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In this application note, an Agilent InfinityLab Online LC system was coupled with the Agilent Flexible Cube to enable fully automated,unattended, real-time dissolution testing. The automatic sample delivery and multiple sample point switching...
- Publication Part Number: 5994-7502EN
- Created: 09 Oct 2024
- 968 KB
Analysis of dissolution samples by HDR HPLC detection and a barcode sample ID workflow
- Publication Part Number: 5994-8138EN
- Created: 17 Feb 2025
- 633 KB
Agilent s UV Dissolution System software gives you real-time results, reduces analyst time and effort, and shortens decision timelines for critical projects.
Dissolution validation will be presented in a step by step process to minimize time spent in this activity and to make sure that the method is fully challenged.
- Created: 11 July 2014
- 445 KB
Discusses identifying potential changes to the dissolution process and how to properly address them for a successful transfer.
- Created: 11 July 2014
- 845 KB
Application Note: Ensuring Biocidal Effectiveness and Safety in Handwash Formulations by FTIR
Application Note: Ensuring Biocidal Effectiveness and Safety in Handwash Formulations by FTIR
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Additionally, by conducting method validation tests, we were able to conclude that the FTIR quantification method is specific to the analyte of choice, precise, and accurate. The application note ultimately explores how the FTIR quantification is well suited for pass/fail QC lab testing given the intuitive image-guided workflows, colour-coded results, and rapid analysis for high throughput environments. Read the full application note: Ensuring Biocidal Effectiveness and Safety in Handwash Formulations by FTIR Learn more about FTIR spectroscopy: FTIR Spectroscopy Overview
Application Note: Polymer Identification Using the Agilent Resolve Tactical Handheld Raman Analyzer
Application Note: Polymer Identification Using the Agilent Resolve Tactical Handheld Raman Analyzer
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The Agilent Resolve handheld Raman analyzer provides a powerful and flexible solution for polymer analysis, combining rapid material identification with deeper analytical insight. A newly published application note highlights a three-tiered workflow for polymer characterization using Resolve. First, polymers are identified using surface Raman measurements and onboard library matching, enabling fast, nondestructive classification without sample preparation.
New Application Note - Molar Mass Determination of Dextrans Conforming to USP and EP Requirements
New Application Note - Molar Mass Determination of Dextrans Conforming to USP and EP Requirements
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Check out our new application note titled "Molar Mass Determination of Dextrans Conforming to USP and EP Requirements", which has been published recently. The authors are Dr. Wolfgang Radke and Kirsten Oleschko. This application note covers dextran molar mass determination in compliance with USP and EP pharmacopeia requirements using Agilent SUPREMA columns and WinGPC Software.
Application Note Review: Micro GC Analysis of Permanent Gas Impurities in PEM Fuel Cell-Grade Hydrogen
Application Note Review: Micro GC Analysis of Permanent Gas Impurities in PEM Fuel Cell-Grade Hydrogen
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We're taking a look at a new Agilent application note focused on one of the biggest challenges in hydrogen fuel quality testing: measuring trace permanent gas impurities in PEM fuel-cell grade hydrogen.
Fiberoptic UV Dissolution Method Development
- Created: 11 July 2014
- 841 KB
Focuses on ensuring that the dissolution method is robust and able to be validated and transferred
- Created: 11 July 2014
- 2 MB
Overview of the Dissolution and the Analytical Method Transfer in the cGMP compliant pharmaceutical laboratory. This course may be accessed over a 90-day period.
- Course Number: DISS-0GEN-2090e
- Course Length: 0.7 Hour(s)
- Course Type: Self-Paced eLearning
Overview of the Verification of Automated Dissolution Methods in the cGMP compliant pharmaceutical laboratory. This course may be accessed unlimited times over a 90-day period.
- Course Number: DISS-0GEN-2091e
- Course Length: 0.7 Hour(s)
- Course Type: Self-Paced eLearning
Frequently asked question for dissolution filters.
- Created: 18 Dec 2012
- 19 KB
Agilents calibration and verification systems for dissolution applications help analysts in labs all over the world to qualify their dissolution testers. The 280-DS mechanical qualification system (MQS) provides unique qualification technology...
Accurate and reproducible sampling is the cornerstone of a productive dissolution workflow. Our automated dissolution sampling systems, such as the 850-DS, boost the efficiency of applications by increasing throughput. The 850-DS is an integrated...
Agilent provides a variety of reciprocating cylinders and holders for Apparatus 3 and 7 dissolution instruments.
Customize your Agilent dissolution instrument with interchangeable dissolution accessory components including spin on/off shafts and paddles, a variety of baskets, or sinkers for Apparatus 1 and 2 methods.
The paddle over disk assembly and the rotating cylinder are used for the dissolution testing of transdermal patches with a standard dissolution apparatus, such as the 708-DS. These accessories comply with Apparatus 5 and 6 methods.
Software control of dissolution apparatus and automated sampling components.
Dissolution paddles that are available in stainless steel, DLC-coated, PTFE-coated, or PEEK in a range of standard, or mini sizes.
Generates accurate and reliable data and supports Agilent multicell and FO UV dissolution systems.
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HT-GPC System for reproducible characterization of any polymer at high temperatures up to 220 °C.