Ecological and efficient polyculture Technology of sautéed mochitis mogulis

Wanjun Zhao

Abstract


Yunban (Ictalurus Nebraska), Also known as brown catfish,Genus catfish Formolidae, native to North America, is a freshwater breed of the United States.Diet is relatively broad, the meat is fresh and delicious, no muscle spines.It is a freshwater fish with high economic value..Oblique jaw (Plagognathops microlepis Bleek-Er), Cyprinidae, subfamily arinae, genus oblique jaw, middle and lower classes economic fishes, GuangzhouThe nutritional level of meat is high, and the market is well received by consumers..The internal quality of the fine-scale oblique jaw is tender and delicious, and the feeding habits are wide, and the feeding is simple and easy. As the mixed-breeding object, the yield per unit area and economic benefit can be improved without increasing the feed..The purpose of this experiment is to raise the microscaly oblique jaw by raising the polychaete Globus, in order to reduce the organic matter pollution and eutrophication degree of aquaculture water, and to reduce the water quality.


Keywords


Widely distributed; reservoirs; Fins yellow or yellowish;Middle Nitrogen,Phosphorus ;Content in the breeding way; reduce the occurrence of disease;, head down, only the tail is shaking.

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Niklasson B bjorkner B. contact allergy. UV-AB-sorber Tinuvin P. plastics [J]. Contact dermatitis 1989 21 (5): 330-334

Health Council. Netherlands: Dutch Expert Com-Mittee. occupational standards (decos). 1,2 3-Benzo-triazole. Publication No. 2000/14 OSH [R]. The Hague: Health Council. Netherlands 2000

Liang x f martyniuk C j Zha j m et al. brain quantita-tive proteomic responses reveal new insight. benzotri-azole neurotoxicity. female Chinese rare minnow (go-biocypris rarus) [J]. aquatic Toxicology 2016,181: 67-75

Liang x Zha J martyniuk c j et al. histopathological, proteomic responses. male Chinese rare minnow (gobiocypris rarus) indicate hepatotoxicity following benzotriazole exposure [J]. environmental pollution 2017,229: 459-469

Hirata-Koizumi M Watari N Mukai D et al. A 28-day repeated dose toxicity study. Ultraviolet Absorber 2-(2 '-hydroxy-3' 5 '-di-tert-butylphenyl) benzotriazole. rats [J]. drug, Chemical Toxicology 2007 30 (4): 327-341

Hirata-Koizumi M Ogata H Imai T et al. A 52-week re-peated dose toxicity study. Ultraviolet Absorber 2-(2 '-hydroxy-3' 5 '-di-tert-butylphenyl) benzotriazole. rats [J]. drug, Chemical Toxicology 2008 31 (1): 81-96

Hirata-Koizumi M Matsuno K Kawabata M et al. gen-der-related Difference. toxicity. 2-(2 '-hydroxy-3' 5 '-di-tert-butylphenyl) benzotriazole. rats: relationship. Plasma concentration,. vitro hepatic. metabolism, effects. hepatic metabolizing Enzyme Activity [J]. drug, Chemical Toxicology 2009 32 (3): 204-214

Hirata-Koizumi M Ise R Kato H et al. transcriptome analyses demonstration version, peroxisome proliferator-activa-Ted Receptorα(PPARα) Activity, Ultraviolet Absorber 2-(2 '-hydroxy-3' 5 '-di-tert-butylphenyl) benzotriazole,. mechanism. toxicity, gender differences [J]. journal. toxicological sciences 2016 41 (5): 693-700

Ema M fukunishi K Hirose A et al. repeated-dose, reproductive toxicity. Ultraviolet Absorber 2-(3 '5'-di-tert-butyl-2 '-hydroxyphenyl)-5-chlorobenzotriazole. rats [J]. drug, Chemical Toxicology 2008 31 (3): 399-412

Pillard, D a Cornell j s Dufresne D l et al. toxicity. benzotriazole, benzotriazole derivatives. three the Aquat-ic species [J]. water research 2001 35 (2): 557-560

Cancilla D a Baird j c geis s w et al. studies. environmental Fate, effect. aircraft deicing fluids: detection. 5-methyl-1H-benzotriazole. fathead minnow (Pimephales promelas) [J]. environmental Toxi-cology, Chemistry 2003 22 (1): 134-140

Seeland A oetken M Kiss A et al. x, chronic toxicity. benzotriazoles. aquatic organisms [J]. envi-ronmental Science, pollution research 2012 19 (5): 1781-1790

Kim j w Chang k h Isobe T et al. X toxicity. benzotriazole ultraviolet stabilizers. freshwater crustace-an (Daphnia pulex) [J]. journal. toxicological sciences 2011 36 (2): 247-251

Xue Jianping. GC-MSDetermination of benzotriazole class Ultraviolet Absorbent[J].PrintedDye2013 39 (6): 42-44

Montesdeoca-esponda S Sosa-Ferrera twig u & Z Kabir A et al. fabric phase sorptive extraction followed by UHPLC-MS/MS. analysis. benzotriazole UV stabilizers. sewage samples [J]. analytical, bioanalytical chemis-Try 2015,407 (26): 8137-8150

Montesdeoca-esponda S Sosa-Ferrera twig u & Z Santana-ro-driguez J. microwave-guides students to extraction combined.-line Solid Phase Extraction followed by ultra-high-/-formance Liquid chromatography. Tandem Mass Spec-trometric determination. benzotriazole UV stabilizers. marine sediments, sewage sludges [J]. journal. SEPs-aration Science 2013 36 (4): 781-788

Cantwell m g Sullivan j c Katz d r et al. source de-termination. benzotriazoles. Sedimentation Tank cores from two urban estuaries. Atlantic Coast. United States [J]. marine pollution Bulletin 2015,101 (1): 208-218

Zhao X [twig u & z f Xu L et al. occurrence, fate. benzotriazoles UV filters. a typical residential wastewater treatment plant. Harbin [J]. environ-mental pollution 2017,227: 215-222

Lu twig u & Z Peart t e cook c j et al. simultaneous determina-tion. substituted diphenylamine antioxidants, benzo-triazole ultra violet stabilizers. blood plasma, fish homogenates by Ultra High Performance Liquid chromatog-raphy-electrospray tandem mass spectrometry [J]. journal. chromatography A 2016,146 1: 51-58




DOI: https://doi.org/10.18686/fsa.v1i1.1205

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