CD11c+ CD11b+ alveolar macrophage population
Biomarker1 paper3 findings
- Animals1
Associations
1Old age
upin humans1upin mice1upin non-human primates1
1 study
Old age
upin humans1upin mice1upin non-human primates1
Old age is associated with CD11c+ CD11b+ alveolar macrophage population in humans (more than 10-fold increase).
“We identify three AM subpopulations in old age, including a CD11c + CD11b + population that increases more than 10-fold across mammalian species”
Humanshealthy aginglung
Old lung environment changes immune cell traits in mice · Nature communications · 7 Oct 2026
Old age is associated with CD11c+ CD11b+ alveolar macrophage population in non-human primates (more than 10-fold increase).
“We identify three AM subpopulations in old age, including a CD11c + CD11b + population that increases more than 10-fold across mammalian species”
Animalshealthy aginglung
Old lung environment changes immune cell traits in mice · Nature communications · 7 Oct 2026
Old age is associated with CD11c+ CD11b+ alveolar macrophage population in mice (more than 10-fold increase).
“We identify three AM subpopulations in old age, including a CD11c + CD11b + population that increases more than 10-fold across mammalian species”
Animalshealthy aginglung
Old lung environment changes immune cell traits in mice · Nature communications · 7 Oct 2026
Latest
1Old lung environment changes immune cell traits in mice
One lung immune cell population increased more than 10-fold in old mice compared with younger mice.One lung immune cell population increased more than 10-fold in old mice compared with younger mice.