Mouse hippocampus regains electrical activity after week-long vitrified freezing

TL;DR
Scientists chilled mouse hippocampal slices to a vitrified, glasslike state and stored them at −150°C for seven days before carefully warming them. When thawed, the tissue showed spontaneous synaptic activity and preserved neural structures, indicating functional recovery after extended freezing and suggesting vitrified suspended states can preserve neural circuitry in brain tissue (though this does not demonstrate memory preservation or viability of whole brains).
Topics:healthscience#cryopreservation#hippocampus#neuroscience#science#synaptic-activity#vitrification
- Scientists Revive Brain Activity for the First Time After Seven Days in a Frozen Suspended State The Daily Galaxy
- Deep-frozen brain region restarts electrical activity after thawing Medical Xpress
- Can Cryopreserved Brains Be Brought Back? New Study Sees Activity In Mouse Brain Tissues Preserved At -196°C IFLScience
- Frozen brains reawaken in astonishing medical breakthrough MSN
- Scientists preserve key neural functions in cryogenically frozen mouse brains 동아사이언스
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