
The cardiac conduction system (CCS) initiates and coordinately propagates the electrical impulse to orchestrate the heartbeat. It consists of a set of interconnected components with shared properties. A better understanding of the origin and specification of CCS lineages has allowed us to better comprehend the etiology of CCS disease and has provided leads for development of therapies. A variety of technologies and approaches have been used to investigate CCS lineages, which will be summarized in this review. The findings imply that there is not a single CCS lineage. In contrast, early cell fate decisions segregate the lineages of the CCS components while they remain connected to each other.
Cell lineage, genetic inducible fate map, genetic fate map, cardiac development, Cardiac conduction system lineage, Review, Lineage tracing, Cardiac development, lineage tracing, Genetic inducible fate map, RC666-701, cardiac conduction system, Genetic fate map, Diseases of the circulatory (Cardiovascular) system, Cardiac conduction system, cell lineage, cardiac conduction system lineage
Cell lineage, genetic inducible fate map, genetic fate map, cardiac development, Cardiac conduction system lineage, Review, Lineage tracing, Cardiac development, lineage tracing, Genetic inducible fate map, RC666-701, cardiac conduction system, Genetic fate map, Diseases of the circulatory (Cardiovascular) system, Cardiac conduction system, cell lineage, cardiac conduction system lineage
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