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Temperature-Dependent Fatty Acid Composition Change of Phospholipid in steelhead Trout (Oncorhynchus mykiss) Tissues

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Journal of Ocean University of China 2019年第2期18卷 519-527页

作者： LIU Chengyue DONG Shuanglin ZHOU Yangen SHI Kunpeng PAN Zhe SUN Dajiang GAO Qinfeng Key Laboratory of Mariculture of Ministry of Education Ocean University of China Key Laboratory of Tropical Marine Bio-Resources and Ecology Guangdong Provincial Key Laboratory of Applied Marine Biology South China Sea Institute of Oceanology Chinese Academy of Sciences Function Laboratory for Marine Fisheries Science and Food Production Processes Qingdao National Laboratory for Marine Science and Technology

In this study, the changes of the fatty acid composition of phospholipid in different tissues(muscle, heart, brain and spleen) of steelhead trout(Oncorhynchus mykiss) were analyzed when the water temperature decreased gradually from 16 to 12℃℃, 8℃, 6℃, 4℃, 2 and 1℃℃. Three fish individuals each tank(average weight 70.32 g ± 9.12 g) were collected and used to analysis at each designed temperatures. At normal temperature(16℃), the fatty acid composition of phospholipid of muscle and heart was similar each other. The highest concentration of saturate fatty acids(SFA) was found in the phospholipid of spleen. The brain phospholipid contained higher oleic acid(18:1 n9) than the phospholipid of other tissues at 16℃. When the environmental temperature decreased, the concentration of unsaturated fatty acids of phospholipids in all tissues increased, and accordingly the ratio pf the unsaturated to saturated fatty acids(U/S) and unsaturation index(UI) increased, indicating that steelhead trout can compensate temperature-dependent changes in membrane fluidity by remodeling the fatty acid composition of phospholipids. The changes in the fatty acid composition of phospholipid were tissue-specific. At the early stages of the experiment(16 to 8℃℃), the fatty acid composition of phospholipid changed remarkably in muscle, heart, and spleen. When temperature decreased to less than 8℃, an obvious response of phospholipid fatty acid was observed in all tissues. The change of phospholipid composition of steelhead trout tissues may be affected by both cold stress and starvation when the temperature decreased to 2℃, and the change of phospholipid composition of muscle was very obvious.

关键词： temperature tissue phospholipid fatty acid steelhead trout Oncorhynchus mykiss

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Comparisons of Salinity Adaptation in Terms of Growth, Body Composition, and Energy Budget in Juveniles of Rainbow and steelhead Trouts (Oncorhynchus mykiss)

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Journal of Ocean University of China 2019年第2期18卷 509-518页

作者： XIONG Yinghuai WANG Xin DONG Shuanglin WANG Fang YANG Jingwen ZHOU Yangen Key Laboratory of Mariculture of Ministry of Education Ocean University of China Function Laboratory for Marine Fisheries Science and Food Production Processes Qingdao National Laboratory for Marine Science and Technology

This study examined the effect of different salinities(0, 5, 10, 15, 20, 25 and 30) on the growth performance and energy budget of juveniles of two different ecotypes of Oncorhynchus mykiss, landlocked rainbow trout and anadromous steelhead trout. In the 42 d experiment, fish were cultured in three replicate tanks per salinity treatment(eight fish per tank). At the end of the experiment, the growth of rainbow and steelhead trouts was significantly higher at salinities of 5 and 10, respectively, than at all other salinities. The protein, lipid and energy content of both ecotypes declined with the increase of salinity. Based on their energy budgets, the percentage of energy consumed for growth by rainbow and steelhead trouts were significantly higher at salinities of 5(34.00% ±1.69%) and 10(43.76% ± 1.29%), respectively, than at all other salinities. The percentage of energy consumed for respiration by rainbow and steelhead trouts was lower at salinities of 5(54.90% ± 1.77%) and 10(46.73% ± 0.62%), respectively, than at all other salinities. Our results indicated that the salinity adaptation ability of juvenile steelhead trout was slightly better than that of juvenile rainbow trout, and salinities of 10 and 5, respectively, were most suitable for growth of these two fishes.

