Sulfonamides ELISA Kit

This Sulfonamides ELISA kit is based on competitive ELISA to detect sulfonamides in milk, milk powder, honey, cell culture and other biological samples.

Ready to use ELISA kit based on Competitive Immunoassay
Total time required only 60min
Highly specific to Sulfonamides.
Applicable for milk, milk powder, honey samples
Product Code: E6203
Unit Size: 96 tests

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Product Code E6203
Category ELISA Kit
Product Sulfonamides ELISA Kit
Product # E6203
Category ELISA Kit
Samples Milk, milk powder and honey. Other applications can also be developed upon request.
Unit Size 96 tests
Sensitivity 0.05 ng/mL
Storage 2-8 degree Celsius or below for long-term storage. Room temperature for shipment.
Components
  • Microtiter plate, 96wells
  • Standard controls
  • Enzyme conjugate
  • TMB substrate
  • Sample buffer
  • Wash buffer
  • Stop solution
Shelf-life At least 12 months when stored properly.
Application This product is for research and laboratory professional use.

Sulfonamides represent a large class of antibiotics that have multiple clinical uses. They are considered bacteriostatic and appear to act by inhibition of bacterial biosynthesis of folic acid, which is needed for cell growth, at least in those bacteria that are sensitive to sulfonamides. Now in all major countries, strict maximum residue limits have been set on Sulfonamides. In EU, the total residue of sulfonamides is set at 100ug/kg for milk, meat, etc.

This current Sulfonamides ELISA Kit is based on indirect competitive ELISA to detect sulfonamides residue in milk and honey. In the kit, sulfa antigen is coated on the microtiter well and samples contained the drug will compete for Sulfonamides specific antibody with the antigen. After washing and adding the HRP conjugate, TMB substrate is used to show the reaction color. The concentration of sulfonamides in sample is inversely proportional to the OD value, which can be interpreted with a standard curve.

This Sulfonamides ELISA kit is based on competitive ELISA to detect sulfonamides in milk, milk powder, honey, cell culture and other biological samples.