The utility of a cross-species discovery platform for identifying therapies that preserve sensory function by targeting early inflammatory pathways by identifying quinoxaline derivatives with otoprotective activity following acoustic trauma is demonstrated.
In vivo and in vivo, paeonol administration not only prevented cisplatin‐induced HC loss and inner HC synaptic degeneration but also conferred protection against noise‐induced HC damage and hearing loss, demonstrating broad otoprotective efficacy.
M. Xia, Tian-Shi Sun, Wen-Yu Hou et al.· CNS Neuroscience & Therapeut...· 0 citations
Sensorineural hearing loss (SNHL) affects over 1.5 billion individuals worldwide and remains the most prevalent sensory deficit in humans. Although classical pathological models have emphasized hair cell death from oxidative stress and mitochondrial dysfunction, accumulating evidence over the past decade has redefined...
Pharmacological intervention should be considered investigational, additional to, and not a substitute for comprehensive hearing-conservation programs, as well as longitudinal occupational research, biomarker-guided risk assessment, mining-specific clinical trials, and clinically meaningful hearing outcomes.
Abida Khan· Natural Resources for Human...· 0 citations
According to high heterogeneity between studies, it may be concluded that MSC, systemic injection, and human-derived cells are effective in recovery of auditory brainstem function.
Mehdi Akbari, Mahbobeh Oroei, Morteza Zarrabi et al.· Iranian journal of child neu...· 0 citations
These findings demonstrate coordinated local and systemic responses to noise trauma, supporting the potential of peripheral biomarkers for early NIHL detection.
Motahare Khorrami, Zeshan Ali, R. Gay et al.· Journal of Proteome Research· 0 citations
It is found that hair cell size began to decrease from 10 months of age, before hearing loss was detectable, suggesting that these cellular deficits define a distinct pathological route to ARHL in the CBA/CaJ mouse model.
Piece Yen, Adam J. Carlton, Andrew O'Connor et al.· bioRxiv· 0 citations
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