Search results for "TIT PARUS-CAERULEUS"

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Avian Clock gene polymorphism: evidence for a latitudinal cline in allele frequencies

2007

In comparison with most animal behaviours, circadian rhythms have a well-characterized molecular genetic basis. Detailed studies of circadian clock genes in 'model' organisms provide a foundation for interpreting the functional and evolutionary significance of polymorphic circadian clock genes found within free-living animal populations. Here, we describe allelic variation in a region of the avian Clock orthologue which encodes a functionally significant polyglutamine repeat (ClkpolyQcds), within free-living populations of two passerine birds, the migratory bluethroat (Luscinia svecica) and the predominantly nonmigratory blue tit (Cyanistes caeruleus). Multiple ClkpolyQcds alleles were foun…

SELECTIONINSTABILITYPREFERENCEMolecular Sequence DataPopulationCLOCK ProteinsLocus (genetics)BiologypolymorphismSexual Behavior AnimalGene FrequencyCyanistesGenotypeLOCUSGeneticsAnimalsLusciniaAmino Acid SequencePasseriformesAlleleeducationAllele frequencyPOPULATIONEcology Evolution Behavior and SystematicsGeneticseducation.field_of_studyPolymorphism GeneticSEQUENCESGeographyCyanistesTIT PARUS-CAERULEUSCline (biology)biology.organism_classificationEVOLUTIONCircadian RhythmCLOCKclockcircadianCIRCADIAN CLOCKSDROSOPHILA-MELANOGASTEREvolutionary biologyTrans-ActivatorspolyglutamineSequence AlignmentMicrosatellite RepeatsMolecular Ecology
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