Fernando Scaglia

Scaglia

Fernando Scaglia, M.D.

Professor

(832) 822-4280

Positions

Professor
Molecular and Human Genetics
Baylor College of Medicine
Houston, TX, US
Clinical Director
BCM-CUHK Joint Center for Medical Genetics in Hong Kong
Co-Director
Pediatric Mitochondrial Medicine Clinic
Texas Children’s Hospital
Director
Adult Mitochondrial Medicine Clinic
Baylor Medicine

Education

BS from National University Of La Plata
01/1982 - La Plata, Argentina
MD from University Of La Plata School Of Medicine
01/1989 - La Plata, Argentina
Internship at Emory University Affiliate Hospitals
01/1990 - Atlanta, GA, United States
Pediatrics
Residency at Emory University Affiliate Hospitals
01/1992 - Atlanta, GA, United States
Pediatrics
Fellowship at Emory University Affiliate Hospitals
01/1995 - Atlanta, GA, United States
Medical Genetics

Certifications

General Pediatrics
American Board of Pediatrics
Clinical Genetics
American Board of Medical Genetics

Professional Interests

  • Molecular bases of pediatric mitochondrial encephalomyopathies
  • Stable isotope studies in MELAS syndrome to evaluate nitric oxide flux production and glucose kinetics
  • EPI-746 clinical trial for Leigh syndrome

Professional Statement

My primary research interest is focused on the study of the natural history of mitochondrial disorders supported by the NIH funded North American Mitochondrial Disease Consortia (NAMDC), a registry that focuses on the longitudinal study of patients with mitochondrial disease. Furthermore, I am also involved in clinical trials in children and adults with mitochondrial disorders. One of my current areas of research includes the study of nitric oxide deficiency as the basis for stroke-like episodes in adults and children with a mitochondrial syndrome called MELAS. As a Principal Investigator on several grants that have been funded by national organizations in the U.S., I have laid the groundwork for the study of nitric oxide deficiency in MELAS syndrome and its restoration with the use of arginine and citrulline supplementation. A current NIH grant funds a phase 1 study that aims to determine the maximum tolerated dose and safety profile of citrulline supplementation in adults with MELAS syndrome. Moreover, I am involved in an international clinical trial for pediatric patients evaluating the efficacy of vatiquinone in mitochondrial refractory epilepsy and in a national multi-center trial evaluating the safety and efficacy of dichloroacetate in pyruvate dehydrogenase deficiency. In addition, I have conducted a trial to evaluate the effect of bocidelpar sulfate, a selective modulator of PPARd in adults with primary mitochondrial myopathy. Finally, I am also involved in establishing the natural history of congenital disorders of glycosylation with the support of the NIH funded Frontiers in Congenital Disorders of Glycosylation Consortia (FCDGC).

Furthermore, I am interested in determining whether there is a specific metabolomics signature for the different mitochondrial disorders caused by mitochondrial and nuclear gene defects and whether this profile could be used to monitor their natural history and the treatment efficacy when novel therapeutic approaches are trialed. In that capacity, I am the co-chair of a CDE mitochondrial biomarker subgroup that works with NINDS.

Selected Publications

Memberships

American Society of Human Genetics
Member
Society of Inherited Metabolic Disorders
Member
Society for the Study of Inherited Metabolic Disorders
Member

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