Structured evidence table for Gaba Sleep Meta-Analysis, generated from 2 reusable source documents in the Migaku knowledge base.
| topic | claim | evidence level | citation | source |
|---|---|---|---|---|
| Gaba Sleep Meta-Analysis | Genetic research further suggests that the heritability of insomnia is higher in women, while neuroimaging studies have revealed functional alterations in brain circuits related to emotional regulation that are strongly associated with insomnia in women [–]. | 3 | Kim Hae Ri (2026) | Insomnia and women: exploring vulnerability, impact, and intervention |
| Gaba Sleep Meta-Analysis | By integrating evidence across these dimensions, the present work also aims to provide a multidimensional explanation for women’s vulnerability to insomnia and to highlight the need for gender-tailored clinical strategies and future research directions [,]. | 3 | Kim Hae Ri (2026) | Insomnia and women: exploring vulnerability, impact, and intervention |
| Gaba Sleep Meta-Analysis | However, studies with indirect relevance were also included when they provided complementary evidence of the underlying mechanisms. | 3 | Kim Hae Ri (2026) | Insomnia and women: exploring vulnerability, impact, and intervention |
| Gaba Sleep Meta-Analysis | 1 3 4 6 4 6 7 Insomnia is one of the most common sleep disorders worldwide, affecting a substantial proportion of the adult population and posing a serious public health concern because of its profound impact on the quality of life [–]. | 3 | Kim Hae Ri (2026) | Insomnia and women: exploring vulnerability, impact, and intervention |
| Gaba Sleep Meta-Analysis | It is known that high medication complexity scores are associated with poor clinical outcomes (–). | 3 | Weinhouse Gerald L. (2026) | Pharmacotherapy for sleep during critical illness and beyond |
| Gaba Sleep Meta-Analysis | Medication specifically administered to facilitate sleep has had disappointing results in the ICU, contributes to polypharmacy, and may have unintended consequences such as increasing the risk of delirium and falls. | 3 | Weinhouse Gerald L. (2026) | Pharmacotherapy for sleep during critical illness and beyond |
| Gaba Sleep Meta-Analysis | Sleep disruption is associated with altered CNS electrical activity and organization which may be associated with inefficient clearing of CNS metabolic waste, impaired memory, inattention and poor executive function which are hallmarks of delirium (). | 3 | Weinhouse Gerald L. (2026) | Pharmacotherapy for sleep during critical illness and beyond |
| Gaba Sleep Meta-Analysis | 1 Sleep is a complex process thought to be regulated by both a circadian system closely tied to ambient light and a homeostatic process characterized by increasing pressure to sleep commensurate with increasing duration of wakefulness. | 3 | Weinhouse Gerald L. (2026) | Pharmacotherapy for sleep during critical illness and beyond |
Source documents