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SKU:PKSH032593
Recombinant Human IDE/Insulysin Protein (His Tag)
Recombinant Human IDE/Insulysin Protein (His Tag)
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Introducing the Recombinant Human IDE/Insulysin Protein (HIS TAG), a cutting-edge product meticulously engineered to cater to the needs of the scientific community. This protein, derived from human sources, showcases an exceptional level of purity and quality, making it an indispensable tool for various research applications.
The Recombinant Human IDE/Insulysin Protein (HIS TAG) is designed to facilitate the investigation of insulin-degrading enzyme (IDE) and insulysin, two crucial enzymes involved in the degradation of insulin and other bioactive peptides. With its high affinity for insulin and remarkable specificity, this protein enables researchers to delve into the intricate mechanisms underlying insulin metabolism and related processes.
Crafted with utmost precision, the Recombinant Human IDE/Insulysin Protein (HIS TAG) boasts a HIS tag, which not only simplifies purification procedures but also ensures the preservation of protein integrity. This tag, coupled with the protein's exceptional stability, guarantees optimal performance and reproducibility, allowing for accurate and reliable experimental results.
Furthermore, the Recombinant Human IDE/Insulysin Protein (HIS TAG) exhibits remarkable solubility, facilitating its seamless integration into various experimental setups. Its compatibility with a wide range of buffers and conditions further enhances its versatility, enabling researchers to tailor their experiments to their specific requirements.
In addition to its exceptional biochemical properties, the Recombinant Human IDE/Insulysin Protein (HIS TAG) is meticulously manufactured in compliance with stringent quality control measures. This ensures the absence of contaminants and impurities, thereby safeguarding the integrity of experimental outcomes and promoting the advancement of scientific knowledge.
In summary, the Recombinant Human IDE/Insulysin Protein (HIS TAG) stands as an indispensable asset for researchers seeking to unravel the intricacies of insulin metabolism and related processes. With its exceptional purity, stability, solubility, and compatibility, this protein guarantees optimal performance and reproducibility, empowering scientists to make significant strides in their respective fields.
The Recombinant Human IDE/Insulysin Protein (HIS TAG) is designed to facilitate the investigation of insulin-degrading enzyme (IDE) and insulysin, two crucial enzymes involved in the degradation of insulin and other bioactive peptides. With its high affinity for insulin and remarkable specificity, this protein enables researchers to delve into the intricate mechanisms underlying insulin metabolism and related processes.
Crafted with utmost precision, the Recombinant Human IDE/Insulysin Protein (HIS TAG) boasts a HIS tag, which not only simplifies purification procedures but also ensures the preservation of protein integrity. This tag, coupled with the protein's exceptional stability, guarantees optimal performance and reproducibility, allowing for accurate and reliable experimental results.
Furthermore, the Recombinant Human IDE/Insulysin Protein (HIS TAG) exhibits remarkable solubility, facilitating its seamless integration into various experimental setups. Its compatibility with a wide range of buffers and conditions further enhances its versatility, enabling researchers to tailor their experiments to their specific requirements.
In addition to its exceptional biochemical properties, the Recombinant Human IDE/Insulysin Protein (HIS TAG) is meticulously manufactured in compliance with stringent quality control measures. This ensures the absence of contaminants and impurities, thereby safeguarding the integrity of experimental outcomes and promoting the advancement of scientific knowledge.
In summary, the Recombinant Human IDE/Insulysin Protein (HIS TAG) stands as an indispensable asset for researchers seeking to unravel the intricacies of insulin metabolism and related processes. With its exceptional purity, stability, solubility, and compatibility, this protein guarantees optimal performance and reproducibility, empowering scientists to make significant strides in their respective fields.
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