About this trial
Eggshell membrane and Curcumin supplementation prior to intense exercise may reduce inflammation, muscle and joint pain, and promote recovery. This proof-of-concept study will examine how ingestion of specially formulated versions of these nutrients affects recovery from intense exercise.
Eligibility criteria
This trial accepts healthy volunteersQualifiers
Age 18 to 40 at the time of consent.
Healthy and recreationally active.
Ability to comply with study procedures.
Agree to refrain from alcohol intake and use of non-steroidal anti-inflammatory (NSAIDS), aspirin, and other over-the-counter pain medications for 48 hours prior to and after completion of each testing session.
Disqualifiers
No recent history of exercise training
An orthopedic limitation that would prevent the ability to perform the exercise intervention.
Participants who currently smoke cigarettes.
Known allergies to eggs, sulfur, or curcumin.
Trial design
Parallel
Treatments tested in this trial
NEM® brand eggshell membrane powder
Dietary supplement500 mg/day of NEM® brand eggshell membrane powder in a single #0 capsule.
curQ+® brand highly absorbable curcumin
Dietary supplement2,860 mg/day of curQ+® brand highly absorbable curcumin in a single 10 Oval softgel.
EM Placebo
Dietary supplement500 mg/day of psyllium husk fiber powder in a single #0 capsule.
Curc Placebo
Dietary supplement2,860 mg/day of coconut oil/polysorbate blend in a single 10 Oval softgel.
NEM® plus curQ+® combination
Dietary supplement500 mg/day of NEM® brand eggshell membrane powder in a single #0 capsule PLUS 2,860 mg/day of curQ+® brand highly absorbable curcumin in a single 10 Oval softgel.
Treatment groups
Trial outcomes
Primary outcomes
VAS Muscle Soreness Rating
Changes in Visual Analog Scale (VAS) ratings of muscle soreness (rated from zero to 100 mm) from baseline following intense exercise. The higher the rating, the more muscle soreness so negative changes in VAS would equate to improvement.
Secondary outcomes
Urinary CTX-II
Changes in urinary CTX-II biomarker from baseline following intense exercise.
Muscle Damage
Changes in markers of muscle enzyme efflux/damage (CK, LDH) from baseline following intense exercise.
Exercise Performance
Changes in exercise performance (strength, muscular endurance, peak aerobic capacity) from baseline following intense exercise.
Inflammation Biomarkers
Changes in markers of inflammation (TNFα, interleukin (IL) cytokines (IL-1β, IL-2, IL-4, IL-5, IL-6, IL-8, IL-10) from baseline following intense exercise.
Sponsors and contacts
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ESM Technologies, LLC
Lead sponsor
Exercise & Sport Nutrition Lab, Texas A&M University
Collaborator