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Anna Gvozdjakova

Comenius University, Slovakia

Title: Ubiquinol supportive therapy in children with autism

Biography

Anna Gvozdjakova, Ph.D., D.Sc., is Professor of Medical Chemistry and Biochemistry, Charles University in Prague, Czech Republic. Currently, he leads Mitochondrial Medicine and Coenzyme Q10, Comenius University in Bratislava, Medical Faculty, Slovakia. He is Doctor of Natural Sciences, Doctor of Chemical Sciences (Ph.D.), Doctor of Biological Sciences (D.Sc.), and Assoc. Prof. of Clinical Chemistry. He has published more than 170 papers in journals and edited a book called Mitochondrial Medicine in 2008. He actively participated in Biomarkers 2012, Guangzhou; ICoQ10A (2012-1998: Seville; Brussels; Kobe; Los Angeles; London; Frankfurt; Boston); MitoMed (2005-St. Louis; 2004-Pitsburgh); 2004- ICCD, Taipei; 2002- ISHR, Winnipeg; 2001-Mitochondria, San Diego.

Abstract

Background: Autism is a spectrum of neurodevelopmental disorders with manifestation within 3 years after birth. Manifestations of autism include behavior problems (hyperactivity, self-harm, aggression), sleep and eating disorders. Oxidative stress and antioxidants could participate in pathobiochemical mechanisms of autism. We expected beneficial effects of ubiquinol (reduced coenzyme Q10) supportive therapy in children with autism. Methods: Twenty four children, aged 3-6 years, were included in the study according to the criteria DSM IV. Concentration of antioxidants (CoQ10-TOTAL, γ-tocopherol, α-tocopherol, β-carotene) and lipid peroxidation were determined in plasma before and after three months of supportive therapy with liquid liposomal ubiquinol at a daily dose 2x50 mg ubiquinol. Psychological tests were evaluated by parents before and after 3-months of ubiquinol supplementation. Results: Baseline plasma TBARS and antioxidants concentration were in reference values, not significantly changed after 3 months of ubiquinol treatment in autistic children. The best improvement in autistic symptomology was observed after threemonths of ubiquinol supplementary therapy in children when the plasma concentration of the CoQ10-TOTAL increased over 2.5 μmol/L. Conclusions: Beneficial effect of ubiquinol has been demonstrated for the first time in small sample of children with autism. We assume that plasma level of CoQ10-TOTAL could be used as a metabolic biomarker of ubiquinol supportive therapy. The results require further study. Acknowledgment Supported by the Grant of Ministry of Education of Slovakia, VEGA 1/0614/12; VEGA 1/0066/12; APVV 0254- 11; Tishcon Corp., USA for Li-QHTM product; A. ?tetkova for technical assistance; Autistic Center ANDREAS, n.p., Bratislava, Slovakia for cooperation.

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