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Metabolic Enzymes

Metabolic enzymes are central to cellular homeostasis, energy balance, and biosynthetic regulation. Recombinant metabolic enzymes offer essential tools for dissecting biochemical pathways, characterizing enzyme activity, and supporting research on disease-related metabolism.

Our Metabolic Enzyme recombinant protein portfolio is designed to support metabolism-focused research with an emphasis on structural fidelity, catalytic relevance, and experimental robustness across diverse assay systems.

Designed for Metabolism-Focused Research Applications

Unlike signaling ligands or surface receptors, metabolic enzymes are primarily evaluated by function, kinetics, and biochemical behavior. This portfolio is developed to meet the practical demands of enzyme-centered research workflows.

Enzyme Activity and Kinetic Studies

Recombinant metabolic enzymes are suitable for enzymatic activity assays, determination of kinetic parameters, and analysis of substrate specificity under controlled experimental conditions.

Pathway Reconstruction and Mechanistic Studies

These proteins support in vitro reconstitution of metabolic pathways, enabling investigation of pathway flux, regulatory mechanisms, and enzyme–enzyme interactions.

Inhibitor and Modulator Evaluation

Metabolic enzymes serve as key targets for evaluating small-molecule inhibitors, activators, and cofactors, supporting early-stage drug discovery and biochemical screening.

Structural and Biophysical Characterization

Recombinant enzymes can be applied in structural biology, biophysical analysis, and stability studies to support mechanistic insights and rational design efforts.

Broad Coverage of Metabolic Enzyme Classes

The portfolio encompasses a diverse range of metabolic enzymes involved in core cellular processes and disease-associated metabolic pathways, including but not limited to:

  • Oxidoreductases, transferases, and hydrolases
  • Proteases and peptidases involved in metabolic regulation
  • Enzymes associated with lipid, amino acid, and carbohydrate metabolism
  • Disease-relevant metabolic enzymes linked to inflammation, neurobiology, and cancer metabolism

Multiple species options are available to support translational research and comparative studies.

Expression Strategies Optimized for Enzymatic Performance

Metabolic enzyme functionality depends strongly on correct folding, cofactor binding, and structural integrity. Expression systems and purification strategies are selected to preserve enzymatic properties relevant to downstream applications.

Where applicable, recombinant enzymes are produced to retain native-like catalytic domains and functional motifs, supporting reliable performance in activity-based assays.

Multiple tag formats and construct designs are available to accommodate different purification, detection, and assay requirements.

Quality Attributes Aligned with Enzyme Research Needs

Each recombinant metabolic enzyme is manufactured under standardized quality control processes to ensure consistency and reproducibility across experimental batches.

Key quality considerations include:

  • High purity and defined molecular composition
  • Structural consistency and controlled aggregation profiles
  • Endotoxin-controlled production for sensitive assay systems
  • Batch-to-batch reproducibility suitable for comparative studies

Quality evaluation strategies are aligned with biochemical and enzymatic applications rather than solely immunological detection.

Available Recombinant Proteins

Supporting Metabolism and Disease Research Programs

This recombinant metabolic enzyme portfolio is supplied for research use only and is designed to support both fundamental metabolism studies and disease-focused research programs. Broad enzyme coverage, application-oriented design, and consistent quality enable reliable integration into diverse experimental workflows. For detailed enzyme specifications, available formats, or technical support, please explore individual product pages or contact our technical support team.

* For research use only. Not intended for any clinical use.
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