In an aquaculture hatchery, the main goal is to maximize the production of high-quality larvae. The quantity and quality of these larvae are largely influenced by the condition of the broodstock and the management practices followed. Broodstock, which are the breeding individuals responsible for producing offspring in aquaculture operations, play a key role in the success of culture production. Thus, broodstock condition is vital for achieving successful breeding outcomes . Conditioning the broodstock principally involves providing them with optimal environmental conditions and a balanced diet t o enhance reproductive performance. In recent years, interest in epigenetics has been gaining ground in leveraging it to manage fish and shellfish broodstock effectively, aiming to improve their health, reproductive success, and the quality of their progeny. Epigenetics is the study of heritable changes in gene expression that do not involve alterations to the underlying DNA sequence. In aquaculture animals, epigenetic modifications such as DNA methylation, histone modifications, and non-coding RNAs have been identified as key regulators of gene expression patterns. These modifications can be influenced by various environmental c ues, including feed, nutraceuticals , and temperature . By modulating gene expression, epigenetic mechanisms can impact traits relevant to broodstock management, such as growth, robustness, and reproductive performance . Here, we discuss various epigenetic-based interventions and their potential contribution s to improving broodstock health and reproductive success, enhance offspring quality , and ultimately fastening the continued growth and success of the aquaculture sector.