Life Stages / Perimenopause & Menopause
Hormonal sleep disruption guidance, mechanism to safety — why estrogen and progesterone shifts disrupt sleep, and what's safe to try or discuss with a clinician.
Wildfire smoke disrupts sleep through two distinct but interacting pathways: inhaled particles infiltrate brain sleep centers and inflame airways, while psychological trauma independently drives insomnia and nightmares. This article explains the mechanisms and why these effects compound each other.
Wildfire smoke disrupts sleep through three converging physiological pathways: airway irritation that fragments nocturnal breathing, PM2.5-triggered sympathetic activation that prevents normal sleep-stage cycling, and potential neuroinflammatory effects from fine particles reaching the brain. This article explains the evidence behind each pathway and how they collectively degrade sleep architecture.
Wildfires disrupt sleep through two interacting mechanisms — airway inflammation from smoke inhalation and trauma-induced hyperarousal — and these pathways reinforce each other. This article explains how each pathway works and why protecting sleep during fire season requires addressing both.
Standard sleep aids and sleep hygiene often fail for adults with ADHD because the root cause is a delayed circadian clock. This article explains the evidence for circadian phase advancement using morning light and low-dose melatonin as the most effective intervention.
Learn why car accident stress triggers insomnia through hyperarousal, and discover evidence-based strategies like CBT-I to restore sleep. Includes a triage framework for knowing when to seek professional help.
For perimenopausal women with chronic insomnia, Cognitive Behavioral Therapy for Insomnia (CBT-I) outperforms medications, HRT, and supplements in clinical trials. This article explains why perimenopause creates the perfect conditions for insomnia, what the evidence shows, how CBT-I works for this population, and how to access it.
Chronic pain and poor sleep create a self-reinforcing cycle that goes beyond standard sleep hygiene. This article explains the neurobiological mechanism behind the connection — including recent research on endocannabinoid depletion — and why CBT-I is the first-line treatment for breaking the cycle.
Understand how Code Purple air pollution disrupts sleep through upper respiratory inflammation, direct neurotoxicity via the olfactory bulb, and circadian rhythm dysfunction from PM2.5-linked serotonin suppression. This mechanistic guide explains the biology behind poor sleep during high-AQI events, supported by large-scale studies and important caveats.
When a Code Purple air quality alert forces you to seal your bedroom, the usual sleep advice falls short. This guide provides an evidence-based bedroom protocol — from proper HEPA filtration and window sealing to CPAP adjustments — so you can sleep safely even when outdoor AQI exceeds 200.
Chronic sleep deprivation during custody litigation doesn't just leave you exhausted—it measurably impairs the cognitive functions, emotional regulation, and parenting behaviors that courts and evaluators assess. This article examines the research showing why protecting your sleep is a practical legal strategy, not an indulgence.
A weekend guide to securing your bedroom for earthquake safety. Learn where to place your bed, how to anchor furniture, and what to keep in a bedside kit to minimize injuries during a nighttime quake.
Poor sleep and seizures fuel each other through distinct mechanisms: sleep deprivation triggers epileptiform discharges during NREM sleep, while seizures fragment sleep architecture and reduce REM. Learn how evidence-based interventions like CPAP and CBT-I can break this cycle and improve both seizure control and sleep quality.
