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謚譛ｯ譁・ｫ
荳頑ｵｷ閻ｾ諡碑ｴｨ譫퐬ｻｪ蝨ｨ豌ｴ莠ｧ鬚䭏沺逧䭏ｺ皮畑譁・鍵豎dzｻ
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謌ｪ閾ｳ 2024 蟷ｴ 6 譛험/span>5 譌･ঘ御ｸ頑ｵｷ閻ｾ諡碑ｴｨ譫퐬ｻｪ蜉ｩ蜉帷畑謌ｷ蜿題｡ｨ豌ｴ莠ｧ逶ｸ蜈ｳ隶ｺ譁하/span>47 遽・ｼ悟・菴楢ｯｦ諠䭏ｦゆｸ具ｼ�/span>
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18 The complete replacement of fish meal with Clostridium autoethanogenum protein in practical diet did not affect the growth, but reduced the flesh quality of Pacific white shrimp, Litopenaeus vannamei 蝨ｨ螳樣刔鬣ｲ譁吩ｸｭ荵咎・譴ｭ闖瑚寞逋ｽ蜈ｨ驛ｨ譖ｿ莉｣魍ｼ邊我ｸ堺ｼ壼ｽｱ蜩榊漉鄒守區蟇ｹ陌ｾ逧・函髟ｿঘ御ｽ䭏剄菴主dz閧瑚ｉ蜩∬ｴｨ縲틘/span> |
Animal Feed Science and Technology IF 3.2 2024 Dietary supplementation of kaempferol improved the growth, lipid metabolism and flesh quality of juvenile grass carp (Ctenopharyngodon idellus) based on metabolomics 蝓ｺ莠惹ｻ｣隹｢扈䭏ｭｦ閹ｳ鬟溯｡･蜈・han螂磯dz謾ｹ蝟퐮拷魍ｼ蟷ｼ魍ｼ逧・函髟ｿ縲∬р雍ｨ莉｣隹｢蜥瑚ｌ閧牙刀雍ｨ |
Animal Feed Science and Technology IF 3.2 2023 Dietary calcium ﾎｲ-hydroxy-ﾎｲ-methylbutyrate supplementation improved the flesh quality, but did not promote the growth performance of largemouth bass (Micropterus salmoides) 閹ｳ鬟溯｡･蜈푘/span>ﾎｲ- 鄒溷渕 -ﾎｲ- 逕ｲ蝓ｺ荳䭏풖髓吝庄莉･謾ｹ蝟䭏､ｧ蜿｣鮟鷹ｲ育噪閧瑚ｉ蜩∬ｴｨঘ悟､ｧ荳肴署蜊䭏dz逕滄柄諤ｧ閭ｽ |
Animal Feed Science and Technology IF 3.2 2023 Replacing fishmeal with cottonseed protein concentrate in practical diet of largemouth bass (Micropterus salmoides): Growth, flesh quality and metabolomics 蝨ｨ螟ｧ蜿｣鮟鷹ｲ亥ｮ樣刔鬣ｲ譁吩ｸｭ逕ｨ譽臥ｱｽ豬鍋ｼｩ陋狗區蜿紋ｻ｣魍ｼ邊会ｼ夂函髟ｿ縲∬ｌ閧牙刀雍ｨ蜥御ｻ｣隹｢扈䭏ｭｦ |
