JWH-018 and JWH-073 are both synthetic compounds with biological similarities to ∆9-THC, the component in Marijuana that is responsible for the psychoactive properties of the drug. JWH-018 and JWH-073 and similar substances are collectively known as SYNTHETIC CANNABINOIDS. These compounds are known to be illegal in many European countries and their possession and use are also prohibited by a growing number of local governments within the United States; however, neither JWH-018 or JWH-073 is currently classified as a controlled substance by the U.S. federal government (as of Sept 2010). The DEA has identified these compounds as Drugs and Chemicals of Concern.
JWH-018 and JWH073 have been identified as additives in various herbal products such as SPICE and K2. Although these products are marketed as incense not for human consumption, they are commonly smoked for the psychoactive properties associated with the synthetic cannabinoids. Users report perceived effects similar to marijuana, but with a shorter duration of action. Once consumed, these compounds are rapidly metabolized in the body and excreted in the urine as a series of related metabolites.
Our lab has developed a new test capable of finding the recent use of JWH-018 and JWH-073. The procedure utilizes advanced, state of the art forensic technology; high performance liquid chromatography coupled to linear ion trap tandem mass spectrometry. The methodology detects and positively identifies the presence of metabolites of JWH-018 and JWH-073 in urine.
|Avg Competitor Price||$150.00|
1. What is SPICE?
The terms Spice, K2, Fake Pot, Mr. Nice Guy Incense, etc. refer to commercially available products that have been sprayed with research chemicals called synthetic cannabinoids but do not contain any cannabis (marijuana) components. The cannabinoid-like chemicals were developed in research laboratories to study neuronal receptors found in the body and brain. These products are generally sold as incense, but are intended to be smoked for their psychoactive effects. Very little (if anything) is known about the health and safety of these research compounds. The compounds themselves are considered contraband in many European countries and their possession and use are also prohibited by an increasing number of local governments within the U.S. Most synthetic cannabinoids (and the products that contain them) however, are not currently classified as controlled substances by the U. S. Federal government (as of Sept, 2010). The DEA has identified these compounds as Drugs and chemicals of concern.
2. What is the lab actually testing for?
The lab assay for Spice is testing for the two synthetic cannabinoids most commonly found in incense products (JWO-018 and JWH-073, a distinct pattern of metabolites of these compounds can be found in urine. The metabolites are identified based on both chromatographic parameters as well as mass spectral fingerprinting.
3. Is a positive result defensible?
Yes, it is, when collected and analyzed using chain of custody protocols. With our labs assay, a specimen is considered positive if there is a match of at least 6 metabolic compounds when compared with known compounds found in reference samples.
4. How are positive results reported?
A positive result will be reported as Positive; Metabolite profile consistent with the use of JWH-018 and /or JWH-073 is present.
5. Why is our laboratories assay believed to be superior to that of other laboratories?
Our lab utilizes an Applied Biosystems Qtrap 5500 for the analysis of Spice specimens. This combination UPLC-quadruple, linear ion trap mass spectrometer is the most sophisticated in the industry, delivering exceptional sensitivity, which results in a longer detection window, as well as the ability to positively fingerprint suspected metabolites. Compounds are identified down to levels of approximately 0.1 ng/ml for most of the diagnostic metabolites. Our laboratory test incorporates known reference standards for JWH-018 and 073.
6. How can I compare what other labs are offering versus the Drug Tests In Bulk laboratory assay?
Ask a laboratory about their criteria for calling a sample positive and the sensitivity of the assay. Tests optimized to detect only parent compounds will not be effective in identifying SPICE users due to the extensive metabolism of JWH-018 and JWH-073. Algorithms for identifying metabolic patterns are not available for most instrument types. As is the case with full spectrum mass spectrometry, there should be defined matching criteria used to discriminate positive from negative samples to ensure defensibility of the test. Our lab requires a match of at least six metabolic compounds for a positive result. Similarly, a good but insensitive assay will not provide insight into a donors history. The sensitivity of our test assay is 0.1 ng.ml.
|Drug Name||ABB||Cutoff Level||Approx Detection|
time in Urine
time in Saliva
|Amphetamine||AMP||300 ng/ml||2-4 Days||1-3 Days|
|1000 ng/ml||2-4 Days||N/A|
|Barbiturates||BAR||300 ng/ml||3-6 Days||1 Day|
|Benzodiazepines||BZO||300 ng/ml||3-7 Days||1-2 Days|
|Buprenorphine||BUP||10 ng/ml||2-3 Days||1 Day|
|Cocaine||COC||150 ng/ml||2-4 Days||N/A|
|300 ng/ml||2-4 Days||1-3 Days|
|Ecstasy||MDMA||500 ng/ml||1-3 Days||1-2 Days|
|K2 / Spice||K2/Spice||50 ng/ml||1-3 Days||N/A|
|Marijuana||THC||50 ng/ml||5-30 Days||1 Day|
|20 ng/ML||Up To 30 days||N/A|
|Methadone||MTD||50 ng/ml||3-5 Days||1 Day|
|Methamphetamine||MAMP||1000 ng/ml||3-5 Days||1-3 Days|
|500 ng/ml||3-5 Days||N/A|
|Morphine||MOP||300 ng/ml||2-4 Days||1-3 Days|
|Opiates||OPI||2000 ng/ml||2-4 Days||1-3 Days|
|Oxycodone||OXY||100 ng/ml||2-4 Days||1 Day|
|Phencyclidine||PCP||25 ng/ml||5-10 Days||1-3 Days|
|Tricyclic Antidepressants||TCA||1000 ng/ml||3-6 Days||N/A|
|Propoxyphene||PPX||300 ng/ml||1-2 Days||N/A|
|*Detection times are not guaranteed.|