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Pesticide standards for cannabis and hemp testing. Portfolio includes state specific mixes and more.
Pesticides are widely used in the cultivation of cannabis and can be concentrated with the active ingredients during extraction. Agilent cannabis pesticide standards portfolio offers a variety of pesticide standards, mixes, and kits to enable analysis of 200+ pesticide residual compounds in a single analysis of cannabis and hemp products. |Agilent state and country specific cannabis pesticide mixes and kits allow you to save time in developing and mixing individual standards. Our pesticides kits also ensure high stability and compatibility with any sample mixes and kits. |Our portfolio of cannabis and hemp pesticide standards are seamlessly integrated into Agilent’s cannabis pesticide application and workflow solutions. It ensures that your pesticide testing methods are updated to the newest regulations.
Pre-optimized MRM transitions for simplified pesticide analysis via GC/TQ
The Pesticides and Environmental Pollutants MRM Database 4.0 (P&EP 4.0) is a comprehensive and user-friendly triple quadrupole GC/MS database, featuring more than 1,100 compounds and 7,500 matrix-optimized MRM transitions. This database simplifies the otherwise time-consuming and costly process of manually developing MRM or dMRM methods, especially when dealing with a large number of compounds and matrices. It also alleviates the need to purchase and analyze expensive standards typically required in method development.
Pesticide residue analysis is a complex and demanding task, often entailing the detection and quantification of hundreds of target compounds in intricate matrices. With its extensive library of pre-optimized MRM transitions and extensive compound coverage, P&EP 4.0 simplifies the analytical workflow. This accessibility and efficiency lower the barrier of entry into pesticide residue analysis, making it an ideal solution for laboratories of all sizes.
Pesticide residue analysis is a complex and demanding task, often entailing the detection and quantification of hundreds of target compounds in intricate matrices. With its extensive library of pre-optimized MRM transitions and extensive compound coverage, P&EP 4.0 simplifies the analytical workflow. This accessibility and efficiency lower the barrier of entry into pesticide residue analysis, making it an ideal solution for laboratories of all sizes.
Bottles with 2, 4, 10 or 20 L capacity, plus tubing configure the optimal liquid handling system
Agilent offers a variety of replacement supply and waste bottles to aid in configuring the Agilent BioTek washer, dispenser, or combination instrument to suit your laboratory’s workflow. Autoclavable and chemically sterilizable bottles and tubing are available.
Suppresses endogenous alkaline phosphatase and peroxidase in cell preparations, frozen tissue sections, and formalin-fixed, paraffin-embedded tissue sections.
Suppresses endogenous alkaline phosphatase and peroxidase in cell preparations, frozen tissue sections, and formalin-fixed, paraffin-embedded tissue sections.
Controls the plane polarization of light
Polarizer and depolarizer accessories control the plane polarization of the light beam in a spectrophotometer. The unpolarized light emitted by the spectrophotometer's lamp is partially polarized by the instrument optics when it reaches the sample. The selected spectral bandwidth, and photomultiplier used, will also affect the polarizing characteristics of a spectrophotometer.|Various accessory options are available. The manual polarizer is a wire grid, mounted in a slide with dial, designed for Cary 60, 3500 Flexible, 4000, 5000, 6000i, and 7000 UV-Vis and UV-Vis-NIR spectrophotometers. Glan-Taylor and Glan-Thompson polarizers are used with the universal measurement accessory (UMA), solid sample holders, and diffuse reflectance accessories (DRAs). The depolarizer consists of two crystalline quartz wedges, assembled so that the crystal axes are at 45 degrees. A software-controlled automated polarizer/depolarizer is also available for Cary 4000, 5000, 6000i, and 7000 systems.
Community Search Results
Questions About GC Column Holdup Time Measurement and the “Adjust Length” Function (GC-MS and ECD)
Questions About GC Column Holdup Time Measurement and the “Adjust Length” Function (GC-MS and ECD)
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Measuring Holdup Time Using GC-MS I am considering the following method: selecting m/z 28 and 32 in SIM mode on a GC-MS, drawing 1–2 µL of air into a syringe, and injecting it directly into the GC. Is the retention time (RT) at the apex of the detected peak considered the holdup time?
ICP-MS Tips and Tricks and more!
ICP-MS Tips and Tricks and more!
