The phrase "acute noise" is correct and usable in written English.
It can be used to describe a type of noise that is sharp, intense, or high-pitched, often causing discomfort or irritation.
Example: "The acute noise from the construction site made it difficult for residents to concentrate on their work."
Alternatives: "sharp noise" or "piercing sound".
Acute noise exposure may acutely increase blood pressure but the hypothesis that acute exposure to aircraft noise may trigger cardiovascular events has not been investigated.
It may be possible to obtain a greater therapeutic effect using these agents in combination or at higher doses or for a longer period of time to address the secondary oxidative events occurring 7 10 days after acute noise exposure.
The occurrence of body movements was significantly related to the reported number of awakenings, and the number of body movements was three times higher during the noisy periods of the night as compared with the quiet periods, indicating acute noise effects.
Furthermore, studies in various animal models have shown that increased NO production might be responsible for human hearing disorders such as sudden idiopathic hearing loss, acute noise trauma, presbycusis and other forms of hearing loss [32].
Increases of blood pressure in acute noise exposure conditions have long been shown in acute noise experiments (Lehmann and Tamm 1956; Lusk et al. 2004).
While acute noise interferes with communication, disturbs sleep and causes annoyance, chronic noise exposure has been demonstrated to be associated with negative health outcomes (for review [ 1]).
Pharmacological treatment of acute noise-induced hearing loss (NIHL) is a relatively novel research field.
On the other hand repeated episodes of acute noise-induced tinnitus can develop into long-lasting tinnitus and/or hyperacusis.
The important aspect of this finding is that the drugs were administered after the cessation of noise exposure, suggesting that A1R agonists could be useful for the treatment of acute noise-induced cochlear injury within a therapeutic window, and not only as prophylactics.
According to Ising and Braun (2000), habitual noise produces sympathetic activation and chronic increases in noradrenaline; nonhabitual noise produces an acute increase of noradrenaline and adrenaline; and extremely intense noise produces a defeat reaction with an increase of cortisol and adrenal stress hormone.
"While in China, if you experience any unusual acute auditory or sensory phenomena accompanied by unusual sounds or piercing noises, do not attempt to locate their source," the alert advised.
