Actin Oxidation Tools

Physiologic and reversible methionine oxidation of actin at Met44 and Met47 by the intracellular flavoprotein monoxygenase protein MICAL and the converse reduction by the reductase MsrB has been shown to drastically affect actin depolymerization as well as actin dependent cellular and physiological processes.

 

  • Oxidized Rabbit Skeletal Muscle Actin 

To learn more about the MICAL/MsrB/Actin physiological redox system see our Newsletter 

  1. Actin protein (>95% pure): rabbit skeletal muscle AKL95
    Actin protein (>95% pure): rabbit skeletal muscle
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  2. Actin protein (pyrene labeled): rabbit skeletal muscle AP05
    Actin protein (pyrene labeled): rabbit skeletal muscle Learn More
  3. MICAL-1 Protein 6xHis MIC01
    6xHis MICAL-1 Protein Redox-CH domains (2 x 50 micrograms) Learn More
  4. MICAL-Oxidized (Pyrene labeled) Actin Protein (>95% pure): Rabbit Skeletal Muscle MPAX1
    MICAL-Oxidized Pyrene Actin Protein (>95% pure): Rabbit Skeletal Muscle (250 micrograms) Learn More
  5. MICAL-Oxidized Actin Protein (>95% pure): Rabbit Skeletal Muscle MXA95
    MICAL-Oxidized Actin Protein (>95% pure): Rabbit Skeletal Muscle (250 micrograms) Learn More
  6. MsrB2 Protein 6xHis MB201-optimized
    6xHis MsrB2 Protein aa: 42-182 (2 x 50 micrograms)
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  7. MsrB2 Protein 6xHis MB201
    6xHis MsrB2 Protein aa: 42-182 (2 x 50 micrograms) Learn More