Language and executive function skills as predictors of semantic fluency performance in pre-school children

Author(s):  
Sara Chami ◽  
Carla Charalambous ◽  
Stefani R. Knijnik ◽  
Kimberley Docking
2019 ◽  
Vol 3 ◽  
pp. 71-72
Author(s):  
Choi G ◽  
Villanger G ◽  
Drover S ◽  
Sakhi A ◽  
Thomsen C ◽  
...  

2018 ◽  
Vol 22 (2) ◽  
pp. 366-382 ◽  
Author(s):  
CARISSA KANG ◽  
BARBARA LUST

Previous studies of bilingual adults have suggested that bilinguals’ experience with code-switching (CS) contributes to superior executive function (EF) abilities. We tested a highly bilingual developing population in Singapore, a multilingual country where CS occurs pervasively. We obtained CS and EF measures from 43 English–Chinese 8-year-old children (27 females, M = 100 months). We measured spontaneous CS with a novel task and EF in terms of task-switching (Semantic Fluency) and inhibitory control (Stroop task in both languages). Contrary to previous work, CS performance did not significantly predict EF performance in either case. Rather, bilingual language proficiency, i.e., degree of bilingualism (as measured by direct proficiency tests and parents’ estimates of daily language use and exposure of both languages) influenced EF performance. Accordingly, the relationship between CS and EF may be more indirect and non-necessary than previously assumed.


Author(s):  
Bruce E. Wexler

This chapter reviews the neuroscience foundation for understanding and harnessing neuroplastic processes that shape the structure and function of the human brain after birth, describes a newly developed, integrated series of computer presented and physical exercises to promote activity-related development of neurocognitive systems of attention and executive function in elementary school children, and reviews evidence of the efficacy of the program. The computer-presented brain exercises have new functionalities that more fully shape the training to each user's individual profile of cognitive strengths and weaknesses than was previously possible. The programs also provide assessments of each child's cognitive strengths and weaknesses based on built in formal tests of cognition and error analytic algorithms applied to 15-20,000 responses from each child while using the brain training program.


2019 ◽  
Vol 8 (12) ◽  
pp. 2108
Author(s):  
Marta Rapado-Castro ◽  
Carmen Moreno ◽  
Ana Ruíz-Sancho ◽  
Francisco Camino ◽  
Celso Arango ◽  
...  

An improvement in negative symptoms and a reduction in the number of visits to the emergency department have been reported in a problem solving based psychoeducational group intervention (PE) for adolescents with psychosis relative to a nonstructured group (NS). One of the factors that may play a role on the response to PE treatment is executive function (EF), a crucial cognitive domain for problem-solving performance. We aimed to examine the role of EF in response to PE treatment versus an NS group. We examined the associations between changes in cognition and in clinical/functional variables within each treatment group using Spearman-ranked and partial correlation analyses. A total of 22 individuals (mean age: 16.3) were randomized to PE (N = 10) and NS (N = 12). We found an association between improvements in EF performance and a reduction in positive symptoms (rs = –0.756, p = 0.030 for semantic fluency), reduction in negative symptoms (r = 0.758, p = 0.029 for semantic; rs = –0,733, p = 0.025 for verbal fluency), and reduction in the number of visits to the emergency department (r = –0,743, p = 0.035 for semantic fluency) in the PE group. No associations were found in the NS group. Our results suggest that EF may play a role in the specific improvements observed in the PE group. This may have implications in the development of new areas of clinical intervention focusing on the role of cognitive functioning in response to psychosocial treatments in psychosis.


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