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Hi ICP-MS friends, I wanted to remind you that The ICP-MS Journal ( The ICP-MS Journal | Agilent ) has articles in ICP-MS (unsurprisingly) as well as a growing number of software and maintenance Tips & Tricks. We currently have some articles (including videos) for the following MassHunter Tips: ICP-MS MassHunter Autocalibration Assistant ( ICP-MS MassHunter Autocalibration Assistant | Agilent ) Using ICP-MS MassHunter Sublists ( Using ICP-MS MassHunter Sublists | Agilent ) Configuring ICP-MS MassHunter Custom Views ( Configuring ICP-MS MassHunter Custom Views | Agilent ) We also have other tips articles: Maintenance Tips for ICP-MS Interface Cones ( Maintenance Tips for ICP-MS Interface Cones | Agilent ) Cones FAQ's ( ICP-MS Cones Fundamentals | Agilent ) The ICP-MS Journal also features lots of application articles contributed by Agilent chemists as well as our amazing customers.
Instrument Exchange Installation and Deinstallation Instructions for Exchanging your G2913A and G2880A Injector
Instrument Exchange Installation and Deinstallation Instructions for Exchanging your G2913A and G2880A Injector
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Instrument Exchange Installation and Deinstallation Instructions for Exchanging your G2913A and G2880A Injector
Instrument Exchange Installation and Deinstallation Instructions for Exchanging your G1513A and G2613A Injector
Instrument Exchange Installation and Deinstallation Instructions for Exchanging your G1513A and G2613A Injector
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Instrument Exchange Installation and Deinstallation Instructions for Exchanging your G1513A and G2613A Injector
Column hardware, frits, and other accessories needed to maintain or repair GPC and SEC columns
Column frits, hardware, and other accessories are available to help you maintain your GPC and SEC columns. Keeping your columns in good working order ensures high-quality data and reliable results for your GPC and SEC polymer analyses.
Based on superficially porous particles for reversed-phase HPLC separations.
InfinityLab Poroshell 120 superficially porous columns for reversed-phase liquid chromatography (LC) separations offer exceptional efficiency and reliability across a broad range of applications. With chemistries that span general-purpose, basic, acidic, polar, and chiral compounds, the family makes it easy to choose the right column for your method: EC-C18 is the starting point for routine methods, HPH-C18/HPH-C8 support high-pH basic analytes, SB-C18/SB-C8 are optimized for low-pH acidic compounds, Aq-C18 and HILIC phases boost retention of polar analytes, and dedicated chiral phases enable rapid enantiomer separations.|Twenty chemistries - from various C18 options to unique phenyl, CN, HILIC, and chiral chemistries - are available in up to three particle diameters: 1.9 μm, 2.7 μm, and 4 μm, giving you scalable selectivity from traditional high-performance liquid chromatography (HPLC) to ultralow dispersion UHPLC.|To address the growing need for confident PFAS analysis, the InfinityLab Poroshell 120 family now includes Altura Poroshell 120 PFAS columns. These columns combine Poroshell 120 core–shell mixed-mode C18 particles with Altura hardware to deliver highly sensitive, reproducible separations of ultra-short-chain (USC), short-chain, and long-chain PFAS in a single method. |Altura Poroshell 120 PFAS columns are specifically engineered to solve ultra-short-chain PFAS challenges by providing strong retention, sharp peak shapes, and reliable separation of highly polar, anionic PFAS that are difficult to retain on conventional reversed-phase columns. For drinking water and other clean matrices, these columns enable efficient dilute-and-shoot workflows by allowing treated water samples to be injected directly—without time-consuming SPE—while still delivering excellent peak shape and sensitivity for ultra-short-chain PFAS, helping reduce sample preparation steps, consumables cost, and overall turnaround time. Altura Poroshell 120 PFAS columns also deliver one-shot C1–C18 coverage in a single sample, resolving highly polar C2 species such as DFA, TFA, and PFEtS at the front of the chromatogram and eluting long-chain PFAS up to C18 (for example, PFHxDA and PFODA) with sharp, symmetric peaks at the back. Designed for compatibility with LC–MS workflows and emerging PFAS testing requirements in environmental and drinking-water analysis, these columns help laboratories simplify method transfer, standardize PFAS methods, and deploy robust testing protocols quickly.
