Useful guides for laboratory instruments, testing equipment, and scientific workflows.
Category
Preparation tools, workflow planning, and handling guidance.
Sample PreparationAnalytical quality is often won or lost before testing begins. This article explains how laboratories can reduce avoidable error through controlled sample handling, preparation, documentation, and quality control.
Sample PreparationChromatography sample preparation has a direct effect on whether HPLC, GC, LC-MS, and GC-MS methods deliver reliable data or create costly rework. This guide explains how to match…
Sample PreparationMetallographic sample preparation converts a cut metal specimen into a flat, clean, representative surface for optical or electron microscopy. This article explains the workflow, key decisions, common artifacts,…
Sample PreparationProteomics sample preparation is where many LC-MS/MS studies succeed or fail. This guide explains how to choose a workflow, control contaminants, and document the variables that shape data…
Sample PreparationAutomated sample preparation can reduce manual variation, improve traceability and increase throughput in analytical laboratories when it is validated as part of the method. This article explains where…
Sample PreparationA practical guide to MALDI sample preparation, covering matrix choice, sample cleanup, deposition methods, imaging workflows, and troubleshooting for more reproducible spectra.
Sample PreparationThis article explains how FACS sample preparation affects viability, staining quality, sorting recovery and reproducibility. It offers a practical checklist for building cleaner single-cell suspensions without treating any…
Sample PreparationA practical guide to choosing FTIR sample preparation methods by sample type, measurement goal, and spectral limitations. Covers ATR, KBr pellets, thin films, liquids, mulls, diffuse reflectance, and…
Sample PreparationHPLC sample preparation defines how representative, clean, stable, and instrument-compatible a sample is before it reaches the column.
Sample PreparationAFM sample preparation determines whether nanoscale images show the specimen or contamination. This guide covers substrate selection, cleaning, mounting, drying, and artifact checks.
