·Every link, spelled out
Prefer a list? Same map — organ, the VDAC1 connection, and the paper to read.
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Brain
Neurodegeneration & Alzheimer's
Neurons burn the most energy, so they feel VDAC1 failure first. The channel links to amyloid and tau, and to the PSEN1 calcium pathways behind familial Alzheimer's.
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Eye
Uveal melanoma
In the commonest adult eye cancer, VDAC1 turned up as a genome-stability gene — switch it off and tumour cells die, but their DNA unravels.
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Heart
Cardiac injury
VDAC1 anchors the ER–mitochondria contact points that meter calcium into heart cells. Those contacts break down after a heart attack.
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Lungs
Pulmonary fibrosis
Fibroblasts that can't recycle damaged mitochondria drive lung scarring. Restart mitophagy (PINK1/Parkin) and the scarring eases.
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Immune / spleen
Sepsis, inflammation & lupus
VDAC1 oligomers leak mtDNA that trips the cGAS–STING alarm. VBIT-12 calmed T-cell inflammation; the VBIT-4 lupus paper kicked off the whole field.
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Liver
Fatty liver & metabolic disease
The same mtDNA-leak-then-inflammation loop shows up in fatty liver disease — and VBIT-4 has been tried against it in models.
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Kidneys
Acute & chronic kidney disease
Human genetics points to mitochondrial genes as causes of kidney failure, and blocking VDAC1 oligomerization has protected kidneys in models.
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Bladder
Bladder cancer & chemo-resistance
Tumour cells tag VDAC1 for mitophagy to survive cisplatin. Close that escape hatch and the chemo works again.
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Joints
Osteoarthritis
Cartilage cells with failing mitochondria leak mtDNA and inflame the joint. A mitochondria-targeting nanozyme restarts mitophagy and quiets it.
Body map built from the papers I've been reading — if you sent a specific 3D anatomical asset you want used here, drop it in and I'll wire it up.