
BCG_Paint
378 posts



Iron is essential for complex IV in the electron transport chain. Iron-heme centres work together with copper centres to reduce oxygen to water and generate ATP. If there is insufficient bioavailable iron or copper, oxygen utilization and ATP production go down. But excess free iron is one of the most potent generators of hydroxyl radicals via Fenton chemistry. This stuff will wreck mitochondrial membranes and mtDNA = higher heteroplasmy rate. So you need iron for energy production, but too much unbound or poorly handled iron is a major problem. The body manages this through ferritin, transferrin, copper‑dependent ferroxidases like ceruloplasmin ( (which needs copper and B6) and hephaestin, and the hepcidin-ferroportin axis that regulates iron absorption and release. This is why iron is never just about iron; it is about the whole network of nutrients, hormones, and proteins that handle it. Low ferritin with high transferrin saturation tells a completely different story than low ferritin with low saturation, and low ceruloplasmin often points to a copper issue that secondarily disrupts iron metabolism rather than primary iron deficiency. Testing matters and its important to do complete iron panels (ferritin, serum iron, transferrin/TSAT, CRP, and sometimes ceruloplasmin and copper) to actually try to figure out what's going on.







Poor glymphatic drainage (brain detox) causes depression and dementia. A shot could help. Low-dose alcohol increases glymphatic drainage - detoxifying the brain. Light drinkers have less risk of depression and dementia than abstainers. Heavy drinkers fare the worst. “We here investigated the effect of acute and chronic alcohol treatments on glymphatic function in mice, finding that acute alcohol intake potently alters glymphatic function in the awake state depending on the dosage. Intermediate alcohol exposure (1.5 g/kg), corresponding to 7.9 standard daily drinks daily (NIH definition; 12-ounce beers containing 5% alcohol, or 5-ounce glasses of wine containing 12% alcohol for a person weighing 70 kg), decreased glymphatic function following both acute and 30 days of chronic exposure. The suppression of glymphatic function was however not permanent, because glymphatic function was restored at 24 hours after termination of chronic moderate alcohol administration. A very high dose of alcohol (4 g/kg), corresponding to 21 standard drinks per day, also acutely reduced glymphatic function. Unexpectedly, however, the low dose of alcohol (0.5 g/kg) significantly improved glymphatic activity, acutely and after 30 days of chronic exposure. The combination of both increased CSF tracer influx and more robust reduction of CSF tracer during prolonged circulation of the CSF tracer suggest that glymphatic clearance capability is increased by low doses of alcohol. The data presented here on effects of alcohol on the glymphatic system seemingly matches the J-shaped model relating dose effects of alcohol on general health and mortality, whereby low doses of alcohol are beneficial, while excessive consumption is detrimental to overall health. Low-to-moderate alcohol intake is associated with a lesser risk of dementia, while heavy drinking for many years confers an increased risk of cognitive decline.” [Beneficial effects of low alcohol exposure, but adverse effects of high alcohol intake on glymphatic function]





@PGC1a_RB People haven’t yet figured out that the membranes control mitochondrial state. Highly oxidized/damaged membranes downregulate oxphos. The largest risk of this becoming pathologic is too much iNOS production (NOS boosting drugs, chronic infection, extreme exercise).


@GutOptimized Very high roi for metals clearance from the glymphatic system in the brain and zero cost at all. Slept on modality for sure.

This is pretty cool.

my experiments are NOT going well














@GutOptimized Hey Ross when you or a client have used pomegranate extract or other herbal antimicrobials do you find people go through rounds of die off—Followed by windows of feeling better?





