Oscillatory interference in parietal cortex: a mechanism to represent order in working memory.

The article features a study that evaluates the significance of oscillatory interference in working memory of animal models in the U.S. To assess the behavior of entorhinal grid cells, researchers developed a technique that assumes oscillatory interference that encodes the order of items. They found that the activation pattern resulted to dendritic and somatic membrane potential oscillations (MPO) interference of various frequencies of parietal rank-order sensitive cells.