Armadillidium vulgare
- Model organisms3
Interventions
3Immune priming
no changehemocyte parameters1no changereproductive abilities1no changesenescence patterns1
1 study
Immune priming
no changehemocyte parameters1no changereproductive abilities1no changesenescence patterns1
Immune priming has no effect on hemocyte parameters in A. vulgare.
“immune priming did not significantly impact reproductive abilities, senescence patterns, and haemocyte parameters of female A.vulgare”
Model organismseight monthsfemales
ZooKeys
Immune priming has no effect on senescence patterns in A. vulgare.
“immune priming did not significantly impact reproductive abilities, senescence patterns, and haemocyte parameters of female A.vulgare”
Model organismseight monthsfemales
ZooKeys
Immune priming has no effect on reproductive abilities in A. vulgare.
“immune priming did not significantly impact reproductive abilities, senescence patterns, and haemocyte parameters of female A.vulgare”
Model organismseight monthsfemales
ZooKeys
Temperature
mixedβ-galactosidase activity and cell size1
1 study
Temperature
mixedβ-galactosidase activity and cell size1
Temperature is associated with β-galactosidase activity and cell size in A. vulgare.
“temperature modifications leaded the opposite effect as age on the β-galactosidase activity and cell size.”
Model organismschanges in the opposite direction to age
Impact of temperature and photoperiod on survival and biomarkers of senescence in common woodlouse
bioRxiv (Cold Spring Harbor Laboratory)Preprint
Photoperiod
mixedsenescence biomarkers1
1 study
Photoperiod
mixedsenescence biomarkers1
Photoperiod is associated with senescence biomarkers in A. vulgare.
“the increasing of day light modification leaded the same effect as age on our senescence biomarkers”
Model organismschanges in the same direction as age
Impact of temperature and photoperiod on survival and biomarkers of senescence in common woodlouse
bioRxiv (Cold Spring Harbor Laboratory)Preprint