Single-compound analysis of stable or radio-isotopes has found application in a number of fields ranging from archaeology to forensics. Often, the most difficult part of these analyses is the development of a method for isolating the compounds of interest.Here, we describe three complementary preparative HPLC procedures suitable for separating and isolating single amino acids from bone collagen or hair keratin with minimal isotopic contamination. Using preparative reversed-phase, ion-pair, or mixed-mode chromatography of underivatized amino acids in aqueous mobile phases, single amino acids can be isolated and further analyzed using mass spectrometric techniques
This review describes the analytical methods that have been developed over the years to tackle the h...
Amino acids play an important role in the metabolism of the human organism. Abnormal levels of amino...
Abstract Background Methods used to quantify protein from biological samples are often inaccurate wi...
Single-compound analysis of stable or radioactive isotopes has found application in a number of fiel...
Analysis of stable and radioactive isotopes from bone collagen provides useful information to archae...
The scope of compound-specific stable isotope analysis has recently been increased with the developm...
Department of Surgery, Maastricht University, Netherlands.To face the problem of simultaneous isolat...
AbstractNitrogen isotopic composition of amino acids has been widely applied to biochemical, ecologi...
The “building blocks of life” are found nearly ubiquitously in the environment in the form of protei...
Faculty Mentor: James O. McCullagh Stable isotope analysis of archaeological remains offers a wealth...
We report a novel method for the chromatographic separation and measurement of stable carbon isotope...
Nitrogen isotopic composition of amino acids has been widely applied to biochemical, ecological, arc...
There are several instrumental methods of analysis available for amino acids. The most important one...
We have improved a method for isolation and purification of individual amino acids for compound-spec...
In archaeological studies, the isotopic enrichment values of carbon and nitrogen in bone collagen gi...
This review describes the analytical methods that have been developed over the years to tackle the h...
Amino acids play an important role in the metabolism of the human organism. Abnormal levels of amino...
Abstract Background Methods used to quantify protein from biological samples are often inaccurate wi...
Single-compound analysis of stable or radioactive isotopes has found application in a number of fiel...
Analysis of stable and radioactive isotopes from bone collagen provides useful information to archae...
The scope of compound-specific stable isotope analysis has recently been increased with the developm...
Department of Surgery, Maastricht University, Netherlands.To face the problem of simultaneous isolat...
AbstractNitrogen isotopic composition of amino acids has been widely applied to biochemical, ecologi...
The “building blocks of life” are found nearly ubiquitously in the environment in the form of protei...
Faculty Mentor: James O. McCullagh Stable isotope analysis of archaeological remains offers a wealth...
We report a novel method for the chromatographic separation and measurement of stable carbon isotope...
Nitrogen isotopic composition of amino acids has been widely applied to biochemical, ecological, arc...
There are several instrumental methods of analysis available for amino acids. The most important one...
We have improved a method for isolation and purification of individual amino acids for compound-spec...
In archaeological studies, the isotopic enrichment values of carbon and nitrogen in bone collagen gi...
This review describes the analytical methods that have been developed over the years to tackle the h...
Amino acids play an important role in the metabolism of the human organism. Abnormal levels of amino...
Abstract Background Methods used to quantify protein from biological samples are often inaccurate wi...