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Condition Guide

New Treatments & Clinical Trials for Insomnia

Last updated September 2026Data from ClinicalTrials.gov792 active trials
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Insomnia affects about one-third of adults at some point, with roughly 10% experiencing chronic sleep difficulty. Current treatment includes cognitive behavioral therapy for insomnia (CBT-I), which is considered first-line, plus medications like zolpidem and eszopiclone that help with sleep onset or maintenance but carry dependency risks.

What's actually going on in research

Trials are testing dual orexin receptor antagonists that block wake-promoting signals, drugs targeting circadian rhythm misalignment, and digital CBT-I platforms. Researchers are studying insomnia's links to Alzheimer's disease and metabolic health, and testing treatments for people whose insomnia doesn't respond to standard approaches.

Orexin receptor antagonists

Drugs like suvorexant and lemborexant block orexin, a brain chemical that keeps you awake. They may cause less next-day grogginess and lower dependency risk than older sleep medications.

Digital CBT-I

App-based and web-based versions of cognitive behavioral therapy for insomnia are being tested to expand access. Some trials compare digital programs to in-person therapy.

Circadian rhythm treatments

Studies are testing medications and light therapy for people whose internal clocks are misaligned with their desired sleep schedule. Some trials focus on shift workers and jet lag recovery.

What to know before you search

Eligibility typically depends on insomnia duration (chronic vs. short-term), severity measured by sleep diaries or questionnaires, whether you have other medical or psychiatric conditions, and current medication use.

What types of trials are currently open

  • Medication trials — Testing new sleep medications, often comparing them to placebo or existing drugs like zolpidem. These typically measure how quickly you fall asleep and how long you stay asleep.
  • Behavioral therapy trials — Testing digital or in-person CBT-I programs, often comparing different delivery methods or measuring long-term effectiveness.
  • Combination trials — Testing whether pairing medication with CBT-I works better than either alone, especially for chronic insomnia.
  • Device trials — Testing wearables, light therapy devices, or neurostimulation devices that aim to improve sleep quality or regulate circadian rhythms.
  • Comorbidity trials — Studying insomnia treatments in people who also have depression, anxiety, chronic pain, or other conditions that disrupt sleep.

Recently added Insomnia trials

RecruitingInterventional study

Intradialytic Benson's Relaxation Technique in Patients With Chronic Kidney Disease

The purpose of this study is to determine the impact of benson's relaxation technique on dialysis adequacy and sleep quality among CKD patients. The intervention will include intradialytic benson's relaxation sessions, and outcomes such dialysis adequacy and sleep quality will be evaluated after 12 weeks of benson's relaxation technique in patients with CKD.

Cairo, Egypt
RecruitingInterventional study

The Impact of Peanuts on Brain Function in Young Adults

Study Summary: Peanuts, Stress, Sleep, and Cognitive Function Stress can affect how one thinks, concentrates, and performs everyday mental tasks. Diet may be one factor that influences cognitive function and the body's response to stress, but more research is needed to understand whether specific foods can support brain health and mental well-being. This study will investigate whether eating peanuts daily for eight weeks influences cognitive function, stress, and sleep in young adults who experience higher levels of daily stress. Researchers are particularly interested in understanding whether regular peanut consumption may influence how the brain responds to challenging tasks and how individuals perform on measures of cognitive function. Throughout the study, participants will complete assessments of their cognitive function, stress, and well-being. They will wear a wrist-worn device to monitor sleep patterns, heart rate, and daily activity and use a mobile app to complete daily brief questions on their current well-being. During study visits, participants will wear a comfortable, noninvasive device on their forehead that measures changes in blood flow in the brain while they complete tasks designed to assess cognitive function and responses to stress. Saliva samples will also be collected to measure biological markers associated with the body's stress response. By examining brain activity alongside measures of cognition, sleep, and stress, researchers hope to better understand the relationship between peanut consumption and brain health. This research may help clarify whether incorporating peanuts into the daily diet could influence cognitive performance and other aspects of mental well-being.

Williamsburg, Virginia, United States
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