Compare Hypotheses
V-ATPase pH-Condensate Nodes as the Molecular Effector Layer of the Bioelectric Code
Tiny voltage pumps in cells may sculpt body shape by triggering protein droplets that feed back into electrical signals.
Calcium-Gated Condensate Dissolution as the Binary Transduction Step in Bioelectric Pattern Reading
Cells may read their body's electrical map by using calcium to dissolve molecular 'blobs' like a biological on/off switch.
Circadian V-ATPase Rhythms and Tissue-Specific Condensate Phase Diagrams Determine Chronovulnerability to Neurodegeneration
Your brain's daily pH rhythm may act as a cleaning cycle for toxic protein clumps — and aging breaks the clock.
Wound-Edge V-ATPase Activation Triggers Condensate Dissolution Wave as a Rapid Regenerative Signal
When tissue is wounded, a cellular 'unpacking' wave may release stored genetic instructions to kick-start healing.
All Hypotheses
V-ATPase pH-Condensate Nodes as the Molecular Effector Layer of the Bioelectric Code
PASSTiny voltage pumps in cells may sculpt body shape by triggering protein droplets that feed back into electrical signals.
Calcium-Gated Condensate Dissolution as the Binary Transduction Step in Bioelectric Pattern Reading
PASSCells may read their body's electrical map by using calcium to dissolve molecular 'blobs' like a biological on/off switch.
Circadian V-ATPase Rhythms and Tissue-Specific Condensate Phase Diagrams Determine Chronovulnerability to Neurodegeneration
PASSYour brain's daily pH rhythm may act as a cleaning cycle for toxic protein clumps — and aging breaks the clock.
Wound-Edge V-ATPase Activation Triggers Condensate Dissolution Wave as a Rapid Regenerative Signal
PASSWhen tissue is wounded, a cellular 'unpacking' wave may release stored genetic instructions to kick-start healing.