FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2440415969> ?p ?o ?g. }

• W2440415969 endingPage "119" @default.
• W2440415969 startingPage "111" @default.
• W2440415969 abstract "Individual variation in growth, metabolism and swimming performance, their possible interrelationships, and the effects of temperature were investigated in 30 juvenile common carp (Cyprinus carpio) at two acclimation temperatures (15 and 25°C). We measured body mass, critical swimming speed (Ucrit), resting metabolic rate (RMR), active metabolic rate (AMR) and metabolic scope (MS) twice (28days apart) in both temperature groups. Fish acclimated to 25°C showed a 204% higher specific growth rate (SGR) than those acclimated to 15°C due to a 97% higher feeding rate (FR) and a 46% higher feed efficiency (FE). Among individuals, SGR was positively correlated with the FR and FE at both low and high temperatures. All measured variables (Ucrit, RMR and AMR) related to swimming except MS showed a high repeatability after adjusting for body mass (mass-independent). Fish acclimated to 25°C had a 40% higher Ucrit compared with 15°C acclimated fish, which was at least partially due to an improved metabolic capacity. AMR showed a 97% increase, and MS showed a 104% parallel increase with the higher acclimation temperature. Residual (mass-independent) Ucrit was positively correlated with residual RMR, AMR and MS, except for the residual RMR at high temperature. When acclimated to the lower temperature, both the residual and absolute Ucrit were negatively correlated with FR and FE and, hence, with SGR, suggesting a functional trade-off between growth and locomotion in fish acclimated to low temperatures. However, when acclimated to the higher temperature, this trade-off no longer existed; absolute Ucrit was positively correlated with SGR because individuals with rapid growth exhibited greatly increased body mass. The higher metabolic capacity at 25°C showed a positive effect on both swimming performance and growth rate (because of improved digestive efficiency) under the high-temperature condition, which we did not anticipate. Overall, these results indicate that temperature alters the relationship between growth and swimming performance of juvenile common carp. This change may be an adaptive strategy to seasonal temperature variation during their life history." @default.
• W2440415969 created "2016-06-24" @default.
• W2440415969 creator A5004670981 @default.
• W2440415969 creator A5037906999 @default.
• W2440415969 creator A5078052506 @default.
• W2440415969 date "2016-09-01" @default.
• W2440415969 modified "2023-09-24" @default.
• W2440415969 title "Acclimation temperature alters the relationship between growth and swimming performance among juvenile common carp ( Cyprinus carpio )" @default.
• W2440415969 cites W1503900815 @default.
• W2440415969 cites W1966657231 @default.
• W2440415969 cites W1967098305 @default.
• W2440415969 cites W1969381979 @default.
• W2440415969 cites W1973079317 @default.
• W2440415969 cites W1979038811 @default.
• W2440415969 cites W1986132304 @default.
• W2440415969 cites W1987985984 @default.
• W2440415969 cites W1990004682 @default.
• W2440415969 cites W1990693701 @default.
• W2440415969 cites W1992065130 @default.
• W2440415969 cites W1998114289 @default.
• W2440415969 cites W1999752468 @default.
• W2440415969 cites W2002204407 @default.
• W2440415969 cites W2005906278 @default.
• W2440415969 cites W2007522866 @default.
• W2440415969 cites W2008630848 @default.
• W2440415969 cites W2013907459 @default.
• W2440415969 cites W2014556859 @default.
• W2440415969 cites W2015571734 @default.
• W2440415969 cites W2023075441 @default.
• W2440415969 cites W2030652576 @default.
• W2440415969 cites W2035070630 @default.
• W2440415969 cites W2038506229 @default.
• W2440415969 cites W2051761148 @default.
• W2440415969 cites W2054026748 @default.
• W2440415969 cites W2055703003 @default.
• W2440415969 cites W2059508094 @default.
• W2440415969 cites W2067212571 @default.
• W2440415969 cites W2067925029 @default.
• W2440415969 cites W2070213405 @default.
• W2440415969 cites W2072580905 @default.
• W2440415969 cites W2087158929 @default.
• W2440415969 cites W2091150307 @default.
• W2440415969 cites W2091915231 @default.
• W2440415969 cites W2095380639 @default.
• W2440415969 cites W2095750989 @default.
• W2440415969 cites W2096217682 @default.
• W2440415969 cites W2098819408 @default.
• W2440415969 cites W2099445531 @default.
• W2440415969 cites W2101083169 @default.
• W2440415969 cites W2108947653 @default.
• W2440415969 cites W2111470976 @default.
• W2440415969 cites W2111889179 @default.
• W2440415969 cites W2114417613 @default.
• W2440415969 cites W2118278630 @default.
• W2440415969 cites W2120329166 @default.
• W2440415969 cites W2120330903 @default.
• W2440415969 cites W2129598630 @default.
• W2440415969 cites W2132913333 @default.
• W2440415969 cites W2133548976 @default.
• W2440415969 cites W2147505351 @default.
• W2440415969 cites W2149362584 @default.
• W2440415969 cites W2158882535 @default.
• W2440415969 cites W2163173995 @default.
• W2440415969 cites W2167736788 @default.
• W2440415969 cites W2168114634 @default.
• W2440415969 cites W2171422564 @default.
• W2440415969 cites W2178432062 @default.
• W2440415969 cites W2189272102 @default.
• W2440415969 cites W2257033274 @default.
• W2440415969 cites W2257088560 @default.
• W2440415969 cites W2279750061 @default.
• W2440415969 cites W2284288815 @default.
• W2440415969 cites W4237475411 @default.
• W2440415969 cites W2069520083 @default.
• W2440415969 cites W2174627445 @default.
• W2440415969 doi "https://doi.org/10.1016/j.cbpa.2016.06.011" @default.
• W2440415969 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27312325" @default.
• W2440415969 hasPublicationYear "2016" @default.
• W2440415969 type Work @default.
• W2440415969 sameAs 2440415969 @default.
• W2440415969 citedByCount "23" @default.
• W2440415969 countsByYear W24404159692017 @default.
• W2440415969 countsByYear W24404159692018 @default.
• W2440415969 countsByYear W24404159692019 @default.
• W2440415969 countsByYear W24404159692020 @default.
• W2440415969 countsByYear W24404159692021 @default.
• W2440415969 countsByYear W24404159692022 @default.
• W2440415969 countsByYear W24404159692023 @default.
• W2440415969 crossrefType "journal-article" @default.
• W2440415969 hasAuthorship W2440415969A5004670981 @default.
• W2440415969 hasAuthorship W2440415969A5037906999 @default.
• W2440415969 hasAuthorship W2440415969A5078052506 @default.
• W2440415969 hasConcept C115961737 @default.
• W2440415969 hasConcept C119406331 @default.
• W2440415969 hasConcept C134018914 @default.
• W2440415969 hasConcept C140793950 @default.
• W2440415969 hasConcept C154020017 @default.
• W2440415969 hasConcept C185592680 @default.

• next