Ironaccumulationandassociatedoxidativestressinthebrainhavebeenconsistentlyfoundinseveralneurodegenerativediseases.Multiplegeneticstudieshavebeenundertakentotrytoidentifyacauseofneurodegenerativediseasesbutdirectconnectionshavebeenrare.Intheironfield,variantsintheHFEgenethatgiverisetoaproteininvolvedincellularironregulation,areassociatedwithironaccumulationinmultipleorgansincludingthebrain.Thereisalsosubstantialepidemiological,genetic,andmolecularevidenceofdisruptionofcholesterolhomeostasisinseveralneurodegenerativediseases,inparticularAlzheimer’sdisease(AD).Despitetheeffortsthathavebeenmadetoidentifyfactorsthatcantriggerthepathologicaleventsassociatedwithneurodegenerativediseasestheremainmostlyunknown.Becausemolecularphenotypessuchasoxidativestress,synapticfailure,neuronalloss,andcognitivedecline,characteristicsassociatedwithAD,havebeenshowntoresultfromdisruptionofanumberofpathways,onecaneasilyarguethatthephenotypeseenmaynotarisefromalinearsequenceofevents.Therefore,amulti-targetedapproachisneededtounderstandacomplexdisorderlikeAD.Thiscanbeachievedonlywhenknowledgeaboutinteractionsbetweenthedifferentpathwaysandthepotentialinfluenceofenvironmentalfactorsontembecomesavailable.Towardthisend,thisreviewdiscusseswhatisknownabouttherolesandinteractionsofironandcholesterolinneurodegenerativediseases.IthighlightstheeffectsofgenevariantsofHFE(H63D-andC282Y-HFE)onironandcholesterolmetabolismandhowtheymaycontributetounderstandingtheetiologyofcomplexneurodegenerativediseases.
Ironaccumulationandassociatedoxidativestressinthebrainhavebeenconsistentlyfoundinseveralneurodegenerativediseases.Multiplegeneticstudieshavebeenundertakentotrytoidentifyacauseofneurodegenerativediseasesbutdirectconnectionshavebeenrare.Intheironfield,variantsintheHFEgenethatgiverisetoaproteininvolvedincellularironregulation,areassociatedwithironaccumulationinmultipleorgansincludingthebrain.Thereisalsosubstantialepidemiological,genetic,andmolecularevidenceofdisruptionofcholesterolhomeostasisinseveralneurodegenerativediseases,inparticularAlzheimer'sdisease(AD)Despitetheeffortsthathavebeenmadetoidentifyfactorsthatcantriggerthepathologicaleventsassociatedwithneurodegenerativediseasestheremainmostlyunknown.Becausemolecularphenotypessuchasoxidativestress,synapticfailure,neuronalloss,andcognitivedecline,characteristicsassociatedwithAD,havebeenshowntoresultfromdisruptionofanumberofpathways,onecaneasilyarguethatthephenotypeseenmaynotarisefromalinearsequenceofevents.Therefore,amulti-targetedapproachisneededtounderstandacomplexdisorderlikeAD.Thiscanbeachievedonlywhenknowledgeaboutinteractionsbetweenthedifferentpathwaysandthepotentialinfluenceofenvironmentalfactorsontembecomesavailable.Towardthisend,thisreviewdiscusseswhatisknownabouttherolesandinteractionsofironandcholesterolinneurodegenerativediseases.IthighlightstheeffectsofgenevariantsofHFE (H63D-andC282Y-HFE) onironandcholesterolmetabolismandhowtheymaycontributetounderstandingtheetiologyofcomplexneurodegenerativediseases
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Ironaccumulationandassociatedoxidativestressinthebrainhavebeenconsistentlyfoundinseveralneurodegenerativediseases.Multiplegeneticstudieshavebeenundertakentotrytoidentifyacauseofneurodegenerativediseasesbutdirectconnectionshavebeenrare.Intheironfield,variantsintheHFEgenethatgiverisetoaproteininvolvedincellularironregulation,areassociatedwithironaccumulationinmultipleorgansincludingthebrain.Thereisalsosubstantialepidemiological,genetic,andmolecularevidenceofdisruptionofcholesterolhomeostasisinseveralneurodegenerativediseases,inparticularAlzheimer'sdisease(AD).Despitetheeffortsthathavebeenmadetoidentifyfactorsthatcantriggerthepathologicaleventsassociatedwithneurodegenerativediseasestheremainmostlyunknown.Becausemolecularphenotypessuchasoxidativestress,synapticfailure,neuronalloss,andcognitivedecline,characteristicsassociatedwithAD,havebeenshowntoresultfromdisruptionofanumberofpathways,onecaneasilyarguethatthephenotypeseenmaynotarisefromalinearsequenceofevents.Therefore,amulti-targetedapproachisneededtounderstandacomplexdisorderlikeAD.Thiscanbeachievedonlywhenknowledgeaboutinteractionsbetweenthedifferentpathwaysandthepotentialinfluenceofenvironmentalfactorsontembecomesavailable.Towardthisend,thisreviewdiscusseswhatisknownabouttherolesandinteractionsofironandcholesterolinneurodegenerativediseases.IthighlightstheeffectsofgenevariantsofHFE(H63D-andC282Y-HFE)onironandcholesterolmetabolismandhowtheymaycontributetounderstandingtheetiologyofcomplexneurodegenerativediseases.
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ironaccumulationandassociatedoxidativestressinthebrainhavebeenconsistentlyfoundinseveralneurodegenerativediseases . multiplegeneticstudieshavebeenundertakentotrytoidentifyacauseofneurodegenerativediseasesbutdirectconnectionshavebeenrare . intheironfield variantsinthehfegenethatgiverisetoaproteininvolvedincellularironregulation areassociatedwithironaccumulationinmultipleorgansincludingthebrain , , .thereisalsosubstantialepidemiological พันธุกรรม andmolecularevidenceofdisruptionofcholesterolhomeostasisinseveralneurodegenerativediseases inparticularalzheimer'sdisease , ( โฆษณา ) despitetheeffortsthathavebeenmadetoidentifyfactorsthatcantriggerthepathologicaleventsassociatedwithneurodegenerativediseasestheremainmostlyunknown . becausemolecularphenotypessuchasoxidativestress synapticfailure neuronalloss , , ,andcognitivedecline,characteristicsassociatedwithAD,havebeenshowntoresultfromdisruptionofanumberofpathways,onecaneasilyarguethatthephenotypeseenmaynotarisefromalinearsequenceofevents.Therefore,amulti-targetedapproachisneededtounderstandacomplexdisorderlikeAD.Thiscanbeachievedonlywhenknowledgeaboutinteractionsbetweenthedifferentpathwaysandthepotentialinfluenceofenvironmentalfactorsontembecomesavailable.Towardthisend,thisreviewdiscusseswhatisknownabouttherolesandinteractionsofironandcholesterolinneurodegenerativediseases.IthighlightstheeffectsofgenevariantsofHFE(H63D-andC282Y-HFE)onironandcholesterolmetabolismandhowtheymaycontributetounderstandingtheetiologyofcomplexneurodegenerativediseases.
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