BTS Strip Test Kit

• Post Date:

  Apr 20,2018

• Expiry Date:

  Apr 20,2019

• Detailed Description:

  Cas No. :RNS92014 Payment Method: TT
  REAGEN™ BTS Combo Strip Test Kit is a qualitative and rapid lateral flow assay designed to detect beta-lactam, tetracycline, and sulfonamide antibiotic residues in raw commingled cow’s milk.This test uses a uses novel antibiotic binding proteins which are highly active in cold milk and eliminate the need for a heating block. This test is designed for rapid field use or reference lab settings. The unique features of the kit are:
  Rapid strip test method –7 minutes
  Works in cold milk
  Novel binding proteins that requires no heating step
  High sensitivity
  High reproducibility
  Procedure Overview
  The assay uses a competitive colloidal gold based format. The milk sample (200 μL) is added to a clear plastic reaction vessel, and used to resuspend the lyophilized reagents to a uniform pink color in the bottom of the microtiter wells. The milk is incubated briefly (3 min) to allow the antibiotic binding proteins on the gold particles to engage with any antibiotic present in the milk. The test strip is then inserted into the sample well with the arrows pointing downward initiating capillary flow up the strip. Any gold particles that are not complexed with antibiotics present in the milk will bind to their respective test line, forming a signal (red line) at that position. Each test strip is imprinted with three test lines and one Control line (C-line)at the top. The top test line specifically detects for beta-lactams, the middle test line detects for tetracyclines, and the bottom test line detects for sulfonamide antibiotics. If the binding protein on the gold particle has engaged with either beta-lactams,tetracyclines, or sulfonamide antibiotic residues present in the milk sample, the gold particle will flow past the test line corresponding to that antibiotic and reach the C-line. For visual interpretation of the test results, any test line signal intensity that is stronger than the signal at the C-line indicates a negative result. Signal at any test line which is equal or less intense compared to the C-line indicates the presence of the corresponding antibiotic in the milk. The greater the reduction in signal intensity at the test line, the greater the concentration of beta-lactam, tetracycline or sulfonamide antibiotic residues present in the milk. The assay is also designed to simultaneously detect sulfonamide, tetracycline and beta-lactam antibiotics.
  Sensitivity (Detection Limit)
  Beta-lactam Antibiotics
  Penicillins Cefalosporins
  Antibiotic (MRL) Detection
  limit (μg/L) Antibiotic (MRL) Detection
  limit (μg/L)
  Penicillin G (4) 3-4 ppb Ceftiofur (100) 75-100 ppb
  Ampicillin (4) 4-5 ppb Cephapirin (60) 6-15 ppb
  Amoxicillin (4) 4-5 ppb Cefazolin (50) 35-50 ppb
  Cloxacillin (30) 4-8 ppb Cefoperazone(50) 5-20 ppb
  Oxacillin (30) 4-8 ppb Cephquinome (20) 10-20 ppb
  Dicloxacillin (30) 5-8 ppb Cephalonium (10) 4-8 ppb
  Nafcillin (30) 15-30 ppb
  Sulfonamide Antibiotics Tetracycline Antibiotics
  Antibiotic (MRL) Detection
  limit (μg/L) Antibiotic (MRL) Detection
  limit (μg/L)
  Sulfmethazine (100) 25-50 ppb Tetracycline (100) 50-100 ppb
  Sulfamethoxazole (100) 25-50 ppb Chlorotetracycline (100) 15-50 ppb
  Sulfadiazine (100) 50-75 ppb Doxycycline (100) 5-20 ppb
  Sulfathiazole (100) 75-100 ppb Oxytetracycline (100) 50-70 ppb
  Sulfadimethoxine (100) 50-75 ppb
  Sulfaquinoxaline (100) 75-100 ppb
  Sulfapyridine (100) 2-4 ppb
  Sulfamethoxypyridazine (100) 3-4 ppb
  Sulfamethizole (100) 40-50 ppb
  Sulfamerazine (100) 25-50 ppb
  Sulfachloropyridazine (100) 25-50 ppb

• CAS Registry Number:

  RNS92014

• Company:

  REAGENLLC     [ United States ]        

• Contact:

  nicole

• Tel:

  8568585434

• Fax:

  8566711789

• Email:

  reagenllc@gmail.com