YOU can become a supporter of INFORM in Dublin Ireland in 2027
Contact: Keith McIntire, INFORM Program Manager at keith.mcintire@chp.edu
Thanks to our 2026 Sponsors for making our symposium
in Helsinki a great success!
UPMC Children’s Center for Rare Disease Therapy
UPMC Children’s International Service
About the Fatty Acid Oxidation Disorders Conference
Disorders of fatty acid oxidation and the carnitine cycle are important causes of morbidity and mortality. With the introduction of expanded newborn screening, many of these conditions can be diagnosed and treated at birth, preventing several of the complications later in life. Treatment of these conditions may include fasting-avoidance, diets low in fat containing specific fatty acids, and carnitine supplements. New types of therapies, nutritional and pharmacological, are being tested in humans and animal models of these conditions. Unfortunately, treatment is only partially effective for some conditions, and we still do not completely understand the pathophysiology of end-organ damage caused by these inherited disorders.
The objective of our fatty acid oxidation disorders conference is to familiarize the audience with recent advances in the diagnosis and treatment of fatty acid oxidation disorder and of the carnitine cycle. Each year our international meeting will discuss the proper diagnostic interpretation of laboratory testing, development of new therapeutic strategies, and the role of newborn screening in preventing complications. Top researchers in the field such as our Co-Chair and Scientific Organizer, Jerry Vockley, will be there to discuss the latest fatty acid oxidation research.

2027 Sponsorship Opportunities
VIEW THE BROCHURE
(to come)

2026 Sponsors Impact Report
HELSINKI IMPACT REPORT
(to come)
2026 Poster Winners

Sponsored by:


Tatiana Terranova
Highest Ranked Poster:
Single vector AAV8 genome editing overcomes the dominant negative effect in mitochondrial trifunctional protein deficiency mouse

Viktorija Juric
2nd Highest Ranked Poster:
Tracing the origin of odd-chain lipids in β-oxidation disorders

Chen Zhang
3rd Highest Ranked Poster:
Hydroxylated long-chain acylcarnitines cause Schwann cell bioenergetic failure and chronic axon degeneration: implications for LCHADD/MTPD peripheral neuropathy

Mary Kate LoPiccolo
4th Highest Ranked Poster:
Novel ACAA2 variant causes autosomal dominant metabolic disorder with infantile hypoglycemia, steatohepatitis, lipodystrophy, lipomatosis
Yearly Programs
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