0000000000293702

AUTHOR

Hanna Renvall

showing 2 related works from this author

Children show right-lateralized effects of spoken word-form learning

2017

It is commonly thought that phonological learning is different in young children compared to adults, possibly due to the speech processing system not yet having reached full native-language specialization. However, the neurocognitive mechanisms of phonological learning in children are poorly understood. We employed magnetoencephalography (MEG) to track cortical correlates of incidental learning of meaningless word forms over two days as 6±8-year-olds overtly repeated them. Native (Finnish) pseudowords were compared with words of foreign sound structure (Korean) to investigate whether the cortical learning effects would be more dependent on previous proficiency in the language rather than ma…

Male6162 Cognitive sciencemagnetoencephalographySocial Scienceslcsh:Medicinenative-language specializationlanguage learningDiagnostic RadiologyFamilies0302 clinical medicineLearning and MemoryMedicine and Health SciencesPsychologykielen oppiminenChildlcsh:Scienceta515LanguageTemporal cortexBrain MappingMultidisciplinaryRepetition (rhetorical device)medicine.diagnostic_testRadiology and Imaging05 social sciencesPhonologyVerbal LearningLanguage acquisitionMagnetic Resonance ImagingSpeech PerceptionFemalePsychologyfonologiaCognitive psychologyResearch ArticleImaging TechniquesForeign languageeducationNeuroimagingResearch and Analysis Methodsta3112050105 experimental psychology03 medical and health scienceschildrenDiagnostic Medicineright superior temporal cortexmedicineLearningHumansSpeech0501 psychology and cognitive sciences6121 LanguagesProsodyLanguage AcquisitionBehaviorlcsh:RCognitive Psychology3112 Neurosciencesta1182Biology and Life SciencesLinguisticsMagnetoencephalographySpeech processingphonologyAge GroupsPeople and PlacesCognitive SciencePopulation Groupingslcsh:Q030217 neurology & neurosurgeryNeurosciencePLOS ONE
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Cortical beta burst dynamics are altered in Parkinson's disease but normalized by deep brain stimulation

2022

Funding Information: Amande Pauls was supported by a personal grant from the University of Helsinki . Olesia Korsun was supported by the Päivikki and Sakari Sohlberg Foundation , the Orion Research Foundation , the Finnish Parkinson Foundation and the Finnish Brain Foundation . Mia Liljeström was supported by the Swedish Cultural Foundation in Finland , the Päivikki and Sakari Sohlberg Foundation , and the Finnish Cultural Foundation . Eero Pekkonen was supported by Finnish Government research funding ( TYH- fund ). Hanna Renvall was supported by the Academy of Finland (grant number 321460 ) and Paulo Foundation. Publisher Copyright: © 2022 Exaggerated subthalamic beta oscillatory activity …

Parkinson?s diseaseOscillatory activityFREQUENCY ACTIVITYMEGSUBTHALAMIC NUCLEUSParkinson's diseaseATTENTION3112 Neuroscienceshermoverkot (biologia)MagnetoencephalographyParkinsonin tauti3126 Surgery anesthesiology intensive care radiologySTATE3124 Neurology and psychiatryDOPAMINEvärähtelytSYNCHRONIZATIONDeep brain stimulationOSCILLATIONSsyväaivostimulaatioMODULATIONResting stateMOTOR CORTEXSIGNAL SPACE SEPARATIONBeta burst
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