How long do delta 8 gummies stay in your system?

Delta-8 THC can remain in the body for close to 3 months. However, the duration is determined by the frequency of use, metabolic rate, genetics, age, and experience levels, among other factors. This article explains how these factors determine the duration delta 8 THC stays in the system. Herein, you will also learn about the impact of this compound on drug tests.

Delta 8 THC is naturally occurring and can also be synthesized in the laboratory using sophisticated techniques. It is found in trace amounts in the hemp plant and can be synthesized from CBD sourced from hemp. Delta 8 is federally legal as long as it is obtained directly from hemp. However, synthetically derived delta 8 is illegal. There are states which completely prohibit the use of this compound. Therefore, it is important to know whether the state you reside in allows for the usage of delta 8, as certain companies require you to take a mandