Gene Expression
Cross-source consensus on Gene Expression from 3 sources and 11 claims.
3 sources · 11 claims
How it works
Benefits
Dosage & preparation
Background
Highlighted claims
- When a gene is expressed it is turned on and its corresponding protein is produced. — Epigenetics Explained in Simple Terms
- When a gene is silenced it is turned off and no protein is produced. — Epigenetics Explained in Simple Terms
- The environment determines which expression state — on or off — a gene occupies at any given time. — Epigenetics Explained in Simple Terms
- Cold water immersion alters gene expression, activating beneficial genes suppressed by modern thermoneutral living, not merely producing transient physiological changes. — Cold Water Immersion and Gene Expression
- RBM3 and CIRP are cold-shock proteins specifically activated by thermal stress, with effects including cell survival, mRNA stabilization, protein synthesis, anti-inflammatory signaling, and antioxidant activity. — Cold Water Immersion and Gene Expression
- Modern climate control has eliminated the ancestral cold stress that many biological systems were shaped by, removing adaptive signals those systems depend on. — Cold Water Immersion and Gene Expression
- PSME1 activation by cold therapy helps clear misfolded protein aggregates implicated in neurodegeneration, cellular aging, and chronic disease. — Cold Water Immersion and Gene Expression
- VEGF upregulation by cold exposure expands the capillary network, improving oxygen and nutrient delivery to tissues for performance and recovery. — Cold Water Immersion and Gene Expression
- Achieving meaningful genetic-level changes from HBOT requires a sustained course of 25–35 sessions over an extended period. — Benefits of Hyperbaric Oxygen Therapy (HBOT)
- PPARGC1A genetic mutations can reduce VO2 max by up to 50%, and cold therapy can partially compensate for low-expression variants. — Cold Water Immersion and Gene Expression