Regular calibration and proper cleaning of the optical surface are essential to maintain consistent and reliable performance. It provides a rapid checkpoint for verifying that raw materials, such as plasmids or oligos, meet specified concentrations before they are used in manufacturing.
Nanodrop Quality Control Workflows for Consistent and Reliable Results
For clinical diagnostics, ensuring the integrity and quantity of extracted genetic material from patient samples is a crucial step that the Nanodrop streamlines. The device measures how much light is absorbed at these wavelengths, a property known as absorbance.
Its primary role is in nucleic acid quantification for downstream applications like PCR, cloning, sequencing, and microarray analysis, where precise input is essential. The 320nm measurement is critical for detecting light scattering caused by particulates in the sample, which can skew results.
Nanodrop Quality Control Workflows for Consistent and Reliable Results
When a sample is placed on the instrument’s optical surface, a beam of light at specific wavelengths passes through it. The most obvious advantage is the elimination of consumables; there is no need for disposable cuvettes or costly fluorescent dyes.
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