Aquaculture IF 4.5 2023 Dietary supplementation of leucine improved the flesh quality of largemouth bass, Micropterus salmoides through TOR, FoxO3a and MRFs regulation 閹ｳ鬟溯｡･蜈풬ｺｮ豌ｨ驟ｸ騾夊ｿ햮ｰ펮鰍 TOR 縲퉘/span> FoxO3a 蜥ퟘ/span> MRF s 譚･謾ｹ蝟䭏､ｧ蜿｣鮟鷹ｲ郁ｌ閧牙刀雍ｨ |
Aquaculture IF 4.5 2023 Effects of replacing dietary fish meal with Clostridium autoethanogenum protein on growth and flesh quality of Pacific white shrimp (Litopenaeus vannamei) 逕ｨ 荵咎・譴ｭ闖瑚寞逋ｽ蜿紋ｻ｣魍ｼ邊牙ｯｹ蜊礼ｾ守區蟇ｹ陌ｾ逕滄柄蜥瑚ｌ閧牙刀雍ｨ逧䭏ｽｱ蜩�/span> |
Aquaculture IF 4.5 2022 Effects of replacing fishmeal with cottonseed protein concentrate on growth performance, flesh quality and gossypol deposition of largemouth bass( Micropterus salmoides ) 譽臥ｱｽ豬鍋ｼｩ陋狗區蜿紋ｻ｣魍ｼ邊牙ｯｹ螟ｧ蜿｣鮟鷹ｲ育函髟ｿ諤ｧ閭ｽ縲∬ｌ閧牙刀雍ｨ蜥梧｣牙ｭ宣dz豐臥ｧｯ逧䭏ｽｱ蜩�/span> |
Aquaculture IF 4.5 2022 Dietary rutin promoted the growth, serum antioxidant response and flesh collagen, free amino acids contents of grass carp (Ctenopharyngodon idella) 閹ｳ鬟溯寒荳∽ｿ펮ｿ幄拷魍ｼ逕滄柄縲∬｡貂dz蒲豌ｧ蛹門渚蠎泌柱閧瑚ｉ閭ｶ蜴溯寞逋ｽ縲∵ｸｸ遖ｻ豌ｨ蝓ｺ驟ｸ蜷ｫ驥�/span> |
Aquaculture Nutrition IF 3.5 2020 Effects of three active components in Eucommia ulmoides on growth and flesh quality of grass carp (Ctenopharyngodon idellus) based on transcriptomics 蝓ｺ莠手ｽｬ蠖慕ｻ䭏ｭｦ遐皮ｩｶ譚應ｻｲ遘堺ｸ臥ｧ肴ｴｻ諤ｧ謌仙dz蟇ｹ闕蛾ｱｼ逕滄柄蜥瑚ｌ閧牙刀雍ｨ逧䭏ｽｱ蜩�/span> |
Aquaculture Nutrition IF 3.5 2020 Dietary effects of protein and lipid levels on growth performance and flesh quality of large-size largemouth bass (Micropterus salmoides) 鬣ｲ譁吩ｸｭ陋狗區蜥瑚р雍ｨ豌ｴ蟷ｳ蟇ｹ螟ｧ蜿ｪ螟ｧ蜿｣鮟鷹ｲ育函髟ｿ諤ｧ閭ｽ蜥瑚ｌ閧牙刀雍ｨ逧䭏ｽｱ蜩�/span> |
