James Ives, M.Psych, speaks to Jessica Geisler from Eppendorf North America about the applications of spectrophotometry in the life sciences and the demand for flexible spectrophotometers that can ...

Spectrophotometry remains a cornerstone of molecular biology, enabling rapid quantification and purity analysis of nucleic acids and proteins. In both research and teaching laboratories, advances in ...

What impact has the ability to measure microliter volumes of samples via US-Vis spectrophotometry had on life sciences research? Prior to microvolume spectrophotometry, UV-Vis quantification of ...

A section of the Commission Internationale de l'Eclairage (CIE) 1931 chromaticity diagram is shown, with the x–y chromaticity coordinates of 72 samples of cerebrospinal fluid containing bilirubin ...

The development of simple, reliable ultraviolet and visible spectrophotometers within the last ten years has made available an analytical tool of great versatility and power. The role played by ...

Spectrophotometry is a powerful analytical tool, but its precision depends on careful calibration, meticulous sample preparation, and a deep understanding of absorbance principles. From avoiding stray ...

Spectrophotometry is an important scientific tool, most commonly used in biology and chemistry. It’s a method to measure the amount of light absorbed by a chemical solution at various different ...

This work introduces an unsupervised method that restores high-quality Raman hyperspectral images from low-light measurements, enabling faster, lower-power imaging and expanding the use of Raman ...

THE German edition of this work was published 1 in 1933 by G. Fischer of Jena. The author, working at the Laboratory of Clinical Medicine at the University of Jena, had by then made substantial use of ...