Research & Science
Fitness Bioforce is built on peer-reviewed science. Here are the key studies behind our formulations and methodology.
Our Commitment to Science
Every product and protocol at Fitness Bioforce is informed by published, peer-reviewed research...
Anxiety
Exercise as an anxiety-reducing mechanism
Johns Hopkins Medicine
Research demonstrating how regular physical activity reduces anxiety symptoms through neurochemical and physiological mechanisms.
Read Study →Role of exercise in preventing and treating anxiety
Harvard Health Publishing
How exercise mobilises the body's stress response and helps reduce chronic anxiety by promoting neuroplasticity.
Read Study →Physical activity and anxiety disorders
Frontiers in Psychiatry
Meta-analysis of randomised controlled trials examining the anxiolytic effects of physical activity interventions.
Read Study →Depression
Exercise and depression: neurobiological mechanisms
Johns Hopkins Medicine
Evidence showing exercise triggers endorphin and serotonin release, offering measurable antidepressant effects comparable to medication for mild-to-moderate depression.
Read Study →Exercise as a treatment for depression: A meta-analysis
JAMA Psychiatry
Large-scale meta-analysis confirming significant antidepressant effects from structured exercise programs, with dose-response relationships.
Read Study →Physical activity and depressive symptoms in older adults
The Lancet Psychiatry
Population-level data confirming inverse relationship between physical activity and depressive episodes across age groups.
Read Study →PTSD
Exercise interventions for PTSD
Johns Hopkins Medicine / VA Research
Reviews examining how aerobic exercise and resistance training can reduce PTSD symptom severity through autonomic nervous system regulation.
Read Study →Physical exercise as adjunctive PTSD treatment
Psychoneuroendocrinology Journal
Study showing exercise modulates cortisol and norepinephrine levels, key hormones dysregulated in PTSD, leading to symptom improvement.
Read Study →Muscle & Recovery
Whey protein supplementation and muscle protein synthesis
Journal of the International Society of Sports Nutrition
Evidence supporting whey protein isolate as superior for post-exercise muscle protein synthesis due to rapid leucine absorption and amino acid profile.
Read Study →Creatine monohydrate: efficacy and safety
Journal of the International Society of Sports Nutrition
Position stand confirming creatine monohydrate as the most effective ergogenic supplement for increasing high-intensity exercise capacity and lean body mass.
Read Study →Resistance training and muscle hypertrophy
Sports Medicine (Springer)
Comprehensive review of resistance training variables — volume, intensity, frequency — and their dose-response relationships with muscular adaptations.
Read Study →Post-exercise recovery strategies
British Journal of Sports Medicine
Analysis of nutrition timing, sleep quality, and active recovery protocols for optimising muscular repair and adaptation between training sessions.
Read Study →Disclaimer: The studies cited on this page are for informational and educational purposes only. They do not constitute medical advice. Always consult with a qualified healthcare professional before making changes to your diet, exercise, or supplement regimen. Individual results may vary.
