Fish have been of paramount importance to our understanding of vertebrate comparative
neuroendocrinology and the mechanisms underlying the physiology and evolution of …

The production of fertile eggs with the capacity to develop into larvae and subsequently into
marketable fish is centrally important to the aquaculture industry. This entails not only the …

The genetic improvement of fish for aquaculture and related fisheries has seen huge
advances over recent years. Building upon the previous two editions of Aquaculture and …

Sexual or gonadal differentiation is a complex event and its mechanism remains elusive in
teleosts. Despite its complexity and plasticity, the process of ovarian differentiation is …

Gonadotropins are primary hormones that control vertebrate reproduction. In a recent study,
we analyzed the impacts of FSH and LH on zebrafish reproduction by disrupting FSH and …

Recent developments in environmental DNA (eDNA) analysis allow more rapid and
extensive biomonitoring than traditional capture‐based surveys do. However, detection of …

As an alternative/supplement to conventional biodiversity survey methods, environmental
DNA (eDNA) analysis has developed rapidly during the past decade, and is widely used for …

Growth factors modulate germ line stem cell self-renewal and differentiation behavior. We
investigate the effects of Igf3, a fish-specific member of the igf family. Fsh increased in a …

Gonadal soma‐derived factor (gsdf) is critical for testicular differentiation in teleosts, yet
detailed analysis of Gsdf on testicular differentiation is lacking. In the present study, we …

Driven by the broad diversity of species and physiologies and by reproduction-related
bottlenecks in aquaculture, the field of fish reproductive biology has rapidly grown over the …