Genome-wide coverage of Magnaporthe grisea plus inclusion of relevant rice genes in one microarray
Magnaporthe grisea is the cause of rice blast, the most devastating disease of rice worldwide. This fungal pathogen is highly tractable and serves as model to study plant disease. The microarray contains probes targeting 15,170 predicted Magnaporthe genes, and 6,325 rice probes designed after ESTs of rice genes.|The Magnaporthe (V2) microarray is the first of its kind, allowing analysis of gene expression profiles in both the host and pathogen simultaneously. Research conducted using this "interactions" chip will facilitate enhanced management of fungal pathogens and the improvement of disease resistant rice.
Our portfolio of AriaMx and AriaDx qPCR systems spare parts and accessories features everything needed to keep your lab productive.
Our portfolio of AriaMx and AriaDx qPCR systems spare parts and accessories features everything needed to keep your lab productive. Maximize the efficiency of your AriaMx and AriaDx qPCR systems today with our accessories.|The portfolio features additional Aria optical module replacements and plates to ensure the performance of your Aria system. We also offer the MSM lubrication kit, for annual maintenance of the optical scanning module rails. If running short, extra plastics and qPCR reagents are available.|For the latest software version, click on the Downloads button.
InfinityLab well plates and sealing mats for HPLC and LC/MS.
Well plates are ideal to transfer samples from automated processes to HPLC and LC/MS instrumentation. Agilent offers a comprehensive selection of InfinityLab polypropylene storage and sample microwell plates in different well sizes and different well and bottom shapes ensuring each well plate sampler setup is perfectly equipped for diverse HPLC applications. 96 deep well plates and 384 well plates for high throughput analysis are available to fit organic as well as aqueous solvent containing samples for HPLC and LC/MS applications.|Agilent also offers compatible, easily pierceable silicone pre-slit sealing mats that provide a perfect fit when used with InfinityLab well plates and avoid any sample evaporation and cross-contamination.|InfinityLab well plates and sealing mats are optimized for high performance in your chromatography and mass spectrometry high-throughput workflows. Choosing the right Agilent well plate and sealing mat can help you avoid such pitfalls as missed data points, instrument downtimes, sample rerun, and a failure to meet project deadlines.
RP Pump and RPS roots pumping system rebuilt parts kits for field maintenance and repair
The highest-quality parts are used in the manufacture of Agilent High Capacity Rotary Vane pumps, and to retain the same performance throughout its lifetime, using genuine Agilent replacement parts assures that the same, as new performance can be sustained when normal maintenance is required.|Agilent maintains worldwide stocking locations for high capacity rotary vane pumps to assure that genuine Agilent maintenance kits and replacement parts are available when you need them.
Quickly confirm and identify target proteins and peptides with this reversed phase c18 column.
AdvanceBio Peptide Plus columns are reversed-phase, superficially porous particle HPLC columns optimized for the separation of target peptides, impurities, and post translational modifications. These columns feature a hybrid endcapped C18 stationary phase on a 100 Å pore size, 2.7 μm particle modified to have a charged surface.|AdvanceBio Peptide Plus columns enable you to identify multiple critical quality attributes confidently by LC/MS. They provide the speed, sensitivity, and efficiency you need to quickly confirm and identify target proteins and peptides.|If your current column is unavailable, Agilent offers in-stock peptide alternatives.
Selective and sensitive detectors reliably detect trace level contamination.
The analysis of sulfur-containing compounds and nitrosamines at low concentrations is critical in quality control and assurance throughout the energy and chemical industry. These compounds are ubiquitous in refinery and petrochemical products and even at concentrations as low as parts-per-billion, can corrode hardware and permanently poison expensive catalysts used in downstream processes, causing financial loss due to contamination and production downtime. |Agilent Sulfur and Nitrosamine Analyzers help manufacturers monitor their processes. Based on our most selective, sensitive detectors, these factory-configured and chemically tested analyzers reliably quantify trace-level sulfur compounds in a wide range of matrices. Choose from standard configurations or custom analyzers designed to meet your specific requirements.
Retention gaps are used to improve peak shapes for some types of samples, columns, and GC conditions. Deactivated and undeactivated tubing are also available.
Deactivated tubing can be used as guard columns or transfer lines. Our standard deactivation process is a phenyl methyl deactivation – the preferred choice for most applications due to its inertness and robustness. Undeactivated tubing, or bare fused silica, is commonly used for capillary electrophoresis. It can also be used for transfer lines and other applications where inertness is not critical. Retention gaps are used to improve peak shapes for some types of samples, columns, and GC conditions. They are available in several polarities.
