Honest, research-backed journalism on ivermectin, fenbendazole, HCQ, and your right to medical sovereignty. Updated daily.
Long-term hydroxychloroquine can rarely damage heart muscle by clogging the cell's recycling system. Here is how it happens, which ECG changes matter, and how biopsy confirms it.
Azithromycin in the first weeks of life is linked to a higher risk of pyloric stenosis, though less clearly than erythromycin. Here is what the studies show and what parents should watch for.
Hydroxychloroquine can damage the retina after years of use. Here is how weight-based dosing, OCT and visual field testing, and timing work together to catch it early.
Spilled hydatid cyst contents can seed new cysts. Here is how albendazole given before and after surgery or PAIR aims to prevent that, and how strong the evidence is.
A silent gut worm can turn deadly when steroids or other immunosuppressants begin. Here is how serology and stool tests compare, and when presumptive ivermectin makes sense.
Albendazole barely dissolves in water, so food sharply changes how much enters the blood. That one fact explains why gut worms and tissue cysts call for opposite instructions.
Ivermectin paralyzes worms via chloride channels mammals lack, and a brain pump, P-glycoprotein, keeps it out of our nervous system. Collies lacking that pump show what happens when it fails.
Praziquantel kills adult blood flukes well but largely spares the juvenile worms present in early infection. This explains Katayama fever's timing and why repeat treatment at 6 to 12 weeks is standard.
Single-dose azithromycin once cured most Mycoplasma genitalium infections; now resistance is common. Here is why it happened and how resistance-guided therapy restores high cure rates.