Metabolic Flux Analysis Service

Metabolic flux analysis (MFA) is an important analytical technique used to examine the rates of production and consumption of metabolites in biological systems. In systems metabolic engineering, MFA can be used to understand cell physiology under specific conditions and predict its metabolic capacity after genetic or environmental perturbations. MFA can also be used to elucidate cellular mechanisms. By using stable isotope labeling (such as 2H, 13C, and 15N), MFA can identify and quantitatively assess the metabolic role of pathways by observing the position of isotope labels along metabolic pathways. 2H and 13C NMR methods and mass spectrometry methods have been used for metabolic flux analysis. Tandem mass spectrometry, as a new technology for metabolic flux analysis, helps provide high-resolution quantification of metabolic fluxes in complex biological systems.

Metabolic flux analysis service

BiotechPack's metabolic flux analysis platform can be used to determine the control structure and regulatory network of metabolic pathways, and this analysis platform is widely applicable to any metabolic system that can be described by kinetic models.

BiotechPack provides metabolic flux analysis services to help accelerate your research. The general process of the analysis service is:

1. Experimental design: Provide customized experimental design according to your research object and research purpose.
2. Sample analysis: We offer a variety of analyses of metabolic flux, such as glucose metabolic flux, glutamine flux, and tricarboxylic acid cycle (TCA cycle) metabolic flux.
3. Data analysis: BiotechPack's metabolomic analysis provides raw mass spectrometry data processing, analyzing mass spectrometry data to achieve data quantification and result interpretation.

Based on a high-stability, repeatable, and highly sensitive system for separation, characterization, identification, and quantification analysis, BiotechPack offers reliable, fast, and cost-effective metabolic flux analysis services.

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