莠ァ蜩∝ア募糸 謾カ阯剰ッ・蝠㤡銅

謔ィ螂ス 逋サ蠖磘/a> 豕ィ蜀瑘/a>

蠖灘燕菴咲スョꘘ筘/dt>
荳頑オキ閻セ諡比サェ蝎ィ遘第橿譛蛾剞蜈ャ蜿ク>謚€譛ッ譁・ォ>荳頑オキ閻セ諡碑エィ譫炬サェ蝨ィ豌エ莠ァ鬚㤡沺逧㤡コ皮畑譁・鍵豎Ȟ€サ

謚€譛ッ譁・ォ

荳頑オキ閻セ諡碑エィ譫炬サェ蝨ィ豌エ莠ァ鬚㤡沺逧㤡コ皮畑譁・鍵豎Ȟ€サ

髦焮ッサꘘ㤡71          蜿大クȞ慮髣エꘘȞ024-6-5


謌ェ閾ウ 2024 蟷エ 6 譛牘/span>5 譌・ꘘ御ク頑オキ閻セ諡碑エィ譫炬サェ蜉ゥ蜉帷畑謌キ蜿題。ィ豌エ莠ァ逶ク蜈ウ隶コ譁燘/span>47 遽・シ悟・菴楢ッヲ諠㤡ヲゆク具シ筘/span>

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ꘘ御ス㤡剄菴主Ȟ閧瑚i蜩∬エィ縲潘/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「扈㤡ュヲ閹ウ鬟溯。・蜈・han螂磯Ȟ謾ケ蝟炮拷魍シ蟷シ魍シ逧・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。・蜈烘/span>ホイ- 鄒溷渕 -ホイ- 逕イ蝓コ荳㤡焖髓吝庄莉・謾ケ蝟㤡、ァ蜿」鮟鷹イ育噪閧瑚i蜩∬エィꘘ悟、ァ荳肴署蜊㤡Ȟ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「扈㤡ュヲ

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。・蜈焬コョ豌ィ驟ク騾夊ソ爮ー瀮鰍 TOR 縲滘/span> FoxO3a 蜥瑘/span> MRF s 譚・謾ケ蝟㤡、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閧牙刀雍ィ逧㤡スア蜩瓘/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Ȟ豐臥ァッ逧㤡スア蜩瓘/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∽ソ瀮ソ幄拷魍シ逕滄柄縲∬。€貂Ȟ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痘/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㤡ュヲ遐皮ゥカ譚應サイ遘堺ク臥ァ肴エサ諤ァ謌仙Ȟ蟇ケ闕蛾アシ逕滄柄蜥瑚l閧牙刀雍ィ逧㤡スア蜩瓘/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閧牙刀雍ィ逧㤡スア蜩瓘/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閧牙刀雍ィ逧㤡スア蜩瓘/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「扈㤡ュヲ逧㤡スア蜩瓘/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Ȟ隼蝟㤡惠菴守寳蠎ヲ豌エ荳ュ鬣イ蜈サ逧㤡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Ȟーエ謠仙叙迚ゥ蜿顔サエ逕溽エ C ꘘ煘/span>E 蟇ケ闕蛾アシ閧瑚i雍ィ譫・€∬是蜈サ謌仙Ȟ莉・蜿頑ーァ蛹門コ疲ソ€逧㤡スア蜩瓘/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閧牙刀雍ィ逧㤡スア蜩瓘/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閧牙刀雍ィ逧㤡スア蜩瓘/span>

2019

蜆ソ闌カ邏蟇ケ闕蛾アシ逕滄柄諤ァ閭ス縲∬。€貂Ȟ蒲豌ァ蛹匁欠譬㤡柱閧瑚i蜩∬エィ逧㤡スア蜩瓘/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籘/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。・蜈烘/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€貂焮р雍ィ豌エ蟷ウ蜥梧隼蝟炮l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・蜈㤡普蟇ケ蝗「螟エ魎ら函髟ソ縲∬l閧臥コ、扈エ蜿題ご蜥瑚l閧牙刀雍ィ逧㤡スア蜩瓘/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

霓ャ蠖慕サ㤡Ȟ譫先少遉コ豸牙所鬣イ蝟り囎雎熮拷魍シ閧瑚i遑ャ蠎ヲ逧㤡、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Ȟ譜譫懆ッ炬シー

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∫」キ謗呈叛逧㤡スア蜩瓘/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閧牙刀雍ィ逧㤡スア蜩瓘/span>

2019

謾セ蜈サ蟇㤡コヲ蟇ケ譌・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∬エィ逧㤡スア蜩瓘/span>

2024

螟ァ蜿」鮟鷹イ磯㤡蜷磯・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「逧㤡スア蜩瓘/span>

2023

蜊オ蠖「魎ウ魎ケ鬮俶譜菴朱アシ邊蛾㤡蜷磯・イ譁吝惠豺ア豬キ鄂醍ョア蜈サ谿紋クュ逧㤡コ皮畑謨域棡隸炬シー

2023

蝗帷ァ堺ク榊酔螟ァ蛻コ魑・噪關・蜈サ謌仙Ȟ荳手i雍ィ蛻Ȟ梵豈碑セ濘/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瀮鰍闕蛾アシ閧瑚i雍ィ譫灘/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Ȟ署蜿也黄蟇ケ闕蛾アシ逕滄柄謖Ȟ・€∬エィ譫㤡刀雍ィ縲∵ーァ蛹門渚蠎泌柱閧驕鍋音蠕∫噪蠖ア蜩瓘/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謠仙叙迚ゥ謾ケ蝟㤡ーシ鄂礼ス鈴撼魍シ閧瑚i逧㤡喧蟄ヲ扈Ȟ犂縲∵蒲豌ァ蛹冶㤡蜉帙€∬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Ȟ署蜿也黄逧・ュ画ーョ遲芽㤡驥城・イ譁呵拷魍シ逕滄柄諤ァ閭ス縲∬あ驕灘セョ逕溽黄蜥悟㤡逍ォ蜿榊コ硘/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Ȟーァ蛹門奄謾ケ蝟炮ф閧蛾イゥ雍ィ譫㤡刀雍ィ逧炮寞逋ス扈㤡ュヲ蜥御サ」隹「扈㤡ュヲ譛コ蛻カ

