闫素梅
二级教授 博士 博士生导师
研究领域
主要的研究领域有动物矿物质、维生素和脂类营养代谢与免疫调控，奶牛乳腺氧化应激和乳品质营养调控技术，放牧与舍饲条件下羊肉品质的营养调控技术，反刍动物营养调控与饲料资源利用技术等。
学术兼职
中国畜牧兽医学会动物营养学分会理事，全国饲料评审委员会委员，全国畜牧业协会驴产业分会理事，内蒙古畜牧学会常务理事，内蒙古动物健康养殖与安全生产学会常务理事，内蒙古自治区饲料标准化技术委员会委员。
近期论文
1.Themechanismthroughwhichdietarysupplementationwithheatedlinseedgrainincreasesn-3long-chainpolyunsaturatedfattyacidconcentrationinsubcutaneousadiposetissueofcashmerekids.JournalofAnimalScience,2019,97(1):385-397.
2.Effectofinteractionbetweenleucineandacetateonthemilkproteinsynthesisinbovinemammaryepithelialcells.AnimalScienceJournal,2019,90(1):81-89.
3.Linseedoilandheatedlinseedgrainsupplementshavedifferenteffectsonrumenbacterialcommunitystructuresandfattyacidprofilesincashmerekids.JournalofAnimalScience,2019,97(5):2099-2113.
4.MechanismunderlyingtheprotectiveeffectofseleniumonNO-inducedoxidativedamageinbovinemammaryepithelialcells.BiologicalTraceElementResearch,2019,191(1):104-114.
5.InfluenceofpastureortotalmixedrationonfattyacidcompositionandexpressionoflipogenicgenesoflongissimusthoracisandsubcutaneousadiposetissuesinAlbasWhiteCashmereGoats.ItalianJournalofAnimalScience,2019,18(1):111-113.
6.Effectsofconcentratesupplementationonfattyacidcompositionandexpressionoflipogenicgenesofmeatandadiposetissuesingrazinglambs.ItalianJournalofAnimalScience,2019,18(1):554-563.
7.VAinhibitsLPS-inducedoxidativestressviamodulatingNrf2/NF-κB-signallingpathwaysinbovinemammaryepithelialcells.ItalianJournalofAnimalScience,2019,18(1):1099-1110.
8.VitaminApretreatmentprotectsNO-inducedbovinemammaryepithelialcellsfromoxidativestressbymodulatingNrf2andNF-κBsignalingpathways.JournalofAnimalScience,2018,96(4):1305-1316.
9.Thepre-protectiveeffectofvitaminAonLPS-inducedoxidativestressofbovinemammaryepithelialcells.Italianjournalofanimalscience,2018,17(4):959-966.
10.EffectsofSeleniumonSelenoproteinsSynthesisandAntioxidantParametersofBovineMammaryEpithelialCells.CzechJ.Anim.Sci,2018,63(8):313-322.
11.Protectionofbovinemammaryepithelialcellsfromhydrogenperoxide-inducedoxidativecelldamagebyselenium.CzechJournalofAnimalScience,2018,63(3):94-102.
12.Theprotectiveeffectofseleniumonbovinemammaryepithelialcellinjurycausedbydepressionofthioredoxinreductase.BiologicalTraceElementResearch.2018,184(1):75-82.12.
13.Retinoicacidattenuatesoxidativeinjuryinbovinemammaryepithelialcellsinducedbyhydrogenperoxide.CrechJounalofAnimalScience.2017,62(12):539-548.
14.VitaminAaffectstheexpressionofantioxidantgenesinbovinemammaryepithelialcellswithoxidativestressinducedbydiethylenetriamine-nitricoxidepolymer.CzechJ.Anim.Sci,2016,61(3):117-126.
15.Effectsofretinoicacidonsynthesisofselenoproteinandantioxidativeindicesofbovinemammaryepithelialcellsinvitro.CzechJ.Anim.Sci,2016,61(4):194-202.
16.Effectoftheratiosofunsaturatedfattyacidsontheexpressionsofgenesrelatedtofatandproteininthebovinemammaryepithelialcells.InVitroCellDevBiolAnim.2015,51(4):381-389.
17.Effectoftheratiosofacetateandβ-hydroxybutyrateontheexpressionofmilkfat-andprotein-relatedgenesinbovinemammaryepithelialcells.CzechJournalofAnimalScience,2015,60(12):531-541.
18.EffectsofvitaminAonthemilkperformance,antioxidantfunctionsandimmunefunctionsofdairycows.AnimalFeedScienceandTechnology,2014,192:15-23.
19.Effectofdietaryorganicseleniumonmilkseleniumconcentrationandantioxidantandimmunestatusinmid-lactationdairycows.LivestockScience,2014,170:84-90.
20.Effectsofsaturatedlong-chainfattyAcidonmRNAexpressionofgenesassociatedwithmilkfatandproteinbiosynthesisinbovinemammaryepithelialcells.AsianAustralas.J.Anim.Sci.2014,27(3):414-421.