Must-have Recombinant Mouse Ephb1/epht2 Protein (his Tag)(active) Pro Version [dFxOUG3j]
Superior Recombinant Protein for Research The Must-have Recombinant Mouse Ephb1/epht2 Protein (his Tag)(active) Pro Version [dFxOUG3j] is a high-quality recombinant protein designed for use in various research applications. This protein is expressed in HEK293 cells and offers except
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Superior Recombinant Protein for Research
The Must-have Recombinant Mouse Ephb1/epht2 Protein (his Tag)(active) Pro Version [dFxOUG3j] is a high-quality recombinant protein designed for use in various research applications. This protein is expressed in HEK293 cells and offers exceptional purity and activity. With a calculated molecular weight of 59.6 kDa and an observed molecular weight of 64 kDa, this protein is ideal for a wide range of experiments. Key Features:- Expressed in HEK293 cells for high purity and activity
- Calculated molecular weight: 59.6 kDa
- Observed molecular weight: 64 kDa
Robust Bioactivity and Stability
This recombinant protein demonstrates robust bioactivity, as evidenced by its ability to bind mouse EFNB1-Fc with an EC50 of 0.04-0.08 μg/ml. The high purity of this protein, as determined by reducing SDS-PAGE, is greater than 98%, ensuring reliable results. Its stability is further enhanced by the addition of protectants like trehalose, mannitol, and Tween 80 during lyophilization. Key Benefits:- High purity: > 98% as determined by reducing SDS-PAGE
- Robust bioactivity: EC50 of mouse EFNB1-Fc is 0.04-0.08 μg/ml
- Stable storage: Up to 12 months at -20 to -80℃
Wide Range of Applications
The Must-have Recombinant Mouse Ephb1/epht2 Protein (his Tag)(active) Pro Version [dFxOUG3j] is an invaluable tool for researchers studying Ephrin type-B receptor 1 and its role in cell signaling pathways. This protein has been implicated in synapse formation, synaptic function, and plasticity, making it a key component in the study of animal growth and development. Its potential role in cancer research adds to its versatility. Practical Uses:- Cell signaling research
- Synapse formation and plasticity studies
- Cancer research
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