Microinjection of CRISPR-Cas9 Cocktail into a One-Cell Zebrafish Embryo to Generate Maternal Crispants
3:07
Screening for Somatic INDELs in F0 Injected Embryos
4:54
Identification of Maternal-Effect Phenotypes in Maternal Crispant Embryos
6:21
Sequencing Alleles in Maternal Crispant Haploids
8:18
Results: Identification of Maternal Effect Phenotypes in a Rapid and Resource Efficient Manner
9:08
Conclusion
Transcription
The role of many maternally-expressed genes during early development is currently unknown. This maternal CRISPR technique allows for the rapid identification of maternal effect genes and their role in development. Multiplexing guide RNAs to a sing
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Early development is dependent on maternally-inherited products, and the role of many of these products is currently unknown. Herein, we described a protocol that uses CRISPR-Cas9 to identify maternal-effect phenotypes in a single generation.