This observational study shows improvement in cardiac function after statin withdrawal and ubiquinol supplementation in statin-associated cardiomyopathy patients.
This study is an in vitro investigation showing how ubiquinol reverses simvastatin-induced mitochondrial dysfunction, restoring ATP and cell viability.
Year of Publication: 2012 Journal: Neuro Endocrinol Lett Authors: Zlatohlavek L, Hutyra M, Braun M, Oravec S, Albahari P Type
This paper reviews the role of ubiquinol as adjunct therapy in heart failure, emphasising absorption, bioavailability, and improved heart function
This review suggests ubiquinol could enhance energy metabolism in diastolic heart failure and calls for further controlled clinical trials.
This study is a pilot RCT showing ubiquinol significantly improves endothelial function in patients with heart failure with reduced ejection fraction.
This observational study links higher ubiquinol levels to lower NT-proBNP, suggesting a protective cardiovascular role in healthy elderly individuals.
This clinical trial demonstrates the effect of ubiquinol in reducing angina frequency and dyspnea, improving quality of life in ACS patients.
This review outlines Coenzyme Q10’s cardiovascular benefits, highlighting its role in reducing oxidative stress, improving endothelial function, and supporting heart health.
This RCT studied improvements in cardiac function or NT-proBNP after 4 months of CoQ10 in elderly HFpEF patients.
This RCT in HFpEF patients to study the benefits from CoQ10 supplementation in diastolic function or NT-proBNP levels.
Ubiquinol reduces oxidative stress and prevents CoQ10 depletion post-exercise, but shows no significant impact on performance or muscle damage.
Ubiquinol reduces oxidative stress, DNA damage, and lipid peroxidation during strenuous exercise, aiding recovery and vascular health in trained individuals.
Ubiquinol improves peak power output in trained athletes, offering performance gains beyond training alone during high-demand competitive preparation.
Phytochemical supplementation including coenzyme Q10 improved post-exercise recovery and fatigue resistance in female athletes by enhancing mitochondrial energy turnover.
Short-term ubiquinol use boosted muscle strength and protected against exercise-induced muscle damage in healthy, physically active men.
Six-week ubiquinol supplementation improved aerobic capacity and cardiovascular markers in trained men, indicating enhanced endurance and health parameters.
Coenzyme Q10 may enhance recovery and reduce oxidative stress, though its impact on performance remains inconsistent across studies.
Ubiquinol lowered enzyme markers of tissue damage and reduced perceived fatigue in distance runners during intensive summer training.
Ubiquinol lowered enzyme markers of tissue damage and reduced perceived fatigue in distance runners during intensive summer training.
Ubiquinol enhances bone turnover markers and energy metabolism during high-intensity exercise, potentially supporting muscular performance and recovery.
Higher plasma CoQ10 levels linked to lower muscle damage, improved kidney function, and better performance in elite soccer players.
Coenzyme Q10 supports mitochondrial function, modulates inflammation, and may aid metabolic syndrome symptoms such as obesity and hypertension.
Mitochondrial dysfunction is central to ageing and disease; improving mitochondrial health may extend lifespan and prevent degenerative conditions.
Mitochondrial health is vital in preventing chronic diseases; physical activity is the only proven way to enhance mitochondrial function.
Mitochondria influence nearly all cellular processes, linking energy metabolism, disease progression, and ageing through dynamic signalling and structural adaptation
Ubiquinol reduces oxidative stress and prothrombotic markers in antiphospholipid syndrome, showing promise as adjunct therapy.
Ubiquinol improves redox status and may lower inflammation markers like CRP in individuals with low baseline CoQ10 levels.
The CoQH₂/CoQ redox ratio regulates mitochondrial respiratory efficiency, adapting energy metabolism to nutrient and stress conditions.
Ubiquinol-10 effectively restores mitochondrial function and reduces brain pathology in a CoQ-deficient mouse model of encephalopathy.
A clinical trial showing how ubiquinol enhances endothelial function in dyslipidemic patients by boosting nitric oxide and antioxidant response.
This comprehensive review outlines clinical benefits of Coenzyme Q10 in heart failure, focusing on improved prognosis, dosage, and long-term outcomes.
This observational study links higher ubiquinol levels to lower NT-proBNP, suggesting a protective cardiovascular role in healthy elderly individuals.
Ubiquinol enhanced sperm motility and morphology in subfertile men with idiopathic infertility and normal sperm concentration.
Coenzyme Q10 improved sperm quality, antioxidant status, and predicted pregnancy outcomes in men with idiopathic oligoasthenospermia.
Ubiquinol-antioxidant blend improved sperm density, antioxidant status, and led to pregnancies in partners of treated infertile men.
Coenzyme Q10 significantly improved sperm motility and concentration, though not pregnancy rates, in idiopathic male infertility meta-analysis.
Ubiquinol-based supplementation improved ovarian metabolism and oocyte quality via FDX1 activation in women with aging ovaries.
Low Coenzyme Q10 levels were linked to increased risk of premature ovarian insufficiency in this case–control study.
Highlights how mitochondrial dysfunction and oxidative stress drive ovarian aging, with interventions targeting these pathways offering future fertility potential.
Coenzyme Q10 pretreatment improved ovarian response, embryo quality, and reduced IVF cycle cancellations in women with diminished ovarian reserve.
Coenzyme Q10 may enhance oocyte mitochondrial function,
Coenzyme Q10 improved sperm parameters and antioxidant status in a dose-dependent manner in men with idiopathic infertility.
