Medical Condition

exercise

Total Trials

19

Recruiting Now

19

Trial Phases

Phase 1, Phase 2, EARLY_Phase 1

ClinicalMetric tracks all active clinical trials for exercise sourced from ClinicalTrials.gov. Each listing includes the NCT identifier, current recruitment status, phase, primary endpoints, sponsor, estimated enrollment, and participating countries — updated daily as new studies open and status changes.

Recruiting trials currently enrolling participants, with eligibility criteria and age requirements
Phase 1–4 studies from early safety trials to post-marketing surveillance
NIH, pharmaceutical sponsor, and academic medical center studies worldwide
AI-powered plain-language summary available for every trial listing

Frequently Asked Questions — exercise Clinical Trials

How many clinical trials are currently recruiting for exercise?

ClinicalMetric currently tracks 19 actively recruiting clinical trials for exercise, sourced in real time from ClinicalTrials.gov. The total number of registered studies—including those not yet enrolling or in active follow-up—is 19. Trial availability changes daily as new studies open enrollment and existing ones reach capacity.

What trial phases are available for exercise?

exercise research spans Phase 1 (2 trials), Phase 2 (1 trial). Phase 1 studies evaluate safety and dosing in small groups, Phase 2 studies assess preliminary efficacy in 100–300 participants, and Phase 3 trials compare the new treatment against the standard of care in 300–3,000+ patients. Phase 4 post-approval studies monitor long-term outcomes in real-world populations.

How do I find out if I qualify for a exercise clinical trial?

Eligibility criteria for exercise trials vary by study and typically specify age range, disease stage or severity, prior treatment history, and specific diagnostic or laboratory parameters. Each listing on ClinicalMetric links to the full protocol on ClinicalTrials.gov, where inclusion and exclusion criteria are documented. Contact the sponsoring site's research coordinator directly to confirm your eligibility—your treating physician or specialist can also help identify the most appropriate trial based on your medical history and current treatment status.

Trial Phases

Phase 1

Phase 2

Top Sponsors

University of Colorado, Denver 2 trials

University of Avignon 1 trial

Uskudar University 1 trial

Old Dominion University 1 trial

Iowa State University 1 trial

exercise

Frequently Asked Questions — exercise Clinical Trials

Recruiting Clinical Trials

Exercise-snacks for Breaking the Sedentary Lifestyle and Improving the Physical Fitness of Obese Adolescents?

The Effect of Inspiratory Muscle Training With Substance Use Disorder

The Role of Mobile Apps in Promoting Cardiovascular Health and Motivation to Exercise During Pregnancy

Evaluation of the Walk With Ease Program for Fall Prevention

Influence of Short-Term Antibiotic Therapy on Exercise

Right Ventricular Response to Exercise Among Patients With Chronic Obstructive Pulmonary Disease

Impact of Core Muscle Training on Incisional Hernia and Pain After Abdominal Surgery

Perturbation-Based Treadmill Training to Prevent Unrecovered Falls in Geriatric Patients

Resistance Exercise-induced Anabolism in Youths and Adults

Phenotyping Resting and Exertional Right Ventricular Dysfunction Among Patients With Chronic Obstructive Pulmonary Disease

A Digital Exercise Intervention in Patients With Spondyloarthritis

Mat Pilates on Body Awareness and Physical Activity Levels in Sedentary Emerging Adulthood Women

Role of Elevated Lactate Levels on Lipid and Carbohydrate Metabolism.

Impact of Immersive Virtual Reality (IVR) on Respiratory Effort: A Pilot Study in Healthy Adults

How a Single Workout Affects Gut Bugs in Women With Different Fitness Levels and Body Types

The Impact of the Menstrual Cycle on Physical Exercise and Performance

Effect of Heated Water-Based Versus Land-Based Exercise Training on Hemodynamic Variables, Functional Capacity and Quality of Life in Older Hypertensive

Insight Into Hippocampal Neuroplasticity in Schizophrenia by Investigating Molecular Pathways During Physical Training

Exercise to Slow Cardiovascular Ageing Progression