Aquaculture Reports IF 3.7 2023 Dietary effects of cottonseed protein concentrate substituting fishmeal on the growth and flesh quality of Pacific white shrimp (Litopenaeus vannamei) 鬣ｲ蝟よ｣臥ｱｽ豬鍋ｼｩ陋狗區譖ｿ莉｣魍ｼ邊牙ｯｹ蜊礼ｾ守區蟇ｹ陌ｾ逕滄柄蜥瑚ｌ閧牙刀雍ｨ逧䭏ｽｱ蜩�/span> |
Aquaculture Reports IF 3.7 2023 Dietary effects of fish meal substitution with Clostridium autoethanogenum on flesh quality and metabolomics of largemouth bass (Micropterus salmoides) 荵咎・譴ｭ闖梧崛莉｣魍ｼ邊牙ｯｹ螟ｧ蜿｣鮟鷹ｲ郁ｌ閧牙刀雍ｨ蜥御ｻ｣隹｢扈䭏ｭｦ逧䭏ｽｱ蜩�/span> |
Aquaculture Reports IF 3.7 2022 Growth and Muscle Quality of Grass Carp (Ctenopharyngodon idella) in In-Pond Raceway Aquaculture and Traditional Pond Culture 豎蝪伜ｾｪ邇ｯ豬∵ｰｴ蜈ｻ谿門柱莨扈滓ｱ蝪伜・谿紋ｸｭ闕蛾ｱｼ逧・函髟ｿ蜥瑚ｌ閧牙刀雍ｨ |
Water IF 3.4 2024 Combined supplementation of hydroxyproline and vitamin C improved the growth and flesh quality of Pacific white shrimp (Litopenaeus vanname) cultured in low salinity water 鄒溯┗豌ｨ驟ｸ蜥檎ｻｴ逕溽ｴ C 扈灘粋陦･蜈dz隼蝟䭏惠菴守寳蠎ｦ豌ｴ荳ｭ鬣ｲ蜈ｻ逧䭏漉鄒守區蟇ｹ陌ｾ逧・函髟ｿ蜥瑚ｌ閧牙刀雍ｨ |
Aquaculture and Fisheries |
2024 陏戊ｱdzｰｴ謠仙叙迚ｩ蜿顔ｻｴ逕溽ｴ C ঘ퓘/span>E 蟇ｹ闕蛾ｱｼ閧瑚ｉ雍ｨ譫・∬是蜈ｻ謌仙dz莉･蜿頑ｰｧ蛹門ｺ疲ｿ逧䭏ｽｱ蜩�/span> |
2022 鬣ｲ譁吩ｸｭ豺ｻ蜉豬定渠蟇ｹ蜃｡郤ｳ貊ｨ蟇ｹ陌ｾ逕滄柄諤ｧ閭ｽ蜥瑚ｌ閧牙刀雍ｨ逧䭏ｽｱ蜩�/span> |
2021 鬣ｲ譁吩ｸｭ豺ｻ蜉豌ｯ蛹夜帳蟇ｹ闕蛾ｱｼ逕滄柄諤ｧ閭ｽ蜥瑚ｌ閧牙刀雍ｨ逧䭏ｽｱ蜩�/span> |
2019 蜆ｿ闌ｶ邏蟇ｹ闕蛾ｱｼ逕滄柄諤ｧ閭ｽ縲∬｡貂dz蒲豌ｧ蛹匁欠譬䭏柱閧瑚ｉ蜩∬ｴｨ逧䭏ｽｱ蜩�/span> |
2020 11 |
Feeding effects of low-level fish meal replacement by algal meals of Schizochytrium limacinum and Nannochloropsis salina on largemouth bass (Micropterus salmoides) 陬よｮ門｣ｶ闖悟柱 蠕ｮ諡溽帥阯ｻ 豬ｷ阯ｻ邊牙ｯｹ魍ｼ邊我ｽ取ｰｴ蟷ｳ蜿紋ｻ｣蟇ｹ螟ｧ蜿｣鮟鷹ｲ育噪鬣ｲ蝟よ譜譫�/span> |
