How valerian and hops help sleep: You can use valerian and hops separately to treat sleep problems. Valerian has been shown to help people fall asleep more quickly, reduce restless sleep, increase sleep amounts, and improve symptoms of insomnia. Research also shows valerian is effective in treating sleep problems linked to menopause. Hops itself can increase sleep time. Studies show these herbal supplements pair well together: according to research, hops may be more effective for sleep when in combination with valerian.
How CBD helps sleep: Research shows CBD can significantly reduce insomnia symptoms. It also can increase overall sleep amounts, according to studies. In particular, CBD has been shown to reduce insomnia in people who suffer from chronic pain. In smaller doses, CBD stimulates alertness and reduces daytime sleepiness, which is important for daytime performance and for the strength and consistency of the sleep-wake cycle. One thing I really like about CBD? New research shows it relieves anxiety without causing changes to healthy sleep-wake cycles.
Finally, we checked our remaining contenders for any deal breakers. Was the bottle impossible to open? Were the pills too big or too oddly shaped to swallow? Most of our finalists passed these tests with flying colors, but several natural options fell short on one critical metric — smell. A pill that smells unappetizing is a turn-off, and most of our valerian supplements had an old-sock odor that might discourage us from ever opening the bottle.
NINDS health-related material is provided for information purposes only and does not necessarily represent endorsement by or an official position of the National Institute of Neurological Disorders and Stroke or any other Federal agency. Advice on the treatment or care of an individual patient should be obtained through consultation with a physician who has examined that patient or is familiar with that patient's medical history.
Genes may play a significant role in how much sleep we need. Scientists have identified several genes involved with sleep and sleep disorders, including genes that control the excitability of neurons, and "clock" genes such as Per, tim, and Cry that influence our circadian rhythms and the timing of sleep. Genome-wide association studies have identified sites on various chromosomes that increase our susceptibility to sleep disorders. Also, different genes have been identified with such sleep disorders as familial advanced sleep-phase disorder, narcolepsy, and restless legs syndrome. Some of the genes expressed in the cerebral cortex and other brain areas change their level of expression between sleep and wake. Several genetic models–including the worm, fruit fly, and zebrafish–are helping scientists to identify molecular mechanisms and genetic variants involved in normal sleep and sleep disorders. Additional research will provide better understand of inherited sleep patterns and risks of circadian and sleep disorders.
Melatonin, like all natural dietary supplements, is unregulated and untested for long-term use in humans. Some people find that melatonin causes grogginess and depression. Others report falling asleep quickly with melatonin only to awaken in the middle of the night. Still, studies show that melatonin appears to be safe with short-term use (three months or less).
You may be doing all the right things—respecting your sleep needs and patterns, setting aside an ample amount of time to sleep, keeping a sleep diary—but still experiencing daytime sleepiness, fatigue, or insomnia. If that's the case, you should consider consulting a sleep specialist who can help you set up a better sleep environment, provide support for making behavioral changes that may be interfering with sleep, or possibly diagnose a sleep disorder. You have a right to feel well rested—and there are many resources available to help you get the sleep you need.
Avoid electronics in and before bed: Don’t watch television, play on your phone, or use your laptop in bed; even reading in bed should be discouraged. The blue light from your screens emit short-wavelength light that stops the production of melatonin and makes you feel more alert- which is great for the morning, but not so ideal when you’re trying to fall asleep. Also, the more time you spend awake in bed, the harder it is for your body to associate your bed with sleep.
Use a blue light filter on your device. The blue light emitted by smartphones and tablets can be a powerful sleep disruptor. It suppresses your body’s production of melatonin and throws your circadian rhythm off, making it harder to fall and stay asleep. Luckily, many smartphones these days have a “night shift” feature that adjusts the screen from cool (blue) to warm (yellow) light, which is less likely to keep you up past your bedtime. Likewise, there are apps you can run on your laptop or tablet that reduce blue light. Some popular ones are f.lux and Twilight.