Clin2
NCT04100486Worth exploringEnrolling by invitation

Testing a noninvasive device to measure your body signals

Autonomic DysfunctionAutonomic ImbalanceAutonomic Nervous System DiseasesVagus Nerve Autonomic Disorder

Part of Brain & nervous system clinical trials.

This study uses a noninvasive bioelectronic device to record your body’s automatic (involuntary) signals. The goal is to see how well the device can analyze these signals and how your body responds in a controlled setting.

Summary written for real people, not researchers, by Clin2.

Phase
N/A
Enrollment
48 people
Ages
18 years to 60 years
Study type
Observational

Who can take part

  • Be between 18 and 60 years old
  • Be able to speak and understand English well enough to follow verbal instructions
  • Have a BMI under 30 (based on your height and weight)
  • Be able to sign consent and follow the study steps as instructed
  • Have no major ongoing health problems (and no history of many listed illnesses)

View the official record on ClinicalTrials.gov

Quick eligibility check

Answer a few plain-language questions, based on this study's own requirements, to get a preliminary sense of fit.

Similar studies

Other trials that look related to this one.

NCT05664854Recruiting
Vagus nerve stimulation guided by body imaging

This study uses a painless body scan method (electrical impedance imaging) and a targeted vagus nerve stimulation to see if it helps people with conditions that might respond to this kind of nerve treatment. If you may benefit from vagus nerve stimulation, this trial may help doctors learn whether the approach is effective and safe for you.

London, Greater London
NCT05834829Enrolling by invitation
Ultrasound scan to study the body’s automatic (stress) responses

This trial tests a low-intensity ultrasound approach while measuring how your nervous system and body respond automatically (like changes in heart rate or stress signals). It may help researchers learn how to stimulate or monitor these responses safely, using imaging and standard monitoring.

Roanoke, Virginia
NCT07409363Not yet recruiting
Nerve stimulation for long-term muscle and joint pain

This study tests a non-invasive device that stimulates a nerve in your neck to see if it can reduce chronic muscle or joint pain. It lasts about 6 weeks and may help people whose pain is linked to problems with the body's automatic functions, like heart rate and sweating.

Leeds, West Yorkshire
NCT07548723Enrolling by invitation
Nerve Stimulation Device Reliability Study

This study tests how reliably a small ear-stimulation device measures heart-rhythm patterns. Researchers want to see if the device gives consistent readings across multiple measurement sessions, which could help doctors monitor heart health in the future.

Sinop
NCT07482930Recruiting
Nerve stimulation and breathing test study in healthy adults

This study tests if a gentle nerve stimulation device placed on the ear can change how you breathe during a lung function test. It is only for healthy volunteers aged 18–40 who have no heart, lung, nerve, or mental health conditions.

Sinop
NCT06016686Recruiting· Phase 1
Recording nerve signals from the vagus nerve in awake humans

This study tests a new way to listen to the vagus nerve in awake people. It may help understand how the nerve controls body functions like heart rate and digestion.

Minneapolis, Minnesota

Hear when a new Autonomic Dysfunction trial opens

We’ll email you when one opens — at most once a week, no account needed, unsubscribe anytime.