Neurosynth: 24828652

Memory accumulation mechanisms in human cortex are independent of motor intentions.

Authors:	Sestieri C, Tosoni A, Mignogna V, McAvoy MP, Shulman GL, Corbetta M, Romani GL
Journal:	The Journal of neuroscience : the official journal of the Society for Neuroscience
Year:	2014
PMID:	24828652

Extracted activations

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table no. (in paper)	x	y	z
2.	-17.0803894426409	-88.6736728703489	-3.36518687362206
2.	0.822744456740884	-70.864755163154	48.3552803285117
2.	8.34320001626498	-65.0048504755342	-38.636808990652
2.	-35.9171831942213	-57.9199312043795	51.0619353539878
2.	42.9983518306522	-51.8046178039048	54.7155679115405
2.	-44.606116380488	-38.5984731794474	51.5392852428603
2.	-2.30730594354131	-34.3533336876271	-20.1973661867333
2.	-0.625773950928859	-30.9472505705288	27.6216427492512
2.	4.23835841271155	-17.4422324103722	-11.8969900560706
2.	3.62189570692772	-11.7877765817029	25.6535274063414

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Associated analyses

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Analysis	Loading
decisions	0.425
intentions	0.35
v4-topics-50_18_human_role_information	0.323
v5-topics-50_43_magnetic_mechanisms_human	0.248
memory	0.243
v5-topics-50_33_memory_retrieval_encoding	0.226
motor	0.208
v4-topics-50_12_memory_retrieval_encoding	0.194
v4-topics-100_34_decision_choice_decisions	0.166
v4-topics-100_24_memory_encoding_retrieval	0.158

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