Spring Sale *mouse C1 Inhibitor Genetically Deficient Liver Lyophilized Essentials [jv9lODke]

Revolutionary Mouse C1 Inhibitor Deficiency Model

This innovative Mouse C1 Inhibitor Genetically Deficient Liver Lyophilized product from Innovative Research represents a groundbreaking advancement in molecular biology research. Engineered from a C1 Inhibitor Homozygous Knockout Mouse, this product is ideal for a variety of in vitro applications, providing a reliable control for research in hemorrhagic shock, septic shock, transplant rejection, reperfusion injury, inflammatory disorders, and hereditary angioedema. The liver tissue is flash-frozen immediately post-removal, ensuring maximum protein integrity and purity. With this exceptional model, researchers can achieve more accurate and consistent results.

Product Specifications and Details

The Mouse C1 Inhibitor genetically deficient liver (product number: MC1INH-KO-LR) is derived from the C57BL6/SJL mouse strain. This model exhibits a deletion in the SERPING1 gene at intron 1, exon 8, leading to a complete absence of C1 Inhibitor protein expression. The homozygous knockout mice demonstrate increased vascular permeability, making them an ideal tool for studying inflammatory processes. Key features include:

• Strain: C57BL6/SJL

• Chromosome: 2

• Gene: SERPING1

• Genomic Target: Intron 1, Exon 8

• Mutation: 9244 base pair deletion

• Phenotype: Absence of C1 Inhibitor protein expression and increased vascular permeability

Stored at 2° to 8°C, this lyophilized liver tissue offers convenient and long-term storage. Its ready-to-use format saves researchers time and resources, allowing for more efficient experimental procedures.

Practical Applications and Benefits

Utilizing the Mouse C1 Inhibitor Genetically Deficient Liver Lyophilized can significantly enhance the accuracy and reproducibility of your research. Whether you are investigating the mechanisms behind inflammatory diseases or seeking to understand the complexities of shock response, this model is a powerful tool in your arsenal. By offering a reliable and consistent control, it streamlines your experimental processes and helps you uncover critical insights. This product is perfect for researchers in the fields of immunology, hematology, and inflammation, providing a robust platform for advancing medical science and improving patient care.