关键词： rainbow trout steelhead trout salinity growth body biochemical composition energy budget

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Riverbed推出steelhead系列小型设备

每周电脑报

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每周电脑报 2006年第8期 35-35页

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A review of potential conservation and fisheries benefits of breaching four dams in the Lower Snake River(Washington,USA)

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Water Biology and Security 2022年第2期1卷 10-22页

作者： Adam J.Storch Howard A.Schaller Charles E.Petrosky Robert L.Vadas Jr. Benjamin J.Clemens Gary Sprague Norman Mercado-Silva Brett Roper Michael J.Parsley Edward Bowles Robert M.Hughes Jay A.Hesse Oregon Department of Fish and Wildlife Ocean Salmon and Columbia River Program17330 Southeast Evelyn StreetClackamasOR 97015USA U.S.Fish and Wildlife Service 911 Northeast 11th AvenuePortlandOR 97232USA Idaho Department of Fish and Game 600 South Walnut StreetBoiseID 83707USA Unaffiliated OlympiaWAUSA Oregon Department of Fish and Wildlife Corvallis Research Lab28655 Hwy 34CorvallisOR 97333USA National Marine Fisheries Service 650 Capitol MallSacramentoCA 95814USA Centro de Investigacion en Biodiversidad y Conservacion Universidad Autonoma del Estado de MorelosAv.Universidad 1001Col.ChamilpaC.P.62209CuernavacaMorelosMexico National Stream and Aquatic Ecology Center U.S.Forest Service860 North 1200 EastLoganUT 84321USA Independent Fisheries Consultant 191 Sooter RoadUnderwoodWA 98651USA Oregon Department of Fish and Wildlife 4034 Fairview Industrial Drive SoutheastSalemOR 97302USA Amnis Opes Institute 2895 Southeast Glenn StreetCorvallisOR 97333USA Department of Fisheries Wildlife&Conservation Sciences104 Nash HallCorvallisOR 97331USA Nez Perce Tribe Department of Fisheries Resources Management 120 Beaver GradeLapwaiID 83540USA

Abundances of important and imperiled fishes of the Snake River Basin continue to *** assessed the rationale for breaching the four lower Snake River Basin dams to prevent complete loss of these fishes,and to maximize their likelihood of *** summarize the science surrounding Sockeye Salmon(Oncorhynchus nerka),Chinook Salmon(***),steelhead(***),Bull Trout(Salvelinus confluentus),White Sturgeon(Acipenser transmontanus),and Pacific Lamprey(Entosphenus tridentatus).From this,we drew ten conclusions:(1)development of the Columbia River System(including the Snake River Basin)has converted mainstem rivers into reservoirs,altering fish behavior and survival;(2)most populations currently record their lowest abundance;(3)the Columbia River System dams reduce productivity of diadromous fishes in the highest-quality spawning grounds that could buffer against future climate dynamics;(4)past actions have done little to reduce impacts or precipitate recovery;(5)the Columbia River System constrains survival and productivity of salmon,steelhead and Bull Trout;(6)Snake River Basin salmon and steelhead remain at high extinction risk;(7)eliminating migration impediments and improving mainstem habitats are essential for maintaining genetic diversity and improving Bull Trout persistence;(8)the lower Snake River Basin dams preclude passage of adult White Sturgeon,constraining gene flow and recruitment;(9)the lower Snake River Basin dams impede dramatically passage of adult and juvenile Pacific Lamprey,and(10)Snake River Basin Pacific Lamprey is at high risk of *** the four lower Snake River Basin dams is an action likely to prevent extirpation and extinction of these *** from the Columbia River System can inform conservation in other impounded rivers.

关键词： Bull trout Impoundment Pacific lamprey Salmon steelhead White sturgeon

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