Aquaculture IF 4.5 2022 Dietary supplementation with n-3 high unsaturated fatty acids decreases serum lipid levels and improves flesh quality in the marine teleost golden pompano Trachinotus ovatus 閹ｳ鬟溯｡･蜈푘/span>n-3 鬮倅ｸ埼･ｱ蜥瑚р閧ｪ驟ｸ髯堺ｽ主嵯蠖｢魎ｳ魎ｹ陦貂풮р雍ｨ豌ｴ蟷ｳ蜥梧隼蝟퐮ｌ閧牙刀雍ｨ |
Aquaculture IF 4.5 2020 Magnesium supplementation in high carbohydrate diets: Implications on growth, muscle fiber development and flesh quality of Megalobrama amblycephala 鬮倡｢ｳ豌ｴ蛹門粋迚ｩ鬣ｮ鬟滉ｸｭ陦･蜈䭏普蟇ｹ蝗｢螟ｴ魎ら函髟ｿ縲∬ｌ閧臥ｺ､扈ｴ蜿題ご蜥瑚ｌ閧牙刀雍ｨ逧䭏ｽｱ蜩�/span> |
Aquaculture Reports IF 3.7 2022 Transcriptome analysis revealed changes of multiple genes involved in muscle hardness in grass carp (Ctenopharyngodon idellus) fed with faba bean Meal 霓ｬ蠖慕ｻ䭏dz譫先少遉ｺ豸牙所鬣ｲ蝟り囎雎픮拷魍ｼ閧瑚ｉ遑ｬ蠎ｦ逧䭏､夂ｧ榊渕蝗蜿伜喧 |
Food Chemistry IF 8.8 2020 螟榊粋豐ｹ蜥御ｽ朱ｱｼ邊蛾･ｲ譁吝惠蜊ｵ蠖｢魎ｳ魎ｹ蜈ｻ谿門ｺ皮畑荳ｭ逧dz譜譫懆ｯ퐬ｼｰ |
2022 螟榊粋蜉ｨ讀咲黄陋狗區雍ｨ鬣ｲ譁吝ｯｹ螟ｧ蜿｣鮟鷹ｲ育函髟ｿ諤ｧ閭ｽ縲∬ｌ閧牙刀雍ｨ蜿頑ｰｮ縲∫｣ｷ謗呈叛逧䭏ｽｱ蜩�/span> |
2021 豸ｲ諤∝柱邊画忰閼りが蟇ｹ蜷牙ｯ檎ｽ鈴撼魍ｼ蟷ｼ魍ｼ逕滄柄縲∝▼蠎ｷ蜿願ｌ閧牙刀雍ｨ逧䭏ｽｱ蜩�/span> |
2019 謾ｾ蜈ｻ蟇䭏ｺｦ蟇ｹ譌･譛ｬ魑鈴ｲ｡螟冗ｧ倶ｸ､蟄｣蜈ｻ谿匁ｰｴ雍ｨ蜿願是蜈ｻ蜩∬ｴｨ逧䭏ｽｱ蜩�/span> |
2024 螟ｧ蜿｣鮟鷹ｲ磯䭏蜷磯･ｲ譁吩ｸｭ 3 遘榊勘迚ｩ陋狗區貅千噪荳榊酔豺ｻ蜉豈比ｾ句ｯｹ蜈ｶ逕滄柄諤ｧ閭ｽ縲∬あ驕灘▼蠎ｷ 蜿願寞逋ｽ雍ｨ莉｣隹｢逧䭏ｽｱ蜩�/span> |
2023 蜊ｵ蠖｢魎ｳ魎ｹ鬮俶譜菴朱ｱｼ邊蛾䭏蜷磯･ｲ譁吝惠豺ｱ豬ｷ鄂醍ｮｱ蜈ｻ谿紋ｸｭ逧䭏ｺ皮畑謨域棡隸퐬ｼｰ |
2023 蝗帷ｧ堺ｸ榊酔螟ｧ蛻ｺ魑・噪關･蜈ｻ謌仙dz荳手ｉ雍ｨ蛻dz梵豈碑ｾ퍘/span> |
2023 7 Reactive oxygen species (ROS)-mediated regulation of muscle texture in grass carp fed with dietary oxidants 逕ｨ閹ｳ鬟滓ｰｧ蛹也黄鬣ｲ蝟よ擂豢ｻ諤ｧ豌ｧ荳ｭ莉玖ｰ펮鰍闕蛾ｱｼ閧瑚ｉ雍ｨ譫폘/span> |
Aquaculture IF 4.5 2021 E ff ects of four faba bean extracts on growth parameters, textural quality, oxidative responses, and gut characteristics in grass carp 蝗帷ｧ崎囎雎dz署蜿也黄蟇ｹ闕蛾ｱｼ逕滄柄謖dz・∬ｴｨ譫䭏刀雍ｨ縲∵ｰｧ蛹門渚蠎泌柱閧驕鍋音蠕∫噪蠖ｱ蜩�/span> |
