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CRISPR/Cas9 Gene Knock-in Mouse Model (CAT#: STEM-AE-0098-WXH)

Introduction

The sgRNA was designed and synthesized according to the gene sequence, and a homologous sequence containing a knock-in fragment or a point mutation was constructed for the target position, and co-injected with Cas9 mRNA into the cytoplasm of fertilized mouse oocytes. Cas9 nuclease, sgRNA, and genomic target sequence bind and cut double-stranded DNA, repair the genomic DNA with the homologous sequence containing the knock-in fragment as a template, and finally obtain a gene knock-in mouse that inserts a knock-in fragment or a point mutation in the target DNA sequence .




Applications

• Complete the study of the function of the target gene in a specific tissue or cell.
• Study the localization or expression of target genes in specific tissues.
• Simulate human pathogenic mechanism for drug development and drug efficacy evaluation for disease treatment.

Procedure

1. Design and construct gRNA plasmid.
2. Microinjection to obtain F0 generation heterozygous mice identified positively by sequencing.
3. F0 generation heterozygous mice were mated with wild type mice to obtain F1 generation heterozygous mice.
4. Select F1 generation mice from the same F0 generation mouse with the same genotype, and mate with each other after reaching sexual maturity to obtain F2 generation mice.

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