刘强德

刘强德男，1996年4月生，博士，讲师

研究方向

水生动物营养生理与营养免疫

学习经历

博士：2018.8-2024.6，中国海洋大学，水产养殖

学士：2014.9-2018.6，烟台大学，海洋渔业科学与技术

工作经历

2024.12-至今，鲁东大学水产学院

发表论文

目前，以第一及共同作者已发表论文20余篇：

1.Liu,Q.D.,Tang,X.,Yang,B.Y.,Hao,T.T.,Han,S.Z.,Xu,X.,Zhao,Z.Q.,Lai,W.C.,Li,Y.R.,Du,J.L.,Mai,K.S.,&Ai,Q.H.(2025).AutophagyandEndoplasmicReticulumStress-RelatedProteinHomeostasisLinksPalmiticAcidtoHepaticLipotoxicityinZebrafish(Daniorerio),CounteractedbyLinoleicAcid.FreeRadicalBiologyandMedicine,233,148-161.

2.Liu,Q.D.,Hao,T.T.,Yang,B.Y.,Zhang,J.Z.,Pan,S.J.,Wu,C.X.,Tang,Y.H.,Zhou,Y.,Zhao,Z.Q.,Du,J.L.,Li,Y.R.,Mai,K.S.,&Ai,Q.H.(2025).Autophagydysfunctionlinkspalmiticacidwithmacrophageinflammatoryresponsesinlargeyellowcroaker(Larimichthyscrocea).Fish&shellfishimmunology.

3.Liu,Q.D.,Zhu,S.,Zhao,Z.Q.,Hao,T.T.,Xu,X.,Han,S.Z.,Li,Y.R.,Mai,K.S.,&Ai,Q.H.(2023).TranscriptionfactorEB(TFEB)participatesinantiviralimmuneresponsesindependentofmTORC1inmacrophageoflargeyellowcroaker(Larimichthyscrocea).Fish&shellfishimmunology,134,108609.

4.Liu,Q.D.,Chen,Z.W.,Zhang,J.Z.,Pan,S.J.,Zhou,Y.,Tang,Y.H.,Wu,C.X.,Wang,H.R.,Zhao,Z.Q.,Li,Y.R.,Mai,K.S.,&Ai,Q.H.(2024).Involvementofmitochondrialfattyacidβ-oxidationintheantiviralinnateimmuneresponseinheadkidneymacrophagesoflargeyellowcroaker(Larimichthyscrocea).Fish&shellfishimmunology,109829.

5.Zhu,S.,Liu,Q.D.,Xiang,X.,Cui,K.,Zhao,F.,Mai,K.S.,Ai,Q.H.(2022).DocosahexaenoicAcidAmelioratestheToll-LikeReceptor22-TriggeredInflammationinFishbyDisruptingLipidRaftFormation.TheJournalofNutrition,152(8),1991–2002.

6.ZhaoZ.Q.,Chen,Q.,Xiang,X.J.,Dai,W.W.,Fang,W.,Cui,K.,Li,B.L.,Liu,Q.D.,Liu,Y.T.,Shen,Y.N.Li,Y.R.,Xu,W.,Mai,K.S.,Ai,Q.H.Tip60-mediatedRhebacetylationlinkspalmiticacidwithmTORC1activationandinsulinresistance.JCellBiol.2024Dec2;223(12):e202309090.

7.Hao,T.T.,Fang,W.,Xu,D.,Chen,Q.,Liu,Q.D.,Cui,K.,Cao,X.F.,Li,Y.R.,Mai,K.S.,Ai,Q.H.(2023).PhosphatidylethanolaminealleviatesOX-LDL-inducedmacrophageinflammationbyupregulatingautophagyandinhibitingNLRP1inflammasomeactivation.Freeradicalbiology&medicine,208,402–417.

8.Hao,T.T.,Zhang,X.W.,Liu,Q.D.,Zhan,R.,Tang,Y.H.,Bu,X.Y.,Li,W.J.,Du,J.L.,Li,Y.R.,Mai,K.S.,Ai,Q.H.Phosphatidylethanolamineexertsanti-inflammatoryactionbyregulatingmitochondrialfunctioninmacrophagesoflargeyellowcroaker(Larimichthyscrocea).FASEBJ.2024Nov30;38(22):e70180.

9.Hao,T.T.,Xu,D.,Cao,X.F.,Chen,Q.C.,Chen,F.,Liu,Q.D.,Tang,Y.H.,Zhou,Y.,Li,Y.R.,Mai,K.S.,Ai,Q.H.(2023).Regulationoflow-densitylipoproteinonlipidmetabolisminmacrophagesoflargeyellowcroaker(Larimichthyscrocea).BiochimicaetBiophysicaActa-Molecularandcellbiologyoflipids,1868(12),159397.