Agilent PFAS portfolio includes primary, surrogate, and internal dilution reference materials.
Per- and polyfluoroalkyl substances (PFAS) are synthetically made organofluorine chemical compounds. Commonly known as 'forever chemicals', many PFAS compounds do not breakdown in the environment and there is evidence that PFAS exposure can lead to adverse human health. Increasingly, many regulatory agencies like EPA are recommending PFAS testing in water. |Agilent has developed a portfolio of PFAS standards that are based on EPA guidelines, such as EPA 537.1, EPA 533, and EPA 8327 methods. These PFAS analytical standards include primary, surrogate, and internal dilution standards that can be combined with Agilent workflows to address the unique challenges in PFAS testing.
Superficially porous particle columns with high pH stability for oligonucleotide analysis and purification by IP-RP.
AdvanceBio Oligonucleotide columns offer high-quality, high-resolution ion-pair reversed-phase (IP-RP) column chemistry platform that support analytical characterization through purification with seamless method scale-up. To successfully separate trityl-off, deprotected oligonucleotides, HPLC columns need to have high resolving power and be robust enough to withstand high pH and temperature, which provide better separation and denaturing conditions for optimal resolution and oligonucleotide separation.|AdvanceBio Oligonucleotide columns feature high-efficiency, 2.7 and 4 μm superficially porous Poroshell particles. Using technology exclusive to Agilent, we chemically modify the particles to make them exceedingly resistant to high pH mobile phases. We also bond them with an end-capped C18 phase that delivers excellent selectivity for oligonucleotides. In addition, we test every batch of AdvanceBio Oligonucleotide media with a resolution standard to ensure consistent performance. AdvanceBio products are designed to deliver consistent, exceptional performance for the complete characterization and bioanalysis of proteins, antibodies, conjugates, new biological entities, and biopharmaceuticals.
Ideal for GC and GC/MS analysis of VOCs in water, wastewater, soils, and sludges.
Purge and Trap (P&T) analysis combines high-sensitivity detection of volatile organic compounds (VOC) in water, wastewater, soils, and sludges with low carryover.|The P&T instruments from Teledyne Tekmar, a world leader in Purge and Trap Sample Preparation Systems, accommodate many regulatory and standard methods (EPA, ASTM). They are the perfect complement for Agilent GC/MS systems and are available for purchase directly from Agilent.
Pre/Postnatal and cancer arrays designed and optimized by Baylor College of Medicine.
The Agilent Pre/Postnatal and cancer research CGH & CGH+SNP Microarrays are dual-color microarrays containing 60-mer oligonucleotides designed and optimized by Baylor College of Medicine experts to target regions relevant to these areas of research. We provide different formats to accommodate resolution and throughput. These microarrays are designed with genome-wide backbone probes and increased resolution, down to exon level, in relevant regions.|The Baylor cancer research array has dense probe coverage in over 2,300 exon-by-exon in cancer focused genes with known cancer association. The postnatal design have extra focus in relevant regions for postnatal cytogenetic research, with 1,700 selected genes with exon-by-exon coverage with 6 probes per exon to detect more disease relevant aberrations, while prenatal design focus on cytogenetically relevant microdeletions, microduplications, known disease genes, pericentromeric and subtelomeric regions.
Offers a comprehensive solution for targeted analysis of central carbon metabolites
The Agilent Metabolomics dMRM Database and Method offers a comprehensive solution for targeted analysis of central carbon metabolites. It provides robust chromatography for over 215 metabolites, with confirmed transitions and retention times for routine metabolite analysis on Agilent 1290 Infinity II Series LC and 6460/6470 LC/MS systems.
Supplies and sample loops for Agilent ISIS switching valve used with 7700 and 8800 ICP-MS
Adding the Integrated Sample Introduction System (ISIS) to the 7700 and 8800 ICP-MS dramatically increases sample throughput and reduces maintenance requirements for sample introduction. Designed and manufactured by Agilent, the ISIS features a robust switching valve fitted with sample loop volume to suit your analysis requirements to allow complete flexibility|The ISIS hardware is built into the ICP-MS instrument chassis and close coupled to increase productivity through high-speed sample uptake and rapid washout. Agilent's ISIS supplies for 7700 and 8800 ICP-MS include switching valve parts, sample loops and all associated tubing and fittings.