Circadian rhythm disruption as a potential contributor to BPPV: Evidence from a young rat model vestibular effects of circadian disruption
Fig 3
Assessment of serum electrolyte levels following constant light exposure.
Serum levels of chloride (A), calcium (B), sodium (C), and potassium (D) were measured to evaluate the impact of circadian rhythm disruption on electrolyte homeostasis. No statistically significant differences were observed between the CL and control groups (p > 0.05; n:8), and all values remained within normal physiological limits. These findings suggest that constant light does not markedly affect systemic electrolyte balance in young rats. Data are expressed as mean ± SEM.