Halloween Special Recombinant Mouse G-csf/csf3 Protein (his Tag) Instant 40% Discount [RBDw0Iyf]

Halloween Special Recombinant Mouse G-csf/csf3 Protein (his Tag) Instant 40% Discount [RBDw0Iyf]

Discover the power of recombinant technology with our high-quality Halloween Special Recombinant Mouse G-csf/csf3 Protein (his Tag) Instant 40% Discount [RBDw0Iyf]. This advanced protein, expressed in HEK293 cells, is a crucial component in the study of hematopoiesis and cytokine research. Its purity exceeds 95%, ensuring reliable and consistent results in your experiments. Key features include:

• Expressed in HEK293 cells for consistent results
• High purity of >95% as determined by SDS-PAGE
• Not validated for activity, suitable for various research applications

Product Specifications and Properties

Our Halloween Special Recombinant Mouse G-csf/csf3 Protein (his Tag) Instant 40% Discount [RBDw0Iyf] boasts a calculated molecular weight of 19.8 kDa and an observed molecular weight of 25 kDa. It is tagged with a C-His tag, enhancing its identification and purification. The protein is lyophilized from a 10mM Sodium Citrate solution with 0.1% Tween 20, ensuring stability and ease of use. Key properties include:

• Calculated molecular weight: 19.8 kDa
• Observed molecular weight: 25 kDa
• Tag: C-His

Applications and Benefits

This recombinant protein is ideal for researchers seeking to study hematopoiesis, cytokine interactions, and stem cell mobilization. Its high purity and specific expression in HEK293 cells make it a valuable tool in various research fields. Whether you are working on myocardial infarction, stem cell mobilization, or erythropoiesis, our Halloween Special Recombinant Mouse G-csf/csf3 Protein (his Tag) Instant 40% Discount [RBDw0Iyf] can provide the reliable results you need. Benefits include:

• Enhanced research capabilities in hematopoiesis and cytokine research
• High purity and consistent results for reliable experiments
• Convenient for use in various research applications, including myocardial infarction and stem cell mobilization