Evidence indicates that central regulation of food intake is well conserved along the
vertebrate lineage, at least between teleost fish and mammals. However, several differences …

The underlying mechanisms for the development and progression of nonalcoholic fatty liver
disease (NAFLD) are complex and multifactorial. Within the last years, experimental and …

This chapter discussed environmental factors that are affected by climate changes in
influencing the endocrine stress response in fishes. It has also recently been reported from …

Increasingly diverse meal patterns affect the internal body clock. Ghrelin secretion is closely
associated with the anticipation of a regularly scheduled mealtime, leading ghrelin to be a …

Widespread direct photoentrainment in zebrafish peripheral tissues is linked to diverse non-
visual opsins. To explore whether this broadly distributed photosensitivity is specific to …

The liver circadian clock plays a pivotal role in driving metabolic rhythms, being primarily
entrained by the feeding schedule, although the underlying mechanisms remain elusive …

Circadian rhythm is responsible for daily rhythmicity in humans. The circadian clock in all
cells plays a crucial role in various metabolic pathways. The liver clock is one of the most …

Ghrelin is the only known hormone posttranslationally modified with an acylation. This
modification is crucial for most of ghrelin's physiological effects and is catalyzed by the …

Actualmente se considera el sistema circadiano de vertebrados como una red de
osciladores comunicados entre sí. En el caso del carpín (Carassius auratus), no existe …

Ghrelin (GRL) is a gut-brain hormone with a role in a wide variety of physiological functions
in mammals and fish, which points out the ghrelinergic system as a key element for the …