Brain aromatase in fish is an exciting research topic because of several unconventional features that challenge the established view based on studies in other vertebrates. First, the brain of teleost fish exhibits a high degree of aromatase activity, especially in sexually mature animals. Given the emerging roles of estrogens in neurogenesis, the unique features of the adult fish brain suggest that, in addition to classical functions on brain sexual differentiation and sexual behavior, aromatase expression in radial glial cells could be involved in the modulation of the high proliferative activity in the brain of fish
International audienceThe brain of the adult teleost fish exhibits intense neurogenic activity and a...
Aromatase is the only enzyme that converts androgens into estrogens, which is found in the brain, te...
Oestrogens are produced by aromatisation of androgens by the aromatase enzyme. In the vertebrate bra...
Brain aromatase in fish is an exciting research topic because of several unconventional features tha...
International audienceUnlike that of mammals, the brain of teleost fish exhibits an intense aromatas...
International audienceIn contrast to mammals, teleost fish have a very labile genetic sex determinat...
International audienceEstrogens affect brain development of vertebrates, not only by impacting activ...
International audienceRecent data indicate that estrogens locally produced in the brain by aromatiza...
Although teleost fish have higher levels of brain aromatase activity than any other vertebrate group...
International audienceTeleost fish are known for exhibiting a high aromatase activity mainly due to ...
Elisabeth Pellegrini and Karen Mouriec contributed equally to this work.International audienceCompar...
Aromatase, the key enzyme responsible for estrogen biosynthesis, is present in the brain of all vert...
Aromatase, the key enzyme responsible for estrogen biosynthesis, is present in the brain of all vert...
International audienceAlthough estrogens exert many functions on vertebrate brains, there is little ...
Aromatase, the key enzyme in the conversion of androgens to estrogens, regulates the availability of...
International audienceThe brain of the adult teleost fish exhibits intense neurogenic activity and a...
Aromatase is the only enzyme that converts androgens into estrogens, which is found in the brain, te...
Oestrogens are produced by aromatisation of androgens by the aromatase enzyme. In the vertebrate bra...
Brain aromatase in fish is an exciting research topic because of several unconventional features tha...
International audienceUnlike that of mammals, the brain of teleost fish exhibits an intense aromatas...
International audienceIn contrast to mammals, teleost fish have a very labile genetic sex determinat...
International audienceEstrogens affect brain development of vertebrates, not only by impacting activ...
International audienceRecent data indicate that estrogens locally produced in the brain by aromatiza...
Although teleost fish have higher levels of brain aromatase activity than any other vertebrate group...
International audienceTeleost fish are known for exhibiting a high aromatase activity mainly due to ...
Elisabeth Pellegrini and Karen Mouriec contributed equally to this work.International audienceCompar...
Aromatase, the key enzyme responsible for estrogen biosynthesis, is present in the brain of all vert...
Aromatase, the key enzyme responsible for estrogen biosynthesis, is present in the brain of all vert...
International audienceAlthough estrogens exert many functions on vertebrate brains, there is little ...
Aromatase, the key enzyme in the conversion of androgens to estrogens, regulates the availability of...
International audienceThe brain of the adult teleost fish exhibits intense neurogenic activity and a...
Aromatase is the only enzyme that converts androgens into estrogens, which is found in the brain, te...
Oestrogens are produced by aromatisation of androgens by the aromatase enzyme. In the vertebrate bra...