Genomics, the study of genomes, includes functional genomics, evolutionary genomics and comparative genomics. There are many genomic technologies such as DNA sequencing of whole genomes, computational biology and bioinformatics. DNA and nucleic acids must be isolated and concentrated from cells for analysis with kits, automated analyzers and software. Other useful technologies for studying genomics include PCR, microarrays and electrophoresis.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
Get started with creating your own custom ChIP-on-Chip/Methylation microarrays easily by using SureDesign, Agilent’s online design tool. Choose from multiple array formats and focus on your specific research needs. You can design new probes using algorithms, upload your own sequences, or just select from our database of catalog probes.
The Lambda ZAP II vector kit for rapid excision. These vectors enable prokaryotic expression of your gene of interest under control of the lac promoter. In vivo excision of the Lambda ZAP II vector yields the pBluescript SK- vector, which is a high-copy number pUC-based phagemid.
Helper phages for mass excision of Lambda ZAP, ZAP Express libraries, and for single strand rescue protocols. Use for mass excision of Lambda ZAP®, and ZAP Express® libraries Interference-resistant helper phage Eliminates the possibility of co-infection from helper phage
The ExAssist helper phage with XOLR works with the Lambda expression vector system kits for mass excision of libraries in ZAP Express or Lambda ZAP vectors. The pCMV-Script or pBluescript phagemid will grow.
Agilent provides a range of Interference-resistant Helper Phages that enable ssDNA recovery from phagemid vectors. The pBlueScript II Phagemid Vector systems are available in R408 and VCSM13 format. R408 Interference-Resistant Helper Phages are stable and easy to grow, and are provided in a single-strand size of ~4 KB.
Helper phages for mass excision of Lambda ZAP, ZAP Express libraries, and for single strand rescue protocols. Use for mass excision of Lambda ZAP®, and ZAP Express® libraries Interference-resistant helper phage Eliminates the possibility of co-infection from helper phage
The InterPlay Mammalian TAP System allows recovery of interacting proteins from mammalian cells. The method is based on expression of a protein of interest fused to two affinity tags: a streptavidin binding peptide (SBP) and a calmodulin binding peptide (CBP).
The InterPlay Mammalian TAP Purification Kit is designed to work with the InterPlay Mammalian TAP System and InterPlay Adenoviral TAP System to recover interacting proteins from mammalian cells. The InterPlay Mammalian TAP Purification Kit includes all the resins and buffers required to perform tandem affinity purification.
The InterPlay Mammalian TAP System allows recovery of interacting proteins from mammalian cells. The method is based on expression of a protein of interest fused to two affinity tags: a streptavidin binding peptide (SBP) and a calmodulin binding peptide (CBP).
High-quality, pure RNA Eliminates tedious, time-consuming lab procedures. Multiple functional tests. Most Economical source of RNA High-quality, pure RNA Eliminates tedious, time-consuming lab procedures Multiple functional tests Most Economical source of RNA
The Agilent High-Specificity miRNA QRT-PCR Detection Kit and miRNA QRT-PCR Master Mix Detection Kit provide qualified reagents to polyadenylation of microRNAs (miRNAs) followed by synthesis of first-strand cDNA from these tailed miRNAs. A novel PCR enzyme formulation and qPCR detection reagents give utmost specificity.
The universal reverse primer is designed for use with the Human U6 forward primer provided in our High-Specificity miRNA QRT-PCR Detection Kit for a complete, validated assay requiring no upfront design work. The Kit delivers sensitive and reproducible detection of miRNA with high specificity.
Our miRNA qRT-PCR detection system enables accurate and real-time PCR quantification for miRNA. The kit is a high-specificity reagent system that delivers sensitive and reproducible results. The kit elongates miRNAs in a polyadenylation reaction and then reverse transcribes the polyadenylated RNA into QPCR-ready cDNA.
Agilent miRNA qPCR Detection Reagents are high-specificity reagents for the polyadenylation of microRNAs (miRNAs) from total RNA. The miRNA qPCR Detection Reagents also enable the synthesis of first-strand cDNA from the tailed miRNAs.
The SideStep mRNA Enrichment Kit offers fast and efficient delivery of mRNA directly from cells without purifying total RNA. Save time and money with intuitive 30-minute methods for research applications.
Our SideStep II QRT-PCR products deliver efficient cell lysis and sensitive quantitative gene expression analysis without RNA purification. Utilizing Agilent’s Brilliant QRT-PCR technology, multiple samples can be screened quickly and easily. The one-step process results in RNA stabilized for up to 6 months.
Our SideStep Lysis and Stabilization Buffer ensures accurate gene expression analysis by eliminating sample loss and degradation. The proprietary buffer lyses cells and immediately stabilizes the released nucleic acid for months. Several formats are available to enhance research versatility.
StrataPrep Plasmid Miniprep Kits, a rapid, phenol-free method for purifying plasmid DNA from bacterial cultures. Bacteria is first pelleted, lysed, and neutralized. Precleared lysate is then mixed with a DNA binding solution and subjected to microspin. Once bound, the purified DNA is washed, eluted, and ready for use.
StrataPrep Plasmid Miniprep Kits, a rapid, phenol-free method for purifying plasmid DNA from bacterial cultures. Bacteria is first pelleted, lysed, and neutralized. Precleared lysate is then mixed with a DNA binding solution and subjected to microspin. Once bound, the purified DNA is washed, eluted, and ready for use.
Agilent X-gal (5-bromo-4-chloro-3-indolyl-β-D-galactopyranoside, BCIG) is a premium quality chromogenic substrate of β-Galactosidase. It is used with cloning systems that utilize β-galactosidase activity as an indicator of successful cloning.
The Paq5000 DNA polymerase is a robust Taq substitute that is derived from a Pyrococcus species. This enzyme provides equivalent and often better performance to endpoint Taq DNA polymerase amplification and can be substituted easily into many Taq-based procedures. Robust, cost-effective alternative to Taq Equal to better yield with faster cycling conditions Amplify up to 6 kb genomic DNA targets Easily substituted…
