycerol stocks for protein expression and CytoTrap or HybriZAP Yeast Two-Hybrid Systems. Provided in a vial containing a 0.5 mL glycerol stock Avoids the problem of low viability associated with stab vial cultures Ideal yeast protein expression host strains Includes strains for CytoTrap and HybriZAP 2.1 yeast-two hybrid systems
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.
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.
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.
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.
Human Genome CGH Microarray 105A is a dual-color HD array containing 60-mer high quality probes. The microarray is a non-targeted assay for genome-wide DNA copy number variation profiling without amplification or complexity reduction. It is designed with 22 Kb genome-wide median probe spacing and enhanced coverage on known genes (19Kb), promoters, miRNAs, PAR and telomeric regions.
Human Genome CGH Microarray 244K is a dual-color non targeted HD array containing 60-mer high quality probes. The microarray is a high-resolution tool for genome-wide DNA copy number variation profiling without amplification or complexity reduction. It is designed with 8.9 kb genome-wide median probe spacing and enhanced coverage on known genes, promoters, miRNAs, PAR and telomeric regions.
Human Genome CGH Microarray 4x44K is a dual-color HD microarray containing 60-mer high-quality probes. The microarray is a nontargeted assay for genome-wide DNA copy number variation profiling without amplification or complexity reduction. It is designed with 43 KB genome-wide median probe spacing and enhanced coverage on known genes (24 KB), promoters, miRNAs, PAR, and telomeric regions.
Agilent Human microRNA Microarrays generate complete microRNA profiles in order to provide broad insight into human expression and regulation. Probe design, coupled with a unique labeling method, works in concert to provide the optimal sensitivity and specificity that your work demands. Content regularly updated from the Sanger miRBase 16.0 Human and human viral miRNAs represented Optimal sensitivity and specificity th…
Agilent Human microRNA Microarrays generate complete microRNA profiles in order to provide broad insight into human expression and regulation. Probe design, coupled with a unique labeling method, works in concert to provide the optimal sensitivity and specificity that your work demands. Content regularly updated from the Sanger miRBase 16.0 Human and human viral miRNAs represented Optimal sensitivity and specificity th…
Agilent Human microRNA Microarrays generate complete microRNA profiles in order to provide broad insight into human expression and regulation. Probe design, coupled with a unique labeling method, works in concert to provide the optimal sensitivity and specificity that your work demands. Content regularly updated from the Sanger miRBase 16.0 Human and human viral miRNAs represented Optimal sensitivity and specificity th…
Agilent Human microRNA Microarrays generate complete microRNA profiles in order to provide broad insight into human expression and regulation. Probe design, coupled with a unique labeling method, works in concert to provide the optimal sensitivity and specificity that your work demands. Content regularly updated from the Sanger miRBase 16.0 Human and human viral miRNAs represented Optimal sensitivity and specificity th…
Agilent Human microRNA Microarrays generate complete microRNA profiles in order to provide broad insight into human expression and regulation. Probe design, coupled with a unique labeling method, works in concert to provide the optimal sensitivity and specificity that your work demands. Content regularly updated from the Sanger miRBase 16.0 Human and human viral miRNAs represented Optimal sensitivity and specificity th…
Agilent Human microRNA Microarrays generate complete microRNA profiles in order to provide broad insight into human expression and regulation. Probe design, coupled with a unique labeling method, works in concert to provide the optimal sensitivity and specificity that your work demands. Content regularly updated from the Sanger miRBase 16.0 Human and human viral miRNAs represented Optimal sensitivity and specificity th…
Agilent Human microRNA Microarrays generate complete microRNA profiles in order to provide broad insight into human expression and regulation. Probe design, coupled with a unique labeling method, works in concert to provide the optimal sensitivity and specificity that your work demands. Content regularly updated from the Sanger miRBase 16.0 Human and human viral miRNAs represented Optimal sensitivity and specificity th…
Agilent Human microRNA Microarrays generate complete microRNA profiles in order to provide broad insight into human expression and regulation. Probe design, coupled with a unique labeling method, works in concert to provide the optimal sensitivity and specificity that your work demands. Content regularly updated from the Sanger miRBase 16.0 Human and human viral miRNAs represented Optimal sensitivity and specificity th…
