ARM-D® Kit, TEM/SHV/GES
The Streck ARM-D Kit, TEM/SHV/GES is a multiplex real-time PCR kit for the rapid detection of antibiotic resistance genes in Gram-negative bacteria. This comprehensive kit allows you to detect over 350 allelic variants in the TEM, SHV and GES extended-spectrum β-Lactamase gene families.
The ARM-D Kit, TEM/SHV/GES is part of a family of comprehensive, multiplex real-time PCR kits that detect over 1,000 antimicrobial resistance (AMR) gene variants from 26 different gene target families. Streck ARM-D Kits provide a rapid detection strategy for monitoring β-lactam antibiotic resistance. With these kits, your lab can improve surveillance, aid antibiotic stewardship programs and support infection control programs. These kits have a high degree of sensitivity and specificity, providing you accurate, reliable results. Every kit includes positive controls for each gene target to monitor analytical process as well as an endogenous internal control (16SrRNA gene) to reduce false negatives due to PCR inhibition, DNA degradation or poor extraction.
All Streck ARM-D kits are compatible with most 4-channel real-time thermal cyclers. An amplification protocol and analysis guide are available for the following instruments: Applied Biosystems™ 7500 Fast and 7500 Fast Dx, QuantStudio™ 7Flex, Bio-Rad CFX96 Touch™ and QIAGEN Rotor-Gene® Q.
Features
- Detects over 200 allelic variants in the TEM, SHV and GES gene families
- Compatible with most 4-channel real-time PCR thermal cyclers
- Protocol can be completed in less than one hour
- Contains positive controls for each gene target
- Includes a premixed 2X master mix (DNA Polymerase, dNTPs, MgCl2 and reaction buffer)
Benefits
- Detects gene variants not covered by cartridge-based kits
- Identifies resistance mechanisms before susceptibility results are available
- High degree of sensitivity and specificity ensures reliable and accurate results
- Reduced cost per sample compared to cartridge-based methods
- For Research Use Only. Not for use in diagnostic procedures.