Order Entry
Puerto Rico
ContactUsLinkComponent
 
SensoLyte® AMC Calpain Activity Assay Kit (Fluorimetric), AnaSpec
  103010-506
 :  Anaspec
 :  
SensoLyte® AMC Calpain Activity Assay Kit (Fluorimetric), AnaSpec
  103010-506
 :  Anaspec
 :  AS-72150
 :  

Some Products May Appear Restricted

To ensure a smooth and speedy checkout, please log in to your account. Some items may show as restricted simply because you're not logged in.

If you do not have an account, you can register using our registration webform (https://www.avantorsciences.com/us/en/login/register)

 

If you're still seeing restrictions after logging in, certain products—like chemicals or medical devices—require additional account verification steps to be able to place an order. Some items may additionally require a specific license or customer documentation;  additional documentation will be requested for these items prior to shipment. 

 

  • Size:
    100 Assays
  • Cat. No.:
    103010-506
  • Storage temperature:
    – 78 °C
  • Includes:
    The assays can be performed in a convenient 96-well microplate format, kit includes essential components and detailed protocol and references
  • Supplier no.:
    AS-72150

 

 

The calpains are a family of intracellular Ca2+ supdependent cysteine proteases

The SensoLyte® AMC Calpain Assay Kit is optimized for detecting calpain activities. This kit contains a fluorogenic peptide substrate, suc-LLVY-AMC. Upon calpain protease cleavage, suc-LLVY-AMC generates the AMC fluorophore emitting bright blue fluorescence and can be monitored at excitation/emission=354/442 nm. Increase in AMC fluorescence is proportional to calpain activity. The assay can detect both calpain 1 (μm) and 2 (m) activities and is ideal for kinetic study of these enzymes. The assays are performed in a convenient 96-well microplate format.

The best-characterized calpains are isoforms 1 (µm) and 2 (m). Calpains respond to Ca2+ signals by cleaving many specific proteins, thereby irreversibly modifying their function(s). They are implicated in a variety of Ca2+ regulated cellular processes as well as various pathological phenomena, such as ischemic injury, muscular dystrophy, diabetes, cataract, atherosclerosis, Alzheimer's disease, and cancer. Calpains represent potential therapeutic targets for drug discovery.