Identification of susceptibility genes for Essential Tremor
Identification of susceptibility genes for Essential Tremor
批准号:
8520409
负责人:
LORRAINE N CLARK
金额:
$60.1万
依托单位国家:
美国
项目类别:
财政年份:
2011
资助国家:
美国
项目状态:
已结题
起止时间:
2011-09-15 至 2015-07-31
关键词:
AccountingAddressAffectAgeAnimal GeneticsAnimal ModelAreaBioinformaticsCell modelChildClinicalClinical assessmentsCustomDNADNA ResequencingDataDiagnosticDiseaseDystoniaElderlyEssential TremorEtiologyEvaluationFamilial TremorsFamilyFamily memberFirst Degree RelativeFrequenciesGene MutationGenerationsGenesGeneticGenetic ModelsGenotypeHereditary DiseaseHeterogeneityHumanIndividualLifeLinkLinkage DisequilibriumMapsMethodsMotor ManifestationsMutationParentsParticipantPathogenesisPatientsPersonsPharmaceutical PreparationsPhenotypePhysiciansPopulationPredispositionPrevalencePublishingReadingRecruitment ActivityRelative (related person)ReportingSamplingScanningSiblingsSignal TransductionSusceptibility GeneTimeTremorTwin StudiesUniversitiesValidationVariantVenous blood samplingbaseearly onsetepidemiology studygenetic epidemiologygenetic linkage analysisinnovationnervous system disorderprobandrisk variant
中文摘要
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英文摘要
DESCRIPTION (provided by applicant): Essential tremor (ET) is among the most common neurological diseases, with a prevalence (age >40 years) estimated to be 4.0% and prevalence in advanced age (>90 years) exceeding 20.0%. The underlying pathogenesis remains poorly understood and, as a consequence, current medications are empiric and of limited efficacy. There are only two front-line medications, a situation that has not changed in more than 30 years, and one in two patients simply stops these medications due to poor efficacy. The foremost obstacle to the study of pathogenesis is the absence of an animal (genetic) model for this disease. ET (often referred to as "familial tremor"), is generally regarded as a highly-genetic disorder, with physicians commonly seeing families with affecteds over multiple generations, and twin studies showing high concordance among monozygotes. Despite this, as of 2010, genetic studies have not advanced to the point where susceptibility genes have been identified. Previously published studies of linkage in families suggest that susceptibility loci contribute to the etiology of ET. In the current application we will build on previous studies and propose to use a linkage and resequencing approach to identify susceptibility genes for familial early-onset (<40 years) ET. To overcome the problems associated with previously published genetic studies of ET, which did not use strict phenotype definition in assigning affectedness status, we will use strict diagnostic criteria of 'definite' or 'probable' ET for inclusion of probands and affected individuals in families and further restrict our inclusion to individuals with pure ET (i.e. no dystonia) to reduce heterogeneity and to increase our power to detect a linkage signal. We will also focus on multiplex and multigenerational early onset ET families. To date we have already identified 96 families with an affected proband and >2 living first-degree relatives with ET and in 74 (77%) of families, the proband's age at onset was <40 years.
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