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• W2781753717 abstract "Surprisingly little is known about the nature and function of neurohormones in molluscs despite the fact that many of the neurotransmitters, including serotonin, catecholamines and estrogenic compounds that regulate reproduction in humans are also found in bivalve molluscs. Although mammalian and fish sex neurotransmitters have been comparatively well-studied, their role in molluscs is an emerging field where recent molecular and genetic research reveals an increasingly nuanced understanding of neuroendocrine pathways and morphogenetic processes. This knowledge is important in eco-toxicology given the prevalence of anthropogenic pollutants such as pharmaceuticals in wastewater, as well as pesticides and insecticides that are known to interfere with neuroendocrine signalling in a wide range invertebrate and vertebrate species. Knowledge of these pathways in molluscs is also important when developing anti-fouling compounds for marine applications. In the last few decades, the use of chemical inducers in bivalve aquaculture has transformed hatchery technology not only by increasing survival rates at metamorphosis, but also by using neurohormones to create ‘cultchless’ or ‘single-seed’ spat in some species (e.g. oysters) to bypass normal pathways that involve attachment to a substrate. Hatchery protocols for inducing settlement and metamorphosis with a range of chemical inducers in commercial shellfish species have been developed primarily from empirical studies based on trial and error, but such an approach is not reliably effective in all species, and trial and error is particularly time-consuming when developing protocols for new species. During the transition from larval to juvenile to adult life stages, neuroendocrine and immune functions mediate complex metabolic processes, and recent research on hematopoiesis, immune-competence, neuroendocrine pathways and gene regulation give insights into these complexities. In this review, we provide a current overview of research regarding the neuroendocrine basis for physiological mechanisms involved in bivalve settlement and metamorphosis, given it is a period when hatcheries often experience the greatest losses. Despite a plethora of empirical studies on specific species, the processes and neurotransmitters involved are surprisingly not well explored. We focus on metamorphosis as a key developmental period by highlighting some of the most promising new research in this area, with a focus on the value of these insights for commercial applications in aquaculture." @default.
• W2781753717 created "2018-01-12" @default.
• W2781753717 creator A5014959926 @default.
• W2781753717 creator A5067377964 @default.
• W2781753717 date "2018-02-01" @default.
• W2781753717 modified "2023-10-16" @default.
• W2781753717 title "Molluscan bivalve settlement and metamorphosis: Neuroendocrine inducers and morphogenetic responses" @default.
• W2781753717 cites W1483201630 @default.
• W2781753717 cites W1537776120 @default.
• W2781753717 cites W1549585090 @default.
• W2781753717 cites W1558179830 @default.
• W2781753717 cites W1585051866 @default.
• W2781753717 cites W1684425825 @default.
• W2781753717 cites W1757825231 @default.
• W2781753717 cites W1881742754 @default.
• W2781753717 cites W1896927886 @default.
• W2781753717 cites W1898644558 @default.
• W2781753717 cites W1964479446 @default.
• W2781753717 cites W1964502709 @default.
• W2781753717 cites W1966390942 @default.
• W2781753717 cites W1966990866 @default.
• W2781753717 cites W1967432155 @default.
• W2781753717 cites W1967761947 @default.
• W2781753717 cites W1971985783 @default.
• W2781753717 cites W1972081811 @default.
• W2781753717 cites W1973250818 @default.
• W2781753717 cites W1973405021 @default.
• W2781753717 cites W1974803339 @default.
• W2781753717 cites W1975793917 @default.
• W2781753717 cites W1976146293 @default.
• W2781753717 cites W1976559040 @default.
• W2781753717 cites W1977977194 @default.
• W2781753717 cites W1983159194 @default.
• W2781753717 cites W1983406431 @default.
• W2781753717 cites W1985340914 @default.
• W2781753717 cites W1985367538 @default.
• W2781753717 cites W1985421416 @default.
• W2781753717 cites W1986626075 @default.
• W2781753717 cites W1987421714 @default.
• W2781753717 cites W1988396530 @default.
• W2781753717 cites W1991040605 @default.
• W2781753717 cites W1991154545 @default.
• W2781753717 cites W1991457723 @default.
• W2781753717 cites W1992504662 @default.
• W2781753717 cites W1995040735 @default.
• W2781753717 cites W1997945138 @default.
• W2781753717 cites W1998729368 @default.
• W2781753717 cites W1999156812 @default.
• W2781753717 cites W1999188403 @default.
• W2781753717 cites W1999336935 @default.
• W2781753717 cites W2001362474 @default.
• W2781753717 cites W2002147407 @default.
• W2781753717 cites W2006111127 @default.
• W2781753717 cites W2006772582 @default.
• W2781753717 cites W2007911313 @default.
• W2781753717 cites W2008252222 @default.
• W2781753717 cites W2008601851 @default.
• W2781753717 cites W2008650336 @default.
• W2781753717 cites W2008824422 @default.
• W2781753717 cites W2008839951 @default.
• W2781753717 cites W2009117972 @default.
• W2781753717 cites W2009298206 @default.
• W2781753717 cites W2013447746 @default.
• W2781753717 cites W2015889804 @default.
• W2781753717 cites W2016671671 @default.
• W2781753717 cites W2022893859 @default.
• W2781753717 cites W2026345779 @default.
• W2781753717 cites W2026800441 @default.
• W2781753717 cites W2028652961 @default.
• W2781753717 cites W2028744798 @default.
• W2781753717 cites W2029996258 @default.
• W2781753717 cites W2030699707 @default.
• W2781753717 cites W2033589304 @default.
• W2781753717 cites W2034348439 @default.
• W2781753717 cites W2037159956 @default.
• W2781753717 cites W2037639469 @default.
• W2781753717 cites W2039125744 @default.
• W2781753717 cites W2042033034 @default.
• W2781753717 cites W2042652709 @default.
• W2781753717 cites W2043584813 @default.
• W2781753717 cites W2043737136 @default.
• W2781753717 cites W2045351379 @default.
• W2781753717 cites W2049120887 @default.
• W2781753717 cites W2049187614 @default.
• W2781753717 cites W2049478428 @default.
• W2781753717 cites W2050005876 @default.
• W2781753717 cites W2051419117 @default.
• W2781753717 cites W2053541032 @default.
• W2781753717 cites W2054321086 @default.
• W2781753717 cites W2054893788 @default.
• W2781753717 cites W2055895291 @default.
• W2781753717 cites W2056833797 @default.
• W2781753717 cites W2057853585 @default.
• W2781753717 cites W2058144980 @default.
• W2781753717 cites W2058542504 @default.
• W2781753717 cites W2058849991 @default.
• W2781753717 cites W2059115606 @default.
• W2781753717 cites W2060675839 @default.

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