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Abstract #3522

7.0T CMR-TT evaluate quantitatively the effect of nicotinamide mononucleotide on experimental autoimmune myocarditis via ferroptosis

Chunhua Wang1, Zhetao Wang2, Jing Zhu3, Peng Zhou1, and Fabao Gao2
1Sichuan Cancer Hospital & Institute, Sichuan Cancer Center, University of Electronic Science and Technology of China, Chenggdu, China, 2West China Hospital, Sichuan University, Chenggdu, China, 3Chengdu Medical College the First Affiliated Hospital, Chenggdu, China

Synopsis

Keywords: Inflammation, Infiltration, Myocardium

Motivation: To evaluate the diagnosis and follow-up value of CMR-TT in myocarditis. To explore more treatment strategies for myocarditis and the potential mechanism.

Goal(s): Using 7.0T CMR-TT to evaluate the effect of nicotinamide mononucleotide (NMN) for experimental autoimmune myocarditis and exploring the potential mechanism.

Approach: Lewis rats were induced to be autoimmune myocarditis by porcine cardiac myosin and treated by NMN. The strains of rats were detected by 7.0T CMR-TT. Histopathology, biochemistry and ELISA were used for myocardial damage and ferroptosis.

Results: Strains reduction in EAM was alleviated by NMN. The changes of cardiac and ferroptosis biomarkers were relieved by NMN.

Impact: CMR-TT can provide the imaging evidence for the diagnosis and follow-up of myocarditis. The study will provide more options and targets for clinicians to treat myocarditis.

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