Abstract: A method for preventing or treating epilepsy or status epilepticus, or a brain-related disorder characterized by precipitation of seizures, in an individual, the method comprising the step of treating the individual with an agent capable of inhibiting the activity of miR-134 in the individual, wherein the agent is delivered to the brain of the individual.

Abstract: A method for preventing or treating epilepsy or status epilepticus, or a brain-related disorder which is characterized by precipitation of seizures, in an individual. The method comprises the step of treating the individual with an agent that inhibits the activity of miR-134 in the individual. The agent is delivered to the brain of the individual.

Abstract: A method for preventing or treating epilepsy or status epilepticus, or a brain-related disorder charactetized by precipitation of seizures, in an individual, the method comprising the step of treating the individual with an agent capable of inhibiting the activity of miR-134 in the individual, wherein the agent is delivered to the brain of the individual.

Abstract: Methods of preparing polycrystalline aluminum nitride materials that have high density, high purity, and favorable surface morphology are disclosed. The methods generally comprises pressing aluminum nitride powders to form a slug, sintering the slug to form a sintered, polycrystalline aluminum nitride boule, and optionally shaping the boule and/or polishing at least a portion of the boule to provide a finished substrate. The sintered, polycrystalline aluminum nitride materials beneficially are prepared without the use of any sintering aid or binder, and the formed materials exhibit excellent density, AlN purity, and surface morphology.

Abstract: Methods of preparing polycrystalline aluminum nitride materials that have high density, high purity, and favorable surface morphology are disclosed. The methods generally comprises pressing aluminum nitride powders to form a slug, sintering the slug to form a sintered, polycrystalline aluminum nitride boule, and optionally shaping the boule and/or polishing at least a portion of the boule to provide a finished substrate. The sintered, polycrystalline aluminum nitride materials beneficially are prepared without the use of any sintering aid or binder, and the formed materials exhibit excellent density, AlN purity, and surface morphology.

Abstract: Methods of preparing polycrystalline aluminum nitride materials that have high density, high purity, and favorable surface morphology are disclosed. The methods generally comprises pressing aluminum nitride powders to form a slug, sintering the slug to form a sintered, polycrystalline aluminum nitride boule, and optionally shaping the boule and/or polishing at least a portion of the boule to provide a finished substrate. The sintered, polycrystalline aluminum nitride materials beneficially are prepared without the use of any sintering aid or binder, and the formed materials exhibit excellent density, AlN purity, and surface morphology.

Abstract: A method for preventing or treating epilepsy or status epilepticus, or a brain-related disorder characterised by precipitation of seizures, in an individual, the method comprising the step of treating the individual with an agent capable of inhibiting the activity of miR-134 in the individual, wherein the agent is delivered to the brain of the individual.

Abstract: Methods of preparing polycrystalline aluminum nitride materials that have high density, high purity, and favorable surface morphology are disclosed. The methods generally comprises pressing aluminum nitride powders to form a slug, sintering the slug to form a sintered, polycrystalline aluminum nitride boule, and optionally shaping the boule and/or polishing at least a portion of the boule to provide a finished substrate. The sintered, polycrystalline aluminum nitride materials beneficially are prepared without the use of any sintering aid or binder, and the formed materials exhibit excellent density, AlN purity, and surface morphology.