Aquaculture IF 4.5 2020 Dietary grape seed proanthocyanidin extract improved the chemical composition, antioxidant capacity, myofiber growth and flesh quality of Nile tilapia muscle 閹ｳ鬟溯贈關・ｱｽ蜴溯干髱堤ｴ謠仙叙迚ｩ謾ｹ蝟䭏ｰｼ鄂礼ｽ鈴撼魍ｼ閧瑚ｉ逧䭏喧蟄ｦ扈dz혂縲∵蒲豌ｧ蛹冶䭏蜉帙∬ｌ郤､扈ｴ逕滄柄蜥瑚ｌ閧牙刀雍ｨ |
Aquaculture Reports IF 3.7 2023 Growth performance, intestinal microbiota and immune response of grass carp fed isonitrogenous and isoenergetic diets containing faba bean extracts 鬣ｲ蝟ょ性陏戊ｱdz署蜿也黄逧・ｭ画ｰｮ遲芽䭏驥城･ｲ譁呵拷魍ｼ逕滄柄諤ｧ閭ｽ縲∬あ驕灘ｾｮ逕溽黄蜥悟䭏逍ｫ蜿榊ｺ�/span> |
Aquaculture Reports IF 3.7 2022 Proteomic and metabolomic basis for improved textural quality in crisp grass carp (Ctenopharyngodon idellus C.et V) fed with a natural dietary prooxidant 鬣ｲ蝟ゆｸ遘榊､ｩ辟ｶ閹ｳ鬟滉ｿdzｰｧ蛹門奄謾ｹ蝟퐮ф閧蛾ｲｩ雍ｨ譫䭏刀雍ｨ逧퐮寞逋ｽ扈䭏ｭｦ蜥御ｻ｣隹｢扈䭏ｭｦ譛ｺ蛻ｶ |
Food Chemistry IF 8.8 2020 Quantitative phosphoproteomic analysis of soft and fi rm grass carp muscle 螳夐㍼逎ｷ驟ｸ陋狗區扈䭏ｭｦ蛻dz梵霓ｯ蜥檎｡ｬ闕蛾ｱｼ閧瑚ｉ |
Food Chemistry IF 8.8 2020 Value-Added Carp Products: Multi-Class Evaluation of Crisp Grass Carp by Machine Learning-Based Analysis of Blood Indexes 蠅槫ｼ魍ｼ莠ｧ蜩・ｼ夐夊ｿ䭏渕莠取惻蝎ｨ蟄ｦ荵蛻dz梵陦豸ｲ謖dzdz擂螟夂ｱｻ隸퐬ｼｰ閼픮ｉ魎ｩ |
Foods IF 5.2 2020 3 Sexual dimorphism in the texture properties of swim bladder of Nibea coibor and its molecular basis revealed by comparative transcriptome analysis 騾夊ｿdzｯ碑ｾ펮ｽｬ蠖慕ｻ䭏ｭｦ蛻dz梵譚･謠ｭ遉ｺ豬풮牡鮟䭏ｧ鷹ｱｼ魍ｼ魑碑ｴｨ譫・音諤ｧ諤ｧ蛻ｫ蟾ｮ蠑ょ所蜈ｶ蛻䭏ｭ仙渕遑 |
Aquaculture Reports IF 3.7 2022 Dietary Saccharina japonica is a natural and effective tool to fortify marine teleost black sea bream fillets with iodine: effects on growth, flesh quality, and serum thyroid hormones 閹ｳ鬟滓ｵｷ蟶ｦ譏ｯ逕ｨ遒伜ｼｺ蛹匁ｵｷ豢狗｡ｬ鬪ｨ魍ｼ鮟鷹ｲｷ魍ｼ迚・噪荳遘榊､ｩ辟ｶ縲∵怏髯千噪蟾･蜈ｷঘ壼ｯｹ逕滄柄縲∬ｌ閧牙刀雍ｨ蜥瑚｡貂・抜迥ｶ閻ｺ邏逧䭏ｽｱ蜩�/span> |
