Effects of exogenous somatostatin and antisomatostatin on serum parameters of the American eel

Effects of oral passive immunization against somatostatin-14 on growth performance, body composition and IgY delivery in rainbow trout (Oncorhynchus mykiss) and common carp (Cyprinus carpio)

“…Nevertheless, SST is a neurotransmitter of the intermediary metabolism (Epple et al . ) and multiple metabolic shifts are possible that alter feed and protein utilization upon anti‐SST‐14 immunoneutralization. For example, SST exhibits further effects on energy allocation, lipid and carbohydrate metabolism, (Klein & Sheridan ) nutrient assimilation (Sheridan & Kittilson ) and osmoregulation (Reindl & Sheridan ).…”

Effects of oral passive immunization against somatostatin-14 on growth performance, body composition and IgY delivery in rainbow trout (Oncorhynchus mykiss) and common carp (Cyprinus carpio)

“…Nevertheless, SST is a neurotransmitter of the intermediary metabolism (Epple et al . ) and multiple metabolic shifts are possible that alter feed and protein utilization upon anti‐SST‐14 immunoneutralization. For example, SST exhibits further effects on energy allocation, lipid and carbohydrate metabolism, (Klein & Sheridan ) nutrient assimilation (Sheridan & Kittilson ) and osmoregulation (Reindl & Sheridan ).…”

Comparative Aspects of GH and Metabolic Regulation in Lower Vertebrates

“…Sheridan and Kao [59] suggested that the increase in plasma SRIH levels during smoltification may contribute to the observed lipid depletion in two ways; by working to reduce insulin levels and by directly promoting lipid mobilization from fat depot. SRIH peptides also appear to directly mediate carbohydrate metabolism, stimulating the breakdown of glycogen and the release of glucose in agnathans [lamprey: [60, 61]] and teleosts [eel: [62]; coho salmon: [54]; rainbow trout: [55]]. Induction of SRIH deficiency in juvenile salmon undergoing smoltification results in increased hepatic glycogen content [63].…”

Effects of oral passive immunization against somatostatin-14 on growth performance, body composition and IgY delivery in rainbow trout (Oncorhynchus mykiss) and common carp (Cyprinus carpio)

“…Nevertheless, SST is a neurotransmitter of the intermediary metabolism (Epple et al . ) and multiple metabolic shifts are possible that alter feed and protein utilization upon anti‐SST‐14 immunoneutralization. For example, SST exhibits further effects on energy allocation, lipid and carbohydrate metabolism, (Klein & Sheridan ) nutrient assimilation (Sheridan & Kittilson ) and osmoregulation (Reindl & Sheridan ).…”

Comparative Aspects of GH and Metabolic Regulation in Lower Vertebrates

“…Sheridan and Kao [59] suggested that the increase in plasma SRIH levels during smoltification may contribute to the observed lipid depletion in two ways; by working to reduce insulin levels and by directly promoting lipid mobilization from fat depot. SRIH peptides also appear to directly mediate carbohydrate metabolism, stimulating the breakdown of glycogen and the release of glucose in agnathans [lamprey: [60, 61]] and teleosts [eel: [62]; coho salmon: [54]; rainbow trout: [55]]. Induction of SRIH deficiency in juvenile salmon undergoing smoltification results in increased hepatic glycogen content [63].…”

Effects of oral passive immunization against somatostatin-14 on growth performance, body composition and IgY delivery in rainbow trout (Oncorhynchus mykiss) and common carp (Cyprinus carpio)

“…Nevertheless, SST is a neurotransmitter of the intermediary metabolism (Epple et al . ) and multiple metabolic shifts are possible that alter feed and protein utilization upon anti‐SST‐14 immunoneutralization. For example, SST exhibits further effects on energy allocation, lipid and carbohydrate metabolism, (Klein & Sheridan ) nutrient assimilation (Sheridan & Kittilson ) and osmoregulation (Reindl & Sheridan ).…”

Comparative Aspects of GH and Metabolic Regulation in Lower Vertebrates

“…Sheridan and Kao [59] suggested that the increase in plasma SRIH levels during smoltification may contribute to the observed lipid depletion in two ways; by working to reduce insulin levels and by directly promoting lipid mobilization from fat depot. SRIH peptides also appear to directly mediate carbohydrate metabolism, stimulating the breakdown of glycogen and the release of glucose in agnathans [lamprey: [60, 61]] and teleosts [eel: [62]; coho salmon: [54]; rainbow trout: [55]]. Induction of SRIH deficiency in juvenile salmon undergoing smoltification results in increased hepatic glycogen content [63].…”