● Processing syntactic violations in English as a second language (L2) resulted in positive components within the
time window of 500- 700 ms after exposure only in high proficient subjects and harmful components for the low proficient
subjects.
● P600 for the high-proficient group demonstrated that L2 proficiency was a more determinant factor in L1-like cortical
representation of L2 than the Age of Acquisition (AoA) and/or the type of learning context.

● Epilepsy increases the oscillation basin of the brain electrical activities.
● The size of the statistical population severely affects the classification accuracy.
● Classification based on EEG segments is not suitable for clinical conditions.

● Functional connectivity is a suitable measure for the diagnosis of autism. 
● Using all brain regions in FCM generation leads to high dimensional feature space.
● A genetic algorithm is proposed to define effective regions in autism detection.
● The proposed method increases detection accuracy up to 9% by removing 49 regions.

● The preferred access route in the young Iranian EFL (English as a foreign language) learners to their L2 mental
lexicon is mostly through semantic relations.
● The frequency with which words occur to the L2 learner determines the association strength in the mental lexicon.
● Language proficiency is indispensable for strengthening the links in the lexical network.
● An increase in the length of words negatively influences naming latency in the lexical access process.

● Most of the patients with agenesis of the corpus callosum have developmental delay.
● A significant percentage of these patients have dysmorphic features.
● Epilepsy is common in patients with the agenesis of the corpus callosum.

● Positive reality therapy and psychotherapy are both effective in improving the sleep quality of women with MS.
● Reality therapy is more effective than positive psychotherapy on sleep quality in women with MS.

● Alterations in N-acetyl aspartate in acute stages and choline/creatine ratio in the acute stages of traumatic brain
injury are associated with post-traumatic neurocognitive disorders.
● Increased myo-inositol levels in subacute phases suggest significant neuronal damages, following traumatic brain
injury. The detection of lactate levels presents poorer outcomes.
● As more powerful magnetic resonance imaging scanners are available, the interest in extrametabolites, such as
glutamate, glutamine, and glutathione is on the rise; some studies reported significant associations between these metabolites
and PTND.