Metabolomics generates a profile of small molecules that are derived from cellular
metabolism and can directly reflect the outcome of complex networks of biochemical …

Quantitative and qualitative knowledge of metabolic rates (ie fluxes) over a metabolic
network and in specific cellular compartments gives insights into the regulation of …

Automatic person re-identification (re-id) across camera boundaries is a challenging
problem. Approaches have to be robust against many factors which influence the visual …

Mathematical models of the cellular metabolism have become an essential tool for the
optimization of biotechnological processes. They help to obtain a systemic understanding of …

Highlights•13 C-fluxomics provides quantification of metabolic activity in microorganisms.•
Increasing flux analysis capacity has the potential to accelerate strain design.•HT 13 C …

Dissecting the pleiotropic roles of tumor micro-environment (TME) on cancer progression
has been brought to the foreground of research on cancer pathology. Extracellular vesicles …

The use of isotopically labeled tracer substrates is an experimental approach for measuring
in vivo and in vitro intracellular metabolic dynamics. Stable isotopes that alter the mass but …

Fluxes through metabolic pathways reflect the integration of genetic and metabolic
regulations. While it is attractive to measure all the mRNAs (transcriptome), all the proteins …

In recent years the benefit of measuring positionally resolved 13 C-labeling enrichment from
tandem mass spectrometry (MS/MS) collisional fragments for improved precision of 13 C …

Abstract 13C Metabolic Fluxes Analysis (13C MFA) remains to be the most powerful
approach to determine intracellular metabolic reaction rates. Decisions on strain …