Importance of Laboratory Safety
Explains why laboratory safety should be a habit, since each worker is responsible for their own safety and colleagues' safety amid chemical, fire, and other hazards.
Browse all Lab Bytes articles, guides, and protocols.
Explains why laboratory safety should be a habit, since each worker is responsible for their own safety and colleagues' safety amid chemical, fire, and other hazards.
Explains how double beam spectrophotometers correct for power fluctuations, stray light, and solvent absorbance errors that single beam designs cannot.
Explains why disposal of laboratory samples and waste is a specialized practice requiring prescribed techniques, since improper disposal can cause hazards.
Explains how sample management before and after analysis improves laboratory throughput, analytical efficiency, and customer confidence in testing laboratories.
Explains why a sample should be physically checked for uniform composition and for cracks, loose seals, or leaks before it is committed to formal analysis.
Explains why laboratory glassware, an essential lab commodity, requires extra care in handling and storage and should be reserved strictly for laboratory use.
Explains how instrument-based analytical techniques have advanced chemical science, giving insight into a material's composition, properties, and safety.
Outlines how cuvette material for UV-Vis spectroscopy, glass, quartz, or plastic, is chosen based on sample nature, absorbance range, and material inertness.
Explains why peak area is preferred over peak height for quantitative chromatographic calculations, since it accounts for peak shape distortions peak height ignores.
Outlines key considerations for preparing and using an HPLC mobile phase, since analysis reliability depends on solvent compatibility with the sample and column.
Outlines the solvent properties to consider when selecting a solvent or solvent mix for a laboratory analytical application to suit its specific requirements.
Explains why UV-Visible spectrophotometers, though simple and reliable workhorse instruments, still need regular performance checks against reference materials.
Explains how laboratories cut recurring costs of certified reference materials by developing traceable in-house working standards instead of relying on CRMs alone.
Explains what a calibration plot is and why it's needed for quantitative analysis whenever more than one determination must be made from a series of standards.
Explains why laboratory glassware must be cleaned and validated as contamination-free before use, since residues can compromise even sophisticated instruments.