Morphine (MOP) Rapid Tests

Morphine (MOP) Rapid Test Cassette

Image above is for reference only, design may change between tests.

Catalogue Number: DOA-MOP-001

Kit Size: 20 Tests

Assay Time: 5 minutes

Storage: 2-30°C

Specimen: Urine

Results: Read Visually

Cut-Off Concentration: 300 ng/ml

Description: 

The Biopanda Morphine (MOP) Rapid Test Cassette is a lateral flow immuno-chromatographic assay for the detection of Morphine in human urine.

Morphine is a strong opioid; used as an analgesics. It is a strong pain killer, used to treat severe pain by depressing the central nervous system. Large doses can lead to higher tolerance levels and physiological dependency in users, and may lead to substance abuse.

Morphine (MOP) Rapid Test Dipcard

Image above is for reference only, dipcard test design may change between tests.

Catalogue Number: DOA-MOP-002

Kit Size: 25 Tests

Assay Time: 5 minutes

Storage: 2-30°C

Specimen: Urine

Results: Read Visually

Cut-Off Concentration: 300 ng/ml

Description: 

The Biopanda Morphine (MOP) Rapid Test Dipcard is a lateral flow immuno-chromatographic assay for the detection of Morphine in human urine.

Morphine is a strong opioid; used as an analgesics. It is a strong pain killer, used to treat severe pain by depressing the central nervous system. Large doses can lead to higher tolerance levels and physiological dependency in users, and may lead to substance abuse.

Morphine (MOP) Rapid Test Strip

Image above is for reference only, test strip design may change between tests.

Catalogue Number: DOA-MOP-003

Kit Size: 50 Tests

Assay Time: 5 minutes

Storage: 2-30°C

Specimen: Urine

Results: Read Visually

Cut-Off Concentration: 300 ng/ml

Description: 

The Biopanda Morphine (MOP) Rapid Test Strip is a lateral flow immuno-chromatographic assay for the detection of Morphine in human urine.

Morphine is a strong opioid; used as an analgesics. It is a strong pain killer, used to treat severe pain by depressing the central nervous system. Large doses can lead to higher tolerance levels and physiological dependency in users, and may lead to substance abuse.

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