Food Chemistry

IF 8.8

2020

Quantitative phosphoproteomic   analysis of soft and fi rm grass carp   muscle

螳夐㍼逎キ驟ク陋狗區扈㤡ュヲ蛻Ȟ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€夊ソ㤡渕莠取惻蝎ィ蟄ヲ荵蛻Ȟ梵陦€豸イ謖ȞȞ擂螟夂アサ隸炬シー閼熮i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Ȟッ碑セ瀮スャ蠖慕サ㤡ュヲ蛻Ȟ梵譚・謠ュ遉コ豬焮牡鮟㤡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㤡ュ仙渕遑€

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ꘘ壼ッケ逕滄柄縲∬l閧牙刀雍ィ蜥瑚。€貂・抜迥カ閻コ邏逧㤡スア蜩瓘/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Ȟーエ / 驟堤イセ謠仙叙迚ゥ蟇ケ蟷シ蟷エ豬焮牡鮟㤡ァ鷹アシ逕滄柄諤ァ閭ス縲∵蒲豌ァ蛹冶㤡蜉帙€∬エィ譫・音諤ァ蜥碁アシ魑比クュ閭カ蜴滓イ臥ァッ逧㤡スア蜩瓘/span>

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閧牙刀雍ィ逧㤡スア蜩瓘/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瓘/span>

2018

2

Lipidomics   analysis reveals new insights into crisp grass carp associated with meat   texture

閼りエィ扈㤡ュヲ蛻Ȟ梵謠ュ遉コ荳手ф閧蛾イゥ閧瑚i雍ィ譫・嶌蜈ウ逧Ȟ眠隶、隸煘/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

騾夊ソ爮l閧臥サ・サ爮スャ蠖慕サ㤡ュヲ蛻Ȟ梵譚・驩エ螳夐・イ蝟り囎雎・噪闕蛾アシ閧瑚i蜩∬エィ荳ュ逧灘/span>hub 蝓コ蝗

Italian Journal of Animal Science IF 2.5

2024

1

螳、蜀㤡セェ邇ッ蜈サ谿也ウサ扈滉クュ譖晄ー疲オ㤡㍼蟇ケ蟆シ鄂礼ス鈴撼魍シ逕滄柄逧㤡スア蜩瓘/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Ȟッ碑セ㤡Ȟ譫癘/span>

2020

2

遏ュ譛溽ヲ㤡」滓隼蝟Ȟア蝪伜・谿冶拷魍シ逧㤡」溽畑蜩∬エィ

2023

蠕ェ邇ッ豌エ邉サ扈溽洒譛溽ヲ㤡」滓隼蝟炮拷魍シ蜥梧桝轤ケ蜿牙ーセ魄ー閧瑚i蜩∬エィ

2023


荳頑オキ閻セ諡比サェ蝎ィ遘第橿譛蛾剞蜈ャ蜿ク - 荳サ關・莠ァ蜩・シ筊蝗ス莠ァ雍ィ譫炬サェ,蝗ス莠ァ雍ィ譫炬サェ莉キ譬シ,蝗ス莠ァ雍ィ譫炬サェ蜴ょョカ,閧牙ォゥ蠎ヲ隶。莉キ譬シ,閧牙ォゥ蠎ヲ隶。蜴ょョカ

蛹門キ・莉ェ蝎ィ鄂益隶セ隶。蛻カ菴懶シ梧悴扈丞㤡隶ク鄙サ蠖募ソ・ゥカ .      Copyright(C) http://lamourmm.com,      All rights reserved. 莉・荳贋ソ。諱ッ逕ア莨∽ク夊Ȟ陦梧署萓幢シ御ソ。諱ッ蜀㤡ョケ逧・悄螳樊€ァ縲∝㊥遑ョ諤ァ蜥悟粋豕墓€ァ逕ア逶ク蜈ウ莨∽ク夊エ溯エ」ꘘ悟喧蟾・莉ェ蝎ィ鄂大ッケ豁、荳肴価諡焬ササ菴穂ソ晁ッ∬エ」莉サ縲潘br> 貂ゥ鬥ィ謠千、コꘘ壻クコ隗㤡∩雍ュ荵ー鬟朱勦ꘘ悟サコ隶ョ謔ィ蝨ィ雍ュ荵ー莠ァ蜩∝燕蜉。蠢・。ョ隶、萓帛コ泌膚襍炮エィ蜿贋コァ蜩∬エィ驥上€潘/span>

謾カ阯剰ッ・蝠㤡銅

謠千、コ

謔ィ逧・蕗險€蟾イ謠蝉コ、謌仙粥ꘘ∵㤡莉ャ蟆㤡惠隨ャ荳€譌カ髣エ蝗槫、肴お~