Publication | Open Access
Larval antlions with more pronounced behavioural asymmetry show enhanced cognitive skills
27
Citations
17
References
2017
Year
NeuropsychologyBrain MechanismNeurolinguisticsCognitive SkillsIndividual AsymmetryCognitionMotor ControlLarval AntlionsSocial SciencesNeural MechanismBrain AsymmetryComparative PsychologyCognitive NeuroscienceMultisensory IntegrationHealth SciencesBehavioral PlasticityBehavioral SciencesCognitive ScienceBehavioral NeuroscienceGreater Brain LateralizationInvertebrate VisionNeuroanatomySensorimotor TransformationNeuroscienceCentral Nervous SystemBrain LateralizationAnimal Behavior
Brain lateralization is hypothesized to improve the efficiency of information processing. Here, we found that some Myrmeleon bore antlion larvae showed individual asymmetry in righting from a supine to normal position over one side of their body, which can be considered a reflection of greater brain lateralization. We demonstrated that these behaviourally asymmetrical individuals showed improved learning abilities, providing novel evidence that brain lateralization leads to beneficial effects on cognitive functions.
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