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• W3016320650 startingPage "316" @default.
• W3016320650 abstract "Abstract Polychaete worms are widespread and diverse in marine and estuarine habitats subject to varying salinity, in areas influenced by tides, demanding physiological adjustment for internal homeostasis. They are typically considered and reported to be osmoconformers, but they are not often studied for their osmoregulation. Here, three species of polychaete worms from distinct coastal habitats have been investigated: the spionid Scolelepis goodbody (intertidal in saline, exposed sandy beaches), the nereidid Laeonereis culveri (estuarine polyhaline), and the nephtyid Nephtys fluviatilis (estuarine oligohaline). The general objective here was to relate ecological aspects and physiology of the studied species. Constitutive whole body osmolality and carbonic anhydrase activity (CAA, relevant for osmoregulation, acid‐base balance and respiration) have been assayed. In addition, cell volume regulatory capacity (from whole body cell dissociation) was challenged under hypoosmotic and hyperosmotic shocks (50% intensity), with respect to isosmotic control. S. googdbody and L. culveri , the two species from most saline environments (marine/estuarine), showed higher CAA than N. fluviatilis , which, in turn, displayed a hyperosmotic gradient to water of salinity 15. Cells from S. goodbody and L. culveri showed regulatory volume decrease upon swelling, with S. goodbody showing the largest volume increase. As in other more studied marine invertebrate groups, polychaetes also show variability in their osmoregulatory physiology, related to distinct saline challenges faced in their coastal habitats." @default.
• W3016320650 created "2020-04-24" @default.
• W3016320650 creator A5021407592 @default.
• W3016320650 creator A5084723636 @default.
• W3016320650 creator A5091098692 @default.
• W3016320650 date "2020-04-19" @default.
• W3016320650 modified "2023-10-14" @default.
• W3016320650 title "Euryhalinity of subtropical marine and estuarine polychaetes evaluated through carbonic anhydrase activity and cell volume regulation" @default.
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• W3016320650 doi "https://doi.org/10.1002/jez.2357" @default.
• W3016320650 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32306561" @default.
• W3016320650 hasPublicationYear "2020" @default.
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