Publikationen von Sabrina Turker

Turker, S.; Fumagalli, B.; Kuhnke, P.; Hartwigsen, G.: The 'reading' brain: Meta-analytic insight into functional activation during reading in adults. Neuroscience and Biobehavioral Reviews 173, 106166 (2025)

Eckert, L.; Hartwigsen, G.; Turker, S.: Cognitive-linguistic profiles of German adults with dyslexia. Behavioral Sciences (angenommen)

Turker, S.; Kuhnke, P.; Cheung, V. K. M.; Weise, K.; Hartwigsen, G.: Neurostimulation improves reading and alters communication within reading networks in dyslexia. Annals of the New York Academy of Sciences 1544 (1), S. 172 - 189 (2025)

Meinzer, M.; Shahbabaie, A.; Antonenko, D.; Blankenburg, F.; Fischer, R.; Hartwigsen, G.; Nitsche, M. A.; Li, S.-C.; Thielscher, A.; Timmann, D. et al.; Waltemath, D.; Abdelmotaleb, M.; Kocataş, H.; Guevara, L. M. C.; Batsikadze, G.; Grundei, M.; Cunha, T.; Hayek, D.; Turker, S.; Schlitt, F.; Shi, Y.; Khan, A.; Burke, M.; Riemann, S.; Niemann, F.; Flöel, A.: Investigating the neural mechanisms of transcranial direct current stimulation effects on human cognition: Current issues and potential solutions. Frontiers in Human Neuroscience 18, 1389651 (2024)

Turker, S.; Kuhnke, P.; Eickhoff, S.; Caspers, S.; Hartwigsen, G.: Cortical, subcortical and cerebellar contributions to language processing: A meta-analytic review of 403 neuroimaging experiments. Psychological Bulletin 149 (11-12), S. 699 - 723 (2023)

Turker, S.; Kuhnke, P.; Jiang, Z.; Hartwigsen, G.: Disrupted network interactions serve as a neural marker of dyslexia. Communications Biology 6 (1), 1114 (2023)

Turker, S.; Kuhnke, P.; Schmid, F.; Cheung , V.; Weise, K.; Knoke, M.; Zeidler, B.; Seidel, K.; Eckert, L.; Hartwigsen, G.: Adaptive short-term plasticity in the healthy reading network. NeuroImage 281, 120373 (2023)

Schneider, P.; Engelmann, D.; Groß, C.; Bernhofs, V.; Hofmann, E.; Christiner, M.; Benner, J.; Bücher, S.; Ludwig, A.; Serrallach, B. L. et al.; Zeidler, B. M.; Turker, S.; Parncutt, R.; Seither-Preisler, A.: Neuroanatomical disposition, natural development and training-induced plasticity of the human auditory system from childhood to adulthood: A 12-year study in musicians and non-musicians. The Journal of Neuroscience 43 (37), S. 6430 - 6446 (2023)

Kuhnke, P.; Chapman, C.; Cheung, V. K. M.; Turker, S.; Graessner, A.; Martin, S.; Williams, K.; Hartwigsen, G.: The role of the angular gyrus in semantic cognition: A synthesis of five functional neuroimaging studies. Brain Structure & Function 228 (1), S. 273 - 291 (2023)

Schneider, P.; Groß, C.; Bernhofs, V.; Christiner, M.; Benner, J.; Turker, S.; Zeidler, B. M.; Seither-Preisler, A.: Short-term plasticity of neuro-auditory processing induced by musical active listening training. Annals of the New York Academy of Sciences 1517 (1), S. 176 - 190 (2022)

Turker, S.; Hartwigsen, G.: The use of noninvasive brain stimulation techniques to improve reading difficulties in dyslexia: A systematic review. Human Brain Mapping 43 (3), S. 1157 - 1173 (2022)

Turker, S.; Seither-Preisler, A.; Reiterer, S. M.: Examining individual differences in language learning: A neurocognitive model of language aptitude. Neurobiology of Language 2 (3), S. 389 - 415 (2021)

Turker, S.; Hartwigsen, G.: Exploring the neurobiology of reading through non-invasive brain stimulation: A review. Cortex 141, S. 497 - 521 (2021)

Turker, S.; Reiterer, S. M.: Brain, musicality, and language aptitude: A complex interplay. Annual Review of Applied Linguistics 41, S. 95 - 107 (2021)

Meyer, L.; Elsner, A.; Turker, S.; Kuhnke, P.; Hartwigsen, G.: Perturbation of left posterior prefrontal cortex modulates top-down processing in sentence comprehension. NeuroImage 181, S. 598 - 604 (2018)

Turker, S.; Kuhnke, P.; Hartwigsen, G.: Modifying the neural architecture underlying reading in dyslexia with TMS. In Brain Stimulation, 18 (1), S. 262 - 262. Elsevier, New York, NY (2025)

Turker, S.; Kuhnke, P.; Schmid, F. R.; Cheung, V. K. M.; Zeidler, B.; Seidel, K.; Eckert, L.; Hartwigsen, G.: Adaptive plasticity in the healthy reading network investigated through combined neurostimulation and neuroimaging. bioRxiv (2022)