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Other Courses
| Solid Phase Extraction Training |
A comprehensive course designed to increase expertise and optimise method development time for all users of solid phase extraction as a means of sample preparation.
Topics include:
- Characteristics of Sorbent and Sorbent Selection
- Covers all steps including:
- Sample pre-treatment
- Column Conditioning
- Column Equilibration
- Sample Loading
- Interference Elution
- Analyte Elution
- Importance of column conditioning
- The impact of PH
- Impact of elution soak steps and solvent strength
- Selection of the bonded phase and bed mass
- Significance of secondary interactions and the use of mixed mode approaches
- Ion-exchange and impact of ionic strength
- Normal phase extractions
- Stacked phase approaches
- Experiments in method development and optimisation
For more information on Solid Phase Extraction Training Courses – click here
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Capillary Electrophoresis Training
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Basic Principles of CE
- Hardware requirements
- Fundamental properties of ionised and non-ionised species in CE
- Injection modes (hydrodynamic vs electrokinetic injection)
- Detection methods - (Direct UV and Indirect UV, diode array UV)
- Separation modes - (CZE capillary zone, MEKC micellar electrokinetic, CEC capillary electrochromatography, CCE chiral capillary electrochromatography)
- Detection modes - (qualitative and quantitative detection)
Applications
- Analysis of Acidic, Basic and Neutral Compounds by CEC.
- Drugs of Abuse using MEKC.
- Basic Drugs using PVA-Coated Capillaries.
- Organic Acid Analysis using Indirect UV Detection.
- Inorganic Anion Analysis using Indirect UV Detection.
Capillary Technology
- Packed Capillaries.
- PVA Coated Capillaries.
- Summit NaAMPS Capillaries.
Troubleshooting
- Current loss
- Baseline Drift
- Irregular Peaks
- Tailing Peaks
- Poor Resolution
- Shifting Migration Times
- Poor Reproducibility
For more information on Capillary Zone Separations courses – click here
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| An Introduction to ICP-MS |
This one-day course introduces delegates to the fundamental concepts and principles associated with ICP-MS. Topics covered allow the ICP-MS user to gain a useful insight into the operating principles of the instrument
This course is ideally tailored towards either the experienced user who is looking for a refresher course or towards a new user who is looking for an introduction to the analytical technique.
An introduction to ICP-MS
- What Can ICP-MS Do?
- Schematic Design
- Inductively Coupled Plasmas
- Sample Introduction
The Mass Spectrometer
- The Vacuum & Interface Systems
- Ion Lenses
- Quadrupole Mass Analyser
- Detectors
Interferences in ICP-MS
- Spectrometric Effects
- Non-Spectrometric Effects
Optimisation
- Parameter Optimisation
- Cold Plasma Operating Conditions
Quantitation Techniques
- Qualitative Analysis
- Semi-quantitative Analysis
- Quantitation Strategy
For more information on ICP-MS courses – click here
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