Journal of Applied Phycology IF 3.3 2020 Effect of faba bean Vicia faba L. water/alcohol extract on growth performance, antioxidant capacity, textural properties, and collagen deposition in the swim bladder of juvenile Nibea coibor 陏戊ｱdzｰｴ / 驟堤ｲｾ謠仙叙迚ｩ蟇ｹ蟷ｼ蟷ｴ豬풮牡鮟䭏ｧ鷹ｱｼ逕滄柄諤ｧ閭ｽ縲∵蒲豌ｧ蛹冶䭏蜉帙∬ｴｨ譫・音諤ｧ蜥碁ｱｼ魑比ｸｭ閭ｶ蜴滓ｲ臥ｧｯ逧䭏ｽｱ蜩�/span>
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Fish Physiology and Biochemistry IF 2.9 2024 1 Effects of replacing soybean meal and rapeseed meal with faba bean meal on growth performance and muscle quality of tilapia (Oreochromis niloticus) 逕ｨ陏戊ｱ・ｲ画崛莉｣螟ｧ雎・ｲ牙柱闖懃ｱｽ邊慕ｲ牙ｯｹ鄂鈴撼魍ｼ逕滄柄諤ｧ閭ｽ蜥瑚ｌ閧牙刀雍ｨ逧䭏ｽｱ蜩�/span> |
Aquaculture Reports IF 3.7 2022 1 螢ｳ閨夂ｳ門ｯｹ辣守Ζ魍ｿ魍ｼ蜩∬ｴｨ蜿顔抜驢帷函謌千噪蠖ｱ蜩�/span> |
2018 2 Lipidomics analysis reveals new insights into crisp grass carp associated with meat texture 閼りｴｨ扈䭏ｭｦ蛻dz梵謠ｭ遉ｺ荳手ф閧蛾ｲｩ閧瑚ｉ雍ｨ譫・嶌蜈ｳ逧dz眠隶､隸퓘/span> |
Heliyon IF 4 2024 Identification of hub genes in meat quality of grass carp (Ctenopharyngodon idellus) fed with faba bean by muscle tissue transcriptomic analysis 騾夊ｿ햮ｌ閧臥ｻ・ｻ햮ｽｬ蠖慕ｻ䭏ｭｦ蛻dz梵譚･驩ｴ螳夐･ｲ蝟り囎雎・噪闕蛾ｱｼ閧瑚ｉ蜩∬ｴｨ荳ｭ逧폘/span>hub 蝓ｺ蝗 |
Italian Journal of Animal Science IF 2.5 2024 1 螳､蜀䭏ｾｪ邇ｯ蜈ｻ谿也ｳｻ扈滉ｸｭ譖晄ｰ疲ｵ䭏㍼蟇ｹ蟆ｼ鄂礼ｽ鈴撼魍ｼ逕滄柄逧䭏ｽｱ蜩�/span> |
2020 (1 ) |
蜈ｻ谿紋ｸ朱㍽逕滉ｸｭ蝗ｽ蝨・伐陞ｺ蜿ｯ鬟溽紫蜿願ｌ閧芽ｴｨ譫dzｯ碑ｾ䭏dz譫�/span> |
2020 2 遏ｭ譛溽ｦ䭏｣滓隼蝟dzｱ蝪伜・谿冶拷魍ｼ逧䭏｣溽畑蜩∬ｴｨ |
2023 蠕ｪ邇ｯ豌ｴ邉ｻ扈溽洒譛溽ｦ䭏｣滓隼蝟퐮拷魍ｼ蜥梧桝轤ｹ蜿牙ｰｾ魄ｰ閧瑚ｉ蜩∬ｴｨ |
2023
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