Editorial: Vestibular function and mental health during the lifespan

Neurotological disorders can manifest with mental symptoms and decreased performance on certain 11 cognitive domines. These relationships are subtended by the widespread sensory networks that are set 12 to provide rapid attention and selection on adaptive actions to salient stimuli, with emotional 13 influences (1-3). These multisensory connections reflect fundamental survival functions for both 14 internal and external requirements, including vestibular influence on preprogramed sensorimotor 15 patterns of approach or avoidance (4). Emotions and the perception of emotional expressions can 16 prompt adaptive actions; for instance, in mammals, different defence modes map onto manifestations 17 of anxiety, fear and panic (5). However, in the event of individual traits or amplification and/or 18 persistence of these moderate-to-severe tinnitus in patients with hearing loss. The analysis showed that the severity of the 66 hearing loss, the age, and the quality of sleep were the most influential predictors. Additionally, the 67 analysis corroborated that tinnitus severity was related to depression and anxiety. The results suggest 68 that Integrating auditory and psychological factors could improve tinnitus risk identification in 69 patients with hearing impairment. 70 Vestibular information intermingles with other sensory inputs in a variety of brain processes to drive 71 action control, including mental displays. In the context of predictive coding and active inference 72 theory (9-10), the results of the studies included in this research topic support that sensory 73 misinformation may disrupt both the physiological processes supported by the sensory input and the 74 feedback required to lessen the effect of the dysfunction by suitable countermeasures. Then, unless 75 the sensory function is restored or substituted, the unprecise sensory inputs may increase the 76 variability of the discrepancy between predictions and observations (free-energy variation), 77 including those of the predicted effects of any countermeasure. The undesirable outcome could be 78 amplified by individual traits and inadequate corrections, while hampering adaptation through 79 updating the expectations conferred by experience (Figure 1). From this perspective, when sensory 80 restoration/substitution prospect is decreased, rehabilitation strategies could promote sensory 81 reweighting for integration, while individual counselling can subtend personalized interventions to 82 attenuate the consequences of the mental symptoms that were generated by the sensory dysfunction. 83 So far, to understand the underling mechanisms of the mental consequences of sensory dysfunction 84 in human beings, more studies are required to assess the mental effects of both sensory stimulation 85 and sensory disorders, particularly those related to vestibular function in health and disease. 86