Objective: The hippocampal circuit integrity is crucial for learning and memory. Despite the
existing reports on hippocampal–dependent memory impairment due to noise stress, there …

Noise exposure is known to affect auditory structures in living organisms. However, it should
not be ignored that many of the effects of noise are extra-auditory. Previous findings of our …

Background: Chronic exposure to noise induces changes on the central nervous system of
exposed animals. Those changes affect not only the auditory system but also other …

Noise exposure can cause structural and functional problem in the auditory cortex (AC) and
hippocampus, the two brain regions in the auditory and non-auditory systems respectively …

Background Noise has been a major problem to mankind and induces many auditory and
extra-auditory hazards. Aim of the work This study was carried out to determine the injurious …

Background Noise is an important environmental stressor in the industrialized world and has
received increasing attention in recent years. Although epidemiological research has …

Spatial memory is coordinated with different brain regions especially hippocampus (HIP)
and medial prefrontal cortex (mPFC). Influence of noise stress on working and reference …

Exposure to noise of high intensities (> 80 dB) is considered a stressful event and might
produce both auditory and extra-auditory damage, including different central nervous system …

The hippocampus is a brain region crucially involved in regulating stress responses and
highly sensitive to environmental changes, with elevated proliferative and adaptive activity of …

Mankind is exposed to a number of stressors, and among them noise is one which can
cause intense stress. High levels of background noise can severely impair one's ability to …