Vascular Dysfunction
Cross-source consensus on Vascular Dysfunction from 1 sources and 22 claims.
1 sources · 22 claims
How it works
Highlighted claims
- APOL1 high-risk variant expression induces vascular dysfunction as a mechanism of kidney damage. — Brazilian elimination of mother-to-child HIV transmission: lessons for large-scale global health systems
- APOL1 risk variant expression induces vascular dysfunction and cellular stress as part of the pathway to kidney damage. — Brazilian elimination of mother-to-child HIV transmission: lessons for large-scale global health systems
- APOL1 risk variant-driven kidney damage operates through induction of vascular dysfunction and cellular stress. — Brazilian elimination of mother-to-child HIV transmission: lessons for large-scale global health systems
- Cell-specific APOL1 high-risk variant expression induces both hypertension and renal injury in vivo. — Brazilian elimination of mother-to-child HIV transmission: lessons for large-scale global health systems
- APOL1 high-risk variant expression induces both hypertension and renal injury through cell-specific mechanisms. — Brazilian elimination of mother-to-child HIV transmission: lessons for large-scale global health systems
- APOL1 risk variant expression induces vascular dysfunction as a mechanism linking genetic risk to kidney injury. — Brazilian elimination of mother-to-child HIV transmission: lessons for large-scale global health systems
- The kidney damage pathway from APOL1 variants is linked to systemic vascular effects, including hypertension. — Brazilian elimination of mother-to-child HIV transmission: lessons for large-scale global health systems
- APOL1 risk variant expression drives kidney damage partly through induction of vascular dysfunction. — Brazilian elimination of mother-to-child HIV transmission: lessons for large-scale global health systems
- APOL1 high-risk variant expression links kidney injury to systemic vascular effects including hypertension. — Brazilian elimination of mother-to-child HIV transmission: lessons for large-scale global health systems
- APOL1 high-risk variant expression causes both hypertension and renal injury, linking kidney damage to systemic vascular effects. — Brazilian elimination of mother-to-child HIV transmission: lessons for large-scale global health systems