Brucellosis Antibody Rapid Test Kit - 10 Tests

Brucellosis Antibody Rapid Test Kit – 10 Tests

Product Overview

The Brucellosis Antibody Rapid Test Kit (10 Tests/Kit) is a fast and reliable lateral flow immunochromatographic assay designed for the qualitative detection of antibodies against Brucella species in whole blood, serum, or plasma.

This test enables rapid screening of brucellosis infection in humans or animals, making it an essential tool for clinical diagnostics, veterinary use, and field testing, especially in endemic regions.

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Key Features

  Rapid results in 10–15 minutes

  High sensitivity and specificity

  Easy-to-use, no equipment required

  Suitable for human and veterinary diagnostics

  Works with whole blood, serum, or plasma

  Portable and ideal for field use

 Test Principle

   The kit is based on a lateral flow immunoassay:

   The test detects anti-Brucella antibodies present in the sample

   Recombinant Brucella antigens conjugated with colloidal gold bind to antibodies

   A visible colored line appears in the test region when antibodies are present

 Performance Characteristics

  
Parameter Value
Sensitivity High (typically >95%)
Specificity High (typically >95%)
Time to Result 10–15 minutes

Applications

   Clinical screening of human brucellosis

   Veterinary diagnostics (cattle, sheep, goats, dogs)

   Food safety and zoonotic disease monitoring

   Field surveillance in endemic regions

   Rapid outbreak investigation

Kit Contents (10 Tests)

   Test cassettes

   Sample droppers / capillary pipettes

   Assay buffer

   Instructions for use

Interpretation of Results

Result Interpretation
Positive Presence of anti-Brucella antibodies
Negative No detectable antibodies
Invalid Test must be repeated

Storage & Stability

  • Store at 2–30°C
  • Do not freeze
  • Keep sealed until use

 Why Choose This Kit?

  • Rapid and reliable screening tool for brucellosis
  • Suitable for low-resource and field environments
  • Supports early detection and disease control
  • Reduces need for complex laboratory methods