Introduction to Fast HPLC
Introduction to Fast HPLC is designed to provide an overview of the Fast HPLC method transfer process. It is ideal for any chromatographer who is new to Fast HPLC or is considering switching to high-throughput fast HPLC columns.
This seminar details the steps that can be taken to switch from standard HPLC methods to optimised fast HPLC methods. Consideration is given to the size of column packing, the column geometries available, mobile phase conditions that can be optimised in terms of flow rates, gradients and temperatures. All of these items are addressed from both a theoretical and practical perspective. In addition to the column considerations instrumental aspects are also addressed.
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Introduction to HILIC
HILIC HPLC Columns are gaining popularity as a means of performing normal phase HPLC under reverse phase HPLC conditions. This seminar details the advantages and the steps that can be taken to retain high polarity analytes without the need for buffers or highly organic mobile phases.
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HPLC Analysis of PAHs
PAH’s – polynuclear aromatic hydrocarbons are carcinogenic compounds that are commonly found in the environment as a result of incomplete combustion of tobacco, tar, and fuels. Agilent Technologies have developed a specific column for the analysis of PAHs this is seminars highlights the benefits to be gained and the steps that can be taken to achieve consistent and efficient PAH analysis.
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Introduction to Preparative HPLC
Developing the 'best' Prep LC method is often a complex task that requires skill and patience. New techniques and technologies are available to aid in streamlining the process of developing a Prep LC separations method thereby reducing the necessary trial and error analyses.
This seminar offers three steps to creating the 'best' methods and will focus upon the core fundamentals in Prep LC, choosing appropriate stationary phases, and automating method development in your lab saving significant time and effort.
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Easy Fast HPLC
Easy Fast HPLC is designed to provide an overview of the Fast HPLC method transfer process. It is ideal for any chromatographer who is new to Fast HPLC or is considering switching to high-throughput fast HPLC columns. The method transfer process detailed requires no that no changes are made to your existing HPLC system
This seminar details the steps that can be taken to switch from standard HPLC methods to optimised fast HPLC methods. Consideration is given to the size of column packing, the column geometries available, mobile phase conditions that can be optimised in terms of flow rates, gradients and temperatures. All of these items are addressed from both a theoretical and practical perspective. In addition to the column considerations instrumental aspects are also addressed.
Click here to book your free seminar on Easy Fast HPLC
Introduction to Fast GC
Introduction to Fast GC is designed to provide an overview of the Fast GC method transfer process. It is ideal for any chromatographer who is new to Fast GC or is considering switching to high-throughput fast GC columns.
This seminar details the steps that can be taken to switch from standard GC methods to optimised fast GC methods. Consideration is given to the column geometries available, carrier gas conditions that can be optimised in terms of flow rates, gas choice and temperature programming. All of these items are addressed from both a theoretical and practical perspective. In addition to the column considerations instrumental aspects are also addressed.
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Ultra Inert GC Columns
Given the increasing demand for improved peak shape and sensitivity from modern GC columns Agilent Technologies have launched their range of Ultra Inert Columns. Agilent J&W Ultra Inert Columns are tested with the most demanding inertness text mixes for the best performance in demanding GC applications. This seminar details how columns are tested to guarantee the best inertness possible and how these columns perform against other “inert” GC phases.
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Cerex uSPE Products
uSPE is the first advance in SPE technology for 15 years. This seminar details the technology behind this material and explains why and how it can be used to speed up SPE protocols and also dramatically analyte recoveries for both small and large scale extractions. Consideration is given to optimising bed geometries, capture efficiencies and cartridge flow rates and choice of cartridge processing equipment.
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SPEware uSPE Products for Drugs of Abuse Analysis
uSPE is the first advance in DOA SPE technology for 15 years. This seminar details the technology behind this material and explains why and how it can be used to speed up SPE protocols and also dramatically analyte recoveries. Consideration is given to optimising bed geometries, capture efficiencies and cartridge flow rates and choice of cartridge processing equipment
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Multiple Affinity Removal Systems
From protein identification and characterization to expression profiling and biomarker discovery, Agilent’s extensive portfolio of tools and solutions for protein research help you obtain superior results with less effort. Metabolomics is rapidly emerging as a logical complement to large-scale expression profiling and proteomics studies – offering valuable insight into the biochemistry of organisms. But given the vast chemical diversity of
metabolites, metabolomics also presents significant analytical challenges. We discuss the solutions and techniques for Proteomics and Metabolomics research, helping you to derive more relevant information and analysis from every experiment.
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BioMonolith HPLC Columns
Agilent’s Bio-Monolith HPLC columns will greatly improve QA/QC and process monitoring of many bio-molecules being developed in the areas of gene therapy, vaccine development and biologic-based therapeutics research,”.
The columns contain a short, polymer-based, monolith disc that allows for “flow rate independent” separations. The monolith structure virtually eliminates diffusion; there are no pores and no void volumes, making transport between mobile and stationary phase very rapid. The column family offers strong cation exchange, strong and weak anion exchange, and Protein A phases. Bio-Monolith HPLC columns are compatible with HPLC and preparative LC systems, including Agilent 1100 and 1200 HPLC systems.
This seminar details the steps to take to develop new methods and adapt existing methods to take advantage of these new columns
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