Instant-view® plus Multi-drug of Abuse Urine Test Simple Cup

Our new urine DOA Simple cup provides faster results at higher accuracy rates with the patented Driven Flow® Technology. The test consists of any combination between 1-13 individual test strip(s) for the drug(s) being tested. The screening test is a one-step Driven Flow® chromatographic immunoassay based on the principle of competitive binding. The Simple Cup yields results as soon as 2 minutes and maintains line integrity for 2 hours.

Available Specification:
Instant-view® plus Simple Cup, Multi-7 (AMP COC MET MOR PCP THC XTC): 25 Cups;
Instant-view® plus Simple Cup, Multi-12 (AMP BAR BUP BZD COC MET MOR MTD OXI300 PCP THC XTC): 25 Cups;
Instant-view® plus Simple Cup With Adulteration, Multi-12 (AMP BAR BUP BZD COC MET MOR MTD OXI300 PCP THC XTC/CR pH SH OX): 25 Cups

Feature
· One-step test
· Results as soon as 2 minutes
· Sealed test pouch
· Kit includes all necessary components
· Internal controls included
· Room temperature storage

Benefit
· Ease of use and less potential for procedural errors
· Test and results at the same time
· Easy to use and discard
· Ready to use, no need for additional equipment
· Confidence in results due to confirmation of test strip functional integrity
· No need for refrigeration or wait times for reagents to warm up. Tests can be run immediately as needed.

Available Formats
· Multi-drug format with maximum configuration of 13 drug analytes with multiple cutoff levels available
· Adulteration available per request

Cleared for Professional/CLIA/OTC market

Please contact us at for specific academic pricing.

Background

Driven Flow™ Technology utilizes a tightly restricted sample flow-path and the additional flow acceleration, termed Driven Flow™, provided by mechanically squeezing the liquid sample matrix through the device. Much like the pump used in High Performance Liquid Chromatography (HPLC), this squeezing action produces the powerful driving force to push the flow past the reaction area evenly, at high speed while generating maximum, thorough reaction of the binding complexes. This flow also provides a strong self-washing function that minimizes non-specific binding in the reaction area.