Aging-related erectile dysfunction
2 findings
Effects
2CXCL2/3/8 - ACKR1 interaction
upin humans1
1 study
CXCL2/3/8 - ACKR1 interaction
upin humans1
Aging-related erectile dysfunction increases CXCL2/3/8 - ACKR1 interaction in humans.
“We found that the interaction of ligand-receptor pairs such as CXCL2/3/8 - ACKR1 and HLA-E - KLRK1 were enhanced in the ARED group.”
Humansaging-related erectile dysfunctionpenile corpus cavernosummales
Frontiers in endocrinology29 Oct 2025
Macro CXCL8
upin humans1
1 study
Macro CXCL8
upin humans1
Aging-related erectile dysfunction increases Macro CXCL8 in humans.
“Concurrently, the pro-inflammatory Macro_CXCL8 exhibited increased proportion in the microenvironment, which may contribute to disease progression.”
Humansaging-related erectile dysfunctionpenile corpus cavernosummales
Frontiers in endocrinology29 Oct 2025
Latest
Frontiers in Endocrinology
Single-cell atlas of human penile corpus cavernosum reveals cellular and functional heterogeneity of aging-related erectile dysfunction
Cohort study of 9 peopleMechanisms