High-resolution temporal profiling of molecular regulation during metamorphosis in marine bivalves
Most marine molluscs undergo a critical developmental transition from planktonic larvae to sessile benthic juveniles, a process that is crucial for both aquaculture productivity and the stability of marine ecosystems. As metamorphosis in marine invertebrates typically occurs rapidly, it is essential to uncover the biological processes during this brief yet drastic transition. This project will collect high-resolution temporal samples during metamorphosis and employ technologies such as RNA-seq, non-coding RNA-seq, DNA methylation analysis, and ATAC-seq to investigate key mollusc species, including oysters, scallops, and clams.