FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2901890280> ?p ?o ?g. }

• W2901890280 endingPage "464" @default.
• W2901890280 startingPage "455" @default.
• W2901890280 abstract "Abstract Salmonid feeds can be formulated with high quality microalgae to maintain sustainability in the aquaculture industry. But, the suitability of different microalgae species as potential feed ingredients needs to be documented to enable ready acceptance by the farming industry. The aim of the present study is to investigate the potential of the microalga Scenedesmus sp. as a major ingredient in low fishmeal feeds of Atlantic salmon. Three feeds were formulated with Scenedesmus/fishmeal, at inclusion levels of 0/10, 10/5 and 20/2.5% (CT, SCE 10 and SCE 20, respectively); to investigate the effect of the ingredient on the weight gain, growth rate, feed conversion ratio, nutrient retention and chemical composition and nutrient digestibility in Atlantic salmon. In addition, the physical characteristics of feeds were investigated to assess the impact of the alga-incorporation on the quality of the feeds. Fish (initial average weight of 229 g) in 6 replicate tanks were fed one of the experimental feeds for 65 days. The results showed that fish fed SCE 20 had significantly lower weight gain, specific growth rate, thermal growth coefficient and feed conversion ratio than the CT group, which did not receive the microalga. Furthermore, the condition factor and protein efficiency ratio of the microalga-fed groups were lower than the CT group. Hepatosomatic and viscerosomatic indices of the groups did not differ significantly. Ash and protein content of whole fish fed SCE 20 were significantly higher, but dry matter, lipid, and energy of this group were lower than either the CT or the SCE 10 group. Retention of lipid and energy of all groups differed significantly, while that of protein in the Scenedesmus-fed groups were significantly different compared to the CT group.. Compared to the CT feed, digestibility of dry matter, protein, and energy in the algal feeds were significantly reduced. The highest fat leakage observed for the feed devoid of the alga and the hardness of the SCE 20 feed points to the better physical stability of the alga-containing feeds. Higher contents of n-3 fatty acids and PUFAs were found in the whole body of fish fed SCE 10. In conclusion, Scenedesmus sp. can be incorporated in low fishmeal diets for Atlantic salmon, at inclusion levels below 10%." @default.
• W2901890280 created "2018-11-29" @default.
• W2901890280 creator A5005821197 @default.
• W2901890280 creator A5008667245 @default.
• W2901890280 creator A5017174642 @default.
• W2901890280 creator A5023925373 @default.
• W2901890280 creator A5054519561 @default.
• W2901890280 creator A5057008864 @default.
• W2901890280 creator A5057582570 @default.
• W2901890280 creator A5077321852 @default.
• W2901890280 date "2019-02-01" @default.
• W2901890280 modified "2023-10-16" @default.
• W2901890280 title "Microalgae Scenedesmus sp. as a potential ingredient in low fishmeal diets for Atlantic salmon (Salmo salar L.)" @default.
• W2901890280 cites W1456780341 @default.
• W2901890280 cites W1552729986 @default.
• W2901890280 cites W1895368187 @default.
• W2901890280 cites W1928248334 @default.
• W2901890280 cites W1971180976 @default.
• W2901890280 cites W1983661721 @default.
• W2901890280 cites W1988511395 @default.
• W2901890280 cites W1991464231 @default.
• W2901890280 cites W1996499301 @default.
• W2901890280 cites W2000321230 @default.
• W2901890280 cites W2006202375 @default.
• W2901890280 cites W2006504789 @default.
• W2901890280 cites W2009991041 @default.
• W2901890280 cites W2012057683 @default.
• W2901890280 cites W2022280799 @default.
• W2901890280 cites W2031950359 @default.
• W2901890280 cites W2035208738 @default.
• W2901890280 cites W2040192912 @default.
• W2901890280 cites W2042519080 @default.
• W2901890280 cites W2046141744 @default.
• W2901890280 cites W2046721228 @default.
• W2901890280 cites W2050828202 @default.
• W2901890280 cites W2060359729 @default.
• W2901890280 cites W2072760626 @default.
• W2901890280 cites W2075078936 @default.
• W2901890280 cites W2077031413 @default.
• W2901890280 cites W2077704703 @default.
• W2901890280 cites W2093621998 @default.
• W2901890280 cites W2104459348 @default.
• W2901890280 cites W2115752880 @default.
• W2901890280 cites W2140240600 @default.
• W2901890280 cites W2146058427 @default.
• W2901890280 cites W2152311269 @default.
• W2901890280 cites W2157220543 @default.
• W2901890280 cites W2162336404 @default.
• W2901890280 cites W2162649102 @default.
• W2901890280 cites W2168018133 @default.
• W2901890280 cites W2295350370 @default.
• W2901890280 cites W2336824832 @default.
• W2901890280 cites W2407697559 @default.
• W2901890280 cites W2517036119 @default.
• W2901890280 cites W2558617021 @default.
• W2901890280 cites W2580645028 @default.
• W2901890280 cites W2581059438 @default.
• W2901890280 cites W2587798117 @default.
• W2901890280 cites W2675017857 @default.
• W2901890280 cites W2727774242 @default.
• W2901890280 cites W2736241031 @default.
• W2901890280 cites W2761271607 @default.
• W2901890280 cites W2770033659 @default.
• W2901890280 cites W2893721858 @default.
• W2901890280 cites W762593031 @default.
• W2901890280 doi "https://doi.org/10.1016/j.aquaculture.2018.11.049" @default.
• W2901890280 hasPublicationYear "2019" @default.
• W2901890280 type Work @default.
• W2901890280 sameAs 2901890280 @default.
• W2901890280 citedByCount "40" @default.
• W2901890280 countsByYear W29018902802019 @default.
• W2901890280 countsByYear W29018902802020 @default.
• W2901890280 countsByYear W29018902802021 @default.
• W2901890280 countsByYear W29018902802022 @default.
• W2901890280 countsByYear W29018902802023 @default.
• W2901890280 crossrefType "journal-article" @default.
• W2901890280 hasAuthorship W2901890280A5005821197 @default.
• W2901890280 hasAuthorship W2901890280A5008667245 @default.
• W2901890280 hasAuthorship W2901890280A5017174642 @default.
• W2901890280 hasAuthorship W2901890280A5023925373 @default.
• W2901890280 hasAuthorship W2901890280A5054519561 @default.
• W2901890280 hasAuthorship W2901890280A5057008864 @default.
• W2901890280 hasAuthorship W2901890280A5057582570 @default.
• W2901890280 hasAuthorship W2901890280A5077321852 @default.
• W2901890280 hasBestOaLocation W29018902801 @default.
• W2901890280 hasConcept C18903297 @default.
• W2901890280 hasConcept C204288101 @default.
• W2901890280 hasConcept C2777940460 @default.
• W2901890280 hasConcept C2778219479 @default.
• W2901890280 hasConcept C2779735984 @default.
• W2901890280 hasConcept C2780589914 @default.
• W2901890280 hasConcept C2909208804 @default.
• W2901890280 hasConcept C31903555 @default.
• W2901890280 hasConcept C505870484 @default.
• W2901890280 hasConcept C559758991 @default.
• W2901890280 hasConcept C86803240 @default.
• W2901890280 hasConcept C86909935 @default.
• W2901890280 hasConcept C90856448 @default.

• next