10.Chen,Q.,Liu,Q.D.,Hao,T.T.,Cui,K.,Zhao,Z.Q.,Mai,K.S.,Ai,Q.H.(2022).Long-chainfattyacidsregulatesirt3expressionbyaffectingintracellularNAD+levelsinlargeyellowcroaker(Larimichthyscrocea).Aquaculture,553,738015.

11.Yin,Z.Y.,Liu,Q.D.,Liu,Y.T.,Gao,S.N.,He,Y.L.,Yao,C.W.,Huang,W.X.,Gong,Y.,Mai,K.S.,Ai,Q.H.(2021).EarlyLifeInterventionUsingProbioticClostridiumbutyricumImprovesIntestinalDevelopment,ImmuneResponse,andGutMicrobiotainLargeYellowCroaker(Larimichthyscrocea)Larvae.Frontiersinimmunology,12,640767.

12.Zhang,J.Z.,Liu,Q.D.,Pang,Y.N.,Xu,X.,Cui,K.,Zhang,Y.J.,Mai,K.S.,Ai,Q.H.(2020).MolecularcloningandtheinvolvementofIRE1α-XBP1ssignalingpathwayinpalmiticacidinduced-Inflammationinprimaryhepatocytesfromlargeyellowcroaker(Larimichthyscrocea).Fish&shellfishimmunology,98,112–121.

13.Hao,T.T.,Li,J.Q.,Liu,Q.D.,Cui,K.,Ai,Q.H.(2020).Fattyacidtranslocase(FAT/CD36)inlargeyellowcroaker(Larimichthyscrocea):molecularcloning,characterizationandtheresponsetodietaryfattyacids.Aquaculture,528,735557.

14.Kong,A.D.,Xu,D.,Hao,T.T.,Liu,Q.D.,Zhan,R.,Mai,K.S.,Ai,Q.H.(2022).Roleofacyl-coenzymeAoxidase1(ACOX1)onpalmitate-inducedinflammationandROSproductionofmacrophagesinlargeyellowcroaker(Larimichthyscrocea).Developmentalandcomparativeimmunology,136,104501.

15.Fang,W.,Liu,Y.T.,Chen,Q.C.,Xu,D.,Liu,Q.D.,Cao,X.F.,Hao,T.T.,Zhang,L.,Mai,K.S.,Ai,Q.H.(2022).Palmiticacidinducesintestinallipidmetabolismdisorder,endoplasmicreticulumstressandinflammationbyaffectingphosphatidylethanolaminecontentinlargeyellowcroakerLarimichthyscrocea.Frontiersinimmunology,13,984508.

16.Xu,N.,Ding,T.,Liu,Y.T.,Zheng,W.C.,Liu,Q.D.,Yin,Z.Y.,Xiang,X.J.,Xu,D.,Mai,K.S.,Ai,Q.H.(2021).Effectsofdietarytributyrinongrowthperformance,bodycomposition,serumbiochemicalindexesandlipidmetabolism‐relatedgenesexpressionofjuvenilelargeyellowcroaker(Larimichthyscrocea)fedwithhighlevelsoybeanoildiets.AquacultureNutrition,27(2).

17.Zhao,Z.Q.,Pan,S.J.,Zhang,J.Z.,Li,X.W.,Xu,Y.R.,Liu,Q.D.,Du,J.L.,Li,Y.R.,Mai,K.S.,Ai,Q.H.Effectsofnuciferineongrowthperformance,bodycomposition,lipidmetabolismandantioxidantcapacityofjuvenilelargeyellowcroaker(Larmichthyscrocea)feddietswithhighpalmoillevel.Aquaculture,586,740821.

18.Ding,T.,Xu,N.,Liu,Y.T.,Du,J.L.,Xiang,X.J.,Xu,D.,Liu,Q.D.,Yin,Z.Y.,Li,J.B.,Mai,K.S.,Ai,Q.H.(2020).Effectofdietarybileacid(BA)onthegrowthperformance,bodycomposition,antioxidantresponsesandexpressionoflipidmetabolism-relatedgenesofjuvenilelargeyellowcroaker(Larimichthyscrocea)fedhigh-lipiddiets.Aquaculture,518.

19.Pang,Y.N.,Xu,X.,Xiang,X.J.,Li,Y.N.,Zhao,Z.Q.,Li,J.M.,Gao,S.N.,Liu,Q.D.,Mai,K.S.,Ai,Q.H.(2021).HighFatActivatesO-GlcNAcylationandAffectsAMPK/ACCPathwaytoRegulateLipidMetabolism.Nutrients,13(6),1740.

20.Ding,T.,Xu,N.,Liu,Y.T.,Li,X.S.,Xiang,X.J.,Xu,D.,Yao,C.W.,Liu,Q.D.,Yin,Z.Y.,Mai,K.S.,Ai,Q.H.(2020).Optimalamountsofcoconutoilindietsimprovethegrowth,antioxidantcapacityandlipidmetabolismoflargeyellowcroaker(Larimichthyscrocea).MarineLifeScience&Technology,2(4),10.

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