Project description:Mandarin fish Siniperca chuatsi (Basilewsky) (Percichthyidae), as a demersal piscivore, has very specialized feeding habits, for as soon as they start feeding the fry of this fish feed solely on fry of other fish species. In rearing conditions, mandarin fish has been found to accept live prey fish only, and refuse dead prey fish or artificial diets, very little is currently known about the molecular mechanisms of multiple genes which cover different pathways influencing the specialized food habit, such as live prey. We performed transcriptome comparisons between dead prey fish feeders and nonfeeders in mandarin fish. The determination mechanisms of specialized food habit (live prey fish) in mandarin fish could provide some instructions for research of food habit in animals, including mammals.
Project description:The determination mechanisms of specialized food habit (live prey fish) in mandarin fish
| PRJEB631 | ENA
Project description:Transcriptome sequencing and metabolome analysis of food habits domestication from live prey fish to artificial diets in mandarin fish (Siniperca chuatsi)
| PRJNA613186 | ENA
Project description:social learning in feeding habit domestication of mandarin fish
Project description:To investigate the molecular mechanisms underlying hypoxia adaptation in mandarin fish (Siniperca chuatsi), bulk RNA sequencing was performed on MFF-1 cells. The study compares the transcriptomic profiles of cells cultured under normoxic conditions (21% O2) versus those subjected to hypoxic stress (3% O2) for 72 hours.
Project description:To characterize the site-specific methylation landscape of the Mandarin fish ranavirus (MRV) genome, whole-genome bisulfite sequencing (WGBS) was conducted on an isolated MRV strain.
2024-04-02 | GSE262554 | GEO
Project description:muscle of mandarin fish and big-eye mandarin fish
Project description:The establishment of the immune microenvironment during oogenesis in teleosts plays an important role in individual survival and population continuation. However, the maternal influence on offspring immunity is poorly understood, particularly regarding the dynamic development and underlying mechanisms of the oocyte immune microenvironment. Here, we characterized the single-cell atlas of the mandarin fish ovary at the late stage IV, and identified three germ cells and five somatic cells. The distinctive features of the three germ cell types were further explored through the enrichment analysis, suggesting that the immune microenvironment of fish oocytes is formed during the mature oocyte stage. Subsequently, based on the pseudotemporal analysis of three germ cells, as well as the clustering analysis and the cell-cell communication analysis, we depicted the trajectories of oogenesis and its immune microenvironment formation in the mandarin fish ovary. Notably, we identified a high-low-high expression pattern in immune-related pathways across different development stages of oocytes. Furthermore, the spatiotemporal expression dynamics of six key markers were validated using RNA-FISH. These findings provide novel insights into oogenesis and the establishment of maternal/innate immunity in teleosts.
