Advancesinnon-surgicalanimalmodelsofvascular cognitiveimpairment
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GansuUniversityofChineseMedicine

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FundedbyGuidingPlanProjectofScientificandTechnologicalDevelopmentinLanzhouCity (NO.2022-5-116),FundedbyChineseMedicinerehabilitationServicecapacityImprovement project002081003(No.2023KF-03),FundedbyGeneralProgramofNaturalScienceFoundation ofGansuProvincialScienceandTechnologyDepartmentin2022(No.22JR5RA609)

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    Abstract:

    Vascularcognitiveimpairment(VCIvascularcognitiveimpairment)contains aseriesofillnessfrommildcognitiveimpairmenttodementia,comprehensive,attributableto cerebrovascular.Theestablishmentofappropriateanimalmodelsisverynecessaryforclinic opathologicalresearchanddrugdevelopment,butsofar,noanimalmodelcanperfectlysimulate thepathogenesisofVCI.Atpresent,carotidarteryandvertebralarterystenosisorocclusionare themainstreammethodsforVCImodeling,butinrecentyears,moreandmorenon-surgical methodshaveemerged,providingnewideasandprospectsforthestudyofthisdisease.Inthis paper,theconstructionmethod,modelmechanismandmodelcharacteristicsofVCInon-surgical animalmodelwerediscussed,soastoprovidereferenceforresearcherstochooseamoresuitable animalmodel.

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History
  • Received:April 17,2024
  • Revised:September 09,2024
  • Adopted:September 30,2024
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