At 3 AM, your brain is not known for its nuanced interpretation of clinical research. Most articles about the long-term impact of insomnia lump together two very different experiences: chronic insomnia and chronic sleep deprivation. That distinction changes what you need to worry about, what you don’t, and what kind of help will actually make a difference.
Exercise improves sleep quality, but more isn’t always better. A 2025 analysis of 86 trials explains the right dose, type, and timeline for insomnia.
Up to 80% of cannabis users cite sleep as a primary reason for use. The neuroscience is more complicated than that number suggests — and the gap between what people report and what their sleep actually looks like is one of the more interesting puzzles in sleep medicine right now.
Sleep difficulties affect 40 to 60% of women during the menopausal transition, making menopause insomnia one of the most common and least discussed symptoms of this stage of life. The good news: this isn’t something you simply have to endure.
If someone in your family has always been a terrible sleeper, you’ve probably wondered whether you inherited more than just their nose. The science has a real answer. Genetics plays a role in insomnia — but a smaller and more nuanced one than most people assume. Here’s what the research actually shows, and why it matters for treatment.
Menopause insomnia affects up to 60% of women, and it’s not just about night sweats or hot flashes. Hormonal changes disrupt sleep, but anxiety, hypervigilance, and learned sleep patterns often keep the problem going. Learn how CBT-I and ACT offer evidence-based, lasting solutions that go beyond cooling pillows and sleep hygiene.
