Breast milk metabolome characterization in a single-phase extraction, multiplatform analytical approach
A Villasenor, I Garcia-Perez, A Garcia… - Analytical …, 2014 - ACS Publications
Breast milk (BM) is a biofluid that has a fundamental role in early life nutrition and has direct
impact on growth, neurodevelopment, and health. Global metabolic profiling is increasingly
being utilized to characterize complex metabolic changes in biological samples. However, in
order to achieve broad metabolite coverage, it is necessary to employ more than one
analytical platform, typically requiring multiple sample preparation protocols. In an effort to
improve analytical efficiency and retain comprehensive coverage of the metabolome, a new …
impact on growth, neurodevelopment, and health. Global metabolic profiling is increasingly
being utilized to characterize complex metabolic changes in biological samples. However, in
order to achieve broad metabolite coverage, it is necessary to employ more than one
analytical platform, typically requiring multiple sample preparation protocols. In an effort to
improve analytical efficiency and retain comprehensive coverage of the metabolome, a new …
Breast milk metabolome characterization in a single phase extraction, multiplatform analytical approach.
C Barbas Arribas - 2014 - repositorioinstitucional.ceu.es
Breast milk (BM) is a biofluid, which has a fundamental role in early-life nutrition and directly
impacts on growth, neurodevelopment and health. Global metabolic profiling is increasingly
being utilized to characterize complex metabolic changes in biological samples. However, in
order to achieve broad metabolite coverage, it is necessary to employ more than one
analytical platform, typically requiring multiple sample preparation protocols. In an effort to
improve analytical efficiency and retain comprehensive coverage of the metabolome, a new …
impacts on growth, neurodevelopment and health. Global metabolic profiling is increasingly
being utilized to characterize complex metabolic changes in biological samples. However, in
order to achieve broad metabolite coverage, it is necessary to employ more than one
analytical platform, typically requiring multiple sample preparation protocols. In an effort to
improve analytical efficiency and retain comprehensive coverage of the metabolome, a new …
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