Clean Screen® BNZ Column 200mg 10mL
$179.00A specialized sorbent for benzodiazepine extractions, with a specific focus on 7-amino benzodiazepines.
Quantity: 50/PK
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A specialized sorbent for benzodiazepine extractions, with a specific focus on 7-amino benzodiazepines.
Quantity: 50/PK

A specialized sorbent for benzodiazepine extractions, with a specific focus on 7-amino benzodiazepines.
Quantity: 50/PK

A specialized sorbent for benzodiazepine extractions, with a specific focus on 7-amino benzodiazepines.
Quantity: 50/PK

A specialized sorbent for benzodiazepine extractions, with a specific focus on 7-amino benzodiazepines.
Quantity: 50/PK

A specialized sorbent for benzodiazepine extractions, with a specific focus on 7-amino benzodiazepines.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 30/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 100/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 500/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 500/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 100/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 100/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK

Designed for the extraction of ethyl-glucuronide from urine.
Quantity: 50/PK

Designed for the extraction of ethyl-glucuronide from urine.
Quantity: 50/PK

Employs a filtration process for quick preparation of urine samples for LC/MS analysis. The methodology eliminates the need for centrifugation, mitigates matrix suppression effects, and removes particulates larger than 1 μm. The standard FASt® sorbent is tailored for extracting drugs from urine.
Quantity: 50/PK

Employs a filtration process for quick preparation of urine samples for LC/MS analysis. The methodology eliminates the need for centrifugation, mitigates matrix suppression effects, and removes particulates larger than 1 μm. The standard FASt® sorbent is tailored for extracting drugs from urine.
Quantity: 50/PK

Employs a filtration process for quick preparation of urine samples for LC/MS analysis. The methodology eliminates the need for centrifugation, mitigates matrix suppression effects, and removes particulates larger than 1 μm. The standard FASt® sorbent is tailored for extracting drugs from urine.
Quantity: 500/PK

Employs a filtration process for quick preparation of urine samples for LC/MS analysis. The methodology eliminates the need for centrifugation, mitigates matrix suppression effects, and removes particulates larger than 1 μm. The FASt® EtG sorbent is designed for extracting EtG/EtS metabolites from urine.
Quantity: 50/PK

Employs a filtration process for quick preparation of urine samples for LC/MS analysis. The methodology eliminates the need for centrifugation, mitigates matrix suppression effects, and removes particulates larger than 1 μm. The FASt® THC sorbent specializes in extracting the THC metabolite from urine.
Quantity: 50/PK

Patented sorbent for the isolation and extraction of free Gamma-hydroxy butyric acid (GHB).
Quantity: 50/PK

Utilizes both a reverse (C8) phase and an ion exchange (benzenesulfonic acid) phase bonded to the same particle.
Quantity: 50/PK
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