Transform Recombinant Human Ephrin-a5/efna5 Protein (fc Tag) For Home [Ky4BFzYW]

Superior Transform Recombinant Human Ephrin-a5/efna5 Protein (fc Tag) For Home [Ky4BFzYW]

Introducing our high-quality Transform Recombinant Human Ephrin-a5/efna5 Protein (fc Tag) For Home [Ky4BFzYW], a crucial component for various research applications. This protein, synthesized using HEK293 cells, is a valuable tool for studying the complex interactions within the ephrin family, particularly its role in cell migration, adhesion, and signaling. With a sequence spanning from Gln21 to Asn203, this recombinant protein offers researchers a reliable and efficient tool for their studies.

Key Features and Specifications

Our Transform Recombinant Human Ephrin-a5/efna5 Protein (fc Tag) For Home [Ky4BFzYW] boasts a purity of over 95%, ensuring reliable results in your experiments. It carries a molecular weight of approximately 48.3 kDa, with an observed range of 55-60 kDa. The protein is tagged with a C-Fc tag, enhancing its binding affinity and ease of use. Below are some of the key features and specifications of this product:

Expression Host: HEK293 Cells

Sequence: Gln21-Asn203

Accession: P52803

Calculated Molecular Weight: 48.3 kDa

Observed Molecular Weight: 55-60 kDa

Tag: C-Fc

Practical Applications and Benefits

The Transform Recombinant Human Ephrin-a5/efna5 Protein (fc Tag) For Home [Ky4BFzYW] is a versatile research tool with numerous applications. Its ability to bind promiscuously to Eph receptors on adjacent cells makes it an excellent candidate for studying cell-cell interactions during development. This protein is particularly useful in understanding the communication between pancreatic islet cells and the regulation of glucose-stimulated insulin secretion. By utilizing this protein, researchers can explore the complex signaling pathways involved in brain development, cell adhesion, and repulsion. The following benefits highlight the value of this product:

Enhanced research capabilities in cell migration, adhesion, and signaling

Improved understanding of the ephrin family and its role in various biological processes

Convenient and reliable research tool for academic and industrial applications