作者: Carmen Galindo , Gabriela Gaxiola , Gérard Cuzon , Xavier Chiappa-Carrara
DOI: 10.1651/08-3094.1
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摘要: Biochemical changes, specifically in hemocyanin and glucose concentrations hemolymph, glycogen the digestive gland, were studied throughout molt cycle juveniles of Litopenaeus vannamei a high salinity condition (36), related to variations osmotic capacity organisms. Increasing hemolymph volume before molting modifies circulating acting on capacity. Variations are indicators differential energy requirements cycle. Hemocyanin was used as an indirect indicator consumed by shrimp various processes that affect The co-variability these metabolites is result biochemical adaptations displayed maintain homeostasis. Their relation changes given model understand predict events associated with under hypo-osmotic conditions.