Actin oxidation tools
The post-translational oxidation of methionine 44/47 on actin proteins disrupts actin filament dynamics by promoting filament disassembly and inhibiting polymerization. It plays a critical role in cytoskeletal remodeling, cell motility, and neurodevelopment, and is implicated in redox-regulated cellular processes and pathological conditions.
Explore dynamic actin regulation with Cyto’s redox MICAL/MsrB reagents—uncover new insights into cytoskeletal control!
The post-translational oxidation of methionine 44/47 on actin proteins disrupts actin filament dynamics by promoting filament disassembly and inhibiting polymerization. It plays a critical role in cytoskeletal remodeling, cell motility, and neurodevelopment, and is implicated in redox-regulated cellular processes and pathological conditions.
Explore dynamic actin regulation with Cyto’s redox MICAL/MsrB reagents—uncover new insights into cytoskeletal control!
