Accelerate oligonucleotide manufacturing and reduce the cost of quality. Find a diverse set of technologies including Raman spectroscopy for through container raw material identification

Microplastics are solid particles of plastic origin between 1 µm and 5 mm in size that are produced or weathered from larger plastics. They are now recognized as an emerging contaminant in the environment, but much additional research is needed to...

Check out our flexible spectroscopy solutions for efficient, accurate, and low-cost elemental analysis in ores, as well as fast and sensitive on-site mining safety monitoring.

Develop efficient, accurate, and sustainable analytical methods. Access application notes and resources for optimizing chromatography and QbD workflows.

Plants offer great potential – and unique challenges – as a resource for the development and production of animal-free proteins. Questions surrounding optimal growing conditions (e.g., light, soil, nutrients) as well as extraction and scale-up are...

Agilent makes vacuum simple. Learn about vacuum principles and how to apply them. Find the basic information to help you get started. Have questions? Contact us and ask.

Explore Agilent solutions in analytics, as well as cell analysis, and molecular biology for accelerating drug development.

Agencies such as the EPA and the European Water Framework Directive have proposed regulations to monitor water supply systems for certain pharmaceuticals. Although not yet regulated, US EPA Method 1694 addresses the analysis of PPCPs in water using...

Explore end-to-end analytical workflows for gene therapeutics, from vector development to QC, enabling robust characterization and scalable manufacturing.

Heavy metal pollution is a global problem. Heavy metals enter soil through wastes, irrigation water, and air pollution, and by accumulating in crops, they can work their way through the food chain. In addition to crop safety, the elemental content...

Learn more about pesticide testing for cannabis and hemp with Agilent's analytical equipment and methods. Monitor pesticide and mycotoxin levels in cannabis to comply with regulatory standards. Discover how you can accurately determine residual...

Oxyhalides are commonly produced as disinfection byproducts following water treatment. The common oxyhalides chlorate, perchlorate, and bromate are monitored in water supplies due to their capacity to harm human health. Regulatory limits for...

Agilent is an innovation leader in the field of spectroscopy who is dedicated to providing technical expertise, technical help and ongoing support to customers.

Nanoparticles are microscopic particles, either naturally occurring or manmade, of any shape with three dimensions ranging from 1 nm to 100 nm. The use of engineered nanoparticles and nanomaterials to enhance the performance and properties of...

Explore flexible and robust measurement solutions for reflection and transmission of materials used in high volume optical component manufacturing (mirrors, lenses, and filters), with polarization control at normal incidence or varying angles of...

Targeted analytical methods focus on a limited set of compounds. However, there are tens of thousands of chemicals in common use, with more introduced daily, making it difficult for targeted methods to keep up. Concern about emerging and unknown...

Producing protein products from cell culture is at the forefront of approaches aimed at meeting the world's future nutritional needs – and the regulatory framework in this field is changing just as rapidly as the production methods. Cell culture...

Chemicals like dioxins, PCBs, PFAS, and polycyclic aromatic hydrocarbons (PAHs) are toxic, persist in the environment, and can get into food. Exposure to these chemicals may present significant health risks and regulators all over the world continue...