Annika I. Johansson

TL;DR: An extraction and derivatization protocol, developed using experimental design theory, for analyzing the human blood plasma metabolome by GC/MS, suggests that the method could be usefully integrated into metabolomic studies for various purposes, e.g., for identifying biological markers related to diseases.

TL;DR: Fluorescence-activated cell sorting of green fluorescent protein–marked cell types combined with highly sensitive mass spectrometry methods are introduced as a novel means for analyses of IAA distribution and metabolism at cellular resolution to indicate that local biosynthesis and polar transport combine to produce auxin gradients and maxima in the root tip.

TL;DR: A new semiautomated strategy using a hierarchical multivariate curve resolution approach that processes all samples simultaneously is described that generates tables of all the detected metabolites that differ in relative concentrations between samples.

TL;DR: The data reveal the dynamics of transcriptional and metabolic networks and identify potential targets of environmental and hormonal signals in the regulation of the activity-dormancy cycle in cambial meristem.

TL;DR: Cholesterol is identified as a possible therapeutic target for advanced PCa after being identified in primary tumor tissue and in plasma which were significantly associated with metastatic disease.