hit counter

ATP11B-YAP Pathway Improved Memory and Ferroptosis in Aged Mice

MHD featured image for ATP11B-YAP signaling, ferroptosis, mitochondrial dysfunction, and age-related cognitive decline in aged mice.

A 2026 mouse and cell study found that ATP11B loss pushed aged brains toward hippocampal iron accumulation, mitochondrial dysfunction, neuronal ferroptosis, and worse memory behavior than wild-type comparison mice; ATP11B overexpression then improved multiple learning and memory tests in 18-month-old mice. Research Highlights Memory signal: ATP11B-deficient mice performed worse than wild-type mice on Morris water …

Read more

C9orf72 ALS Poly-GR Drives Ferroptosis via Nrf2-Slc7a11

MHD featured image for C9orf72 ALS poly-GR and ferroptosis biology.

A 2026 Cell & Bioscience study found that poly-GR, one of the toxic dipeptide-repeat proteins produced in C9orf72-linked amyotrophic lateral sclerosis (ALS), pushed motor neuron-like cells toward ferroptosis: 4-HNE lipid peroxidation rose at p < 0.0001, labile Fe²+ rose at p < 0.001, and erastin caused more cell death in poly-GR-expressing cells than in control …

Read more

Antidepressants & Iron Pathways: Targeting Ferroptosis to Treat Depression (2023 Review)

Depression, a debilitating mental disorder, stands as a significant challenge to global health, potentially becoming the leading cause of disability worldwide. Recent research has unearthed a promising connection between ferroptosis, a newly discovered form of cell death, and the onset of depression, offering fresh avenues for developing innovative antidepressant therapies. Traditional Chinese Medicine (TCM) and …

Read more