Oooooo, what’s that…mitochondria morphology controls Fatty acid oxidation (FAO). 🤔

Fragmented - CPT1 more active - ⬆️ FAO.

Elongated - CPT1 more sensitive to inhibition - ⬇️ FAO

Does this fit with what we know about Immunometabolism? 🤔🤨🧐

doi.org/10.15252/embj.20221119

Effector CD8 T cells - fragmented mitochondria but glycolytic

Memory CD8 T cells - elongated mitochondria but use FAO and OXPHOS

Opposite way around to mechanism described by NGO et al.

🤔 Food for thought..

Other Immunometabolism examples? Reply..

(From Erika Pearce’s lab)

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M1 macrophage - fragmented mitochondria - glycolytic

M2 macrophage - elongated mitochondria - FAO

Also opposite to correlation described by Ngo et al. in non immune cells:
doi.org/10.15252/embj.20221119

🤨 something different it’s going on in

Any other examples?

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