Ambystoma mexicanum
Organism5 papers4 findingsTaxon 8296
- Animals4
Interventions
2Limb amputation
mixedoxidative stress and ROS signalling1upprotease/extracellular matrix proteins1upsarcomeric muscle proteins1
1 study
Limb amputation
mixedoxidative stress and ROS signalling1upprotease/extracellular matrix proteins1upsarcomeric muscle proteins1
Limb amputation is associated with oxidative stress and ROS signalling in A. mexicanum.
Animalsearly limb regenerationperilymph-cerebrospinal fluid
Multi-omic characterization of axolotl perilymph-cerebrospinal fluid reveals shifts in composition during limb regeneration · bioRxiv · 28 Aug 2026 · Preprint
Limb amputation increases protease/extracellular matrix proteins in A. mexicanum.
Animalsearly limb regenerationperilymph-cerebrospinal fluid
Multi-omic characterization of axolotl perilymph-cerebrospinal fluid reveals shifts in composition during limb regeneration · bioRxiv · 28 Aug 2026 · Preprint
Limb amputation increases sarcomeric muscle proteins in A. mexicanum.
Animalsearly limb regenerationperilymph-cerebrospinal fluid
Multi-omic characterization of axolotl perilymph-cerebrospinal fluid reveals shifts in composition during limb regeneration · bioRxiv · 28 Aug 2026 · Preprint
Tissue injury
upglucose uptake1
1 study
Tissue injury
upglucose uptake1
Tissue injury increases glucose uptake in A. mexicanum.
“Glucose uptake was elevated in regenerating tails compared to uninjured tails.”
Animalsduring early regeneration
Injury size regulates glucose allocation locally and systemically during vertebrate tissue regeneration · bioRxiv · 1 Sep 2026 · Preprint