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Elabscience

SKU(재고 관리 코드):PKSM040567

Recombinant Mouse MEK4/MAP2K4 Protein (His & GST Tag)

Recombinant Mouse MEK4/MAP2K4 Protein (His & GST Tag)

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Introducing the Recombinant Mouse MEK4/MAP2K4 Protein (His & GST Tag), a meticulously engineered product designed to cater to the diverse needs of the scientific community. This protein, derived from the mouse species, showcases an exceptional fusion of the Histidine (His) and Glutathione S-transferase (GST) tags, ensuring enhanced stability and ease of purification.

The Recombinant Mouse MEK4/MAP2K4 Protein (His & GST Tag) is meticulously produced using cutting-edge recombinant DNA technology, guaranteeing utmost purity and reliability. With its dual tags, this protein offers a versatile solution for various research applications, including protein-protein interaction studies, enzymatic assays, and drug discovery endeavors.

This product boasts an impressive array of features, including its high expression efficiency, enabling researchers to obtain substantial quantities of the protein of interest. Furthermore, the fusion of the His and GST tags facilitates straightforward purification, streamlining laboratory workflows and saving valuable time and resources.

The Recombinant Mouse MEK4/MAP2K4 Protein (His & GST Tag) exhibits exceptional stability, ensuring prolonged shelf life and consistent performance. Its robust nature allows for seamless storage and transportation, guaranteeing the preservation of its structural and functional integrity.

In addition to its remarkable attributes, this protein is accompanied by comprehensive documentation, including a Certificate of Analysis (CoA) and detailed technical specifications. These resources empower researchers with the necessary information to confidently incorporate this product into their experimental protocols.

Choose the Recombinant Mouse MEK4/MAP2K4 Protein (His & GST Tag) for its unrivaled quality, reliability, and versatility. Elevate your scientific endeavors with this exceptional protein, and unlock new insights into the intricate mechanisms of cellular signaling pathways.
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