Analysis of 1H-MRS changes in temporal lobe epilepsy;

Electrophoresis analysis and content detection of acidic peptide in temporal lobe of human brain;

Changes of fear conditioning in pilocarpine-induced temporal lobe epilepsy in mice;

Transplantation of neural cells and change of hippocampus GABA neurons in temporal lobe epilepsy rat models;

Effects of transplantation of neural cell from adipose tissue-derived stem cell on the temporal lobe epilepsy rat models;

Change and significance of GAD65 expression in hippocampus of temporal lobe epilepsy rat;

Changes of expressions of axon guidance molecule Sema3F and its receptor Np2 in hippocampus of temporal lobe epilepsy rat;

Manifestation of magnetic source imaging in patients with temporal lobe epilepsy;

Study on establishment of temporal lobe epilepsy model by administrating drug in brain region;

Role of medial temporal lobe structure in generating P_(300)——a preliminary study of ERPs in a patient following left temporal lobectomy;

Based on this kind of subsequent memory paradigm by multimodal cognitive neuroimaging techniques,many previously studies had extensively suggested that neural responses of some distinct regions within the medial temporal lobe(MTL) and prefrontal cortex(PFC) could predict whether events or experiences would be subsequently remembered or forg.

We argue that (1) consolidation and storage of declarative memory depends on the development of associations between anatomically separated regions in the neocortex, in which the medial temporal lobe plays a critical role; (2) after memory becomes consolidated, memory storage and retrieval completely rely on th.