Single-Cell Explorations on the timsTOF Ultra 2

Single-Cell Explorations on the timsTOF Ultra 2

Discover how the timsTOF Ultra 2 is transforming routine single cell research .Learn how researchers are leveraging its powerful capabilities to tackle high-impact biological questions.
Single-Cell Explorations on the timsTOF Ultra 2
Optimizing Laboratory Procurement with Digital Services: Take Control of Your Laboratory Spend with Agilent CrossLab Connect

Optimizing Laboratory Procurement with Digital Services: Take Control of Your Laboratory Spend with Agilent CrossLab Connect

Learn how labs use CrossLab Connect to optimize CapEx & OpEx, avoid unnecessary instrument purchases, and fine-tune service coverage using risk-based, data-driven insights and real case studies.
Optimizing Laboratory Procurement with Digital Services: Take Control of Your Laboratory Spend with Agilent CrossLab Connect
From Insights to Outcomes: Real-World Optimization of Lab Operations Using CrossLab Connect Digital Services

From Insights to Outcomes: Real-World Optimization of Lab Operations Using CrossLab Connect Digital Services

Discover how labs capitalize on utilization and service data with CrossLab Connect. Case studies show how informed decisions drive cost savings, productivity gains, and sustainability progress.
From Insights to Outcomes: Real-World Optimization of Lab Operations Using CrossLab Connect Digital Services
Panel Discussion: Environmental Pollutants

Panel Discussion: Environmental Pollutants

Join leading experts for a dynamic panel discussion exploring innovative analytical techniques used in environmental monitoring.
Panel Discussion: Environmental Pollutants
NDSRI

NDSRI

In this webinar Naiffer Romero (US Pharmacopeia) and Marian Twohig, Ph.D., (Waters Corporation) will discuss the challenges and analytical approaches to control NDSRIs.
NDSRI
How to map disease-specific changes using innovative LC-MS/MS-based omics approaches

How to map disease-specific changes using innovative LC-MS/MS-based omics approaches

Learn how LC-MS/MS-based omics advances disease understanding by improving biomarker detection and monitoring, supporting personalized treatments and robust insights into disease mechanisms.
How to map disease-specific changes using innovative LC-MS/MS-based omics approaches
Explore pharma’s toughest challenges - together

Explore pharma’s toughest challenges - together

Watch expert talks on Echo® MS+ for ADME, oligos, and proteins, then join a live roundtable on June 26 to ask questions and explore practical solutions with presenters from AMER and EMEAI.
Explore pharma’s toughest challenges - together
Overcoming the Analytical Challenges When Testing for PFAS in Water

Overcoming the Analytical Challenges When Testing for PFAS in Water

This presentation will outline a range of solutions that Agilent has developed to address PFAS to meet the stipulations of the corresponding EU regulations.
Overcoming the Analytical Challenges When Testing for PFAS in Water
Avoiding Polysorbate Pitfalls: A Novel Method to Characterize Polysorbate Degradation

Avoiding Polysorbate Pitfalls: A Novel Method to Characterize Polysorbate Degradation

In this webinar we present a novel method and column designed for higher resolution and higher throughput analyses for polysorbate degradation.
Avoiding Polysorbate Pitfalls: A Novel Method to Characterize Polysorbate Degradation
Next-Generation Tools for CAR-T and T Cell Therapy Research: Robust Imaging and Microplate-Based Analysis of Immune Cell Activation, Proliferation, and Induced Cytotoxicity

Next-Generation Tools for CAR-T and T Cell Therapy Research: Robust Imaging and Microplate-Based Analysis of Immune Cell Activation, Proliferation, and Induced Cytotoxicity

This webinar showcases advanced imaging and microplate-based tools to evaluate CAR-T cytotoxicity, T cell activation, and proliferation in scalable 2D and 3D models with precision and speed.
Next-Generation Tools for CAR-T and T Cell Therapy Research: Robust Imaging and Microplate-Based Analysis of Immune Cell Activation, Proliferation, and Induced Cytotoxicity