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iScience

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Imaging flow cytometry reveals divergent mitochondrial phenotypes in mitochondrial disease patients

Published:17 January 2025 DOI: 10.1016/j.isci.2024.111496 PMID: 39801833
Irena.J.J. Muffels , Richard Rodenburg , Hanneke L.D. Willemen , Désirée van Haaften-Visser , Hans Waterham , Niels Eijkelkamp , Sabine A. Fuchs , Peter M. van Hasselt

Abstract

Traditional classification by clinical phenotype or oxidative phosphorylation (OXPHOS) complex deficiencies often fails to clarify complex genotype-phenotype correlations in mitochondrial disease. A multimodal functional assessment may better reveal underlying disease patterns. Using imaging flow cytometry (IFC), we evaluated mitochondrial fragmentation, swelling, membrane potential, reactive oxygen species (ROS) production, and mitochondrial mass in fibroblasts from 31 mitochondrial disease patients. Significant changes were observed in 97% of patients, forming two overarching groups with distinct responses to mitochondrial pathology. One group displayed low-to-normal membrane potential, indicating a hypometabolic state, while the other showed elevated membrane potential and swelling, suggesting a hypermetabolic state. Literature analysis linked these clusters to complex I stability defects (hypometabolic) and proton pumping activity (hypermetabolic). Thus, our IFC-based platform offers a novel approach to identify disease-specific patterns through functional responses, supporting improved diagnostic and therapeutic strategies.

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Procduct Name CAS Molecular Formula Supplier Price
FCCP 370-86-5 C10H5F3N4O 201 suppliers $9.00-$1891.00
FCCP 370-86-5 C10H5F3N4O 201 suppliers $9.00-$1891.00
FCCP 370-86-5 C10H5F3N4O 201 suppliers $9.00-$1891.00
FCCP 370-86-5 C10H5F3N4O 201 suppliers $9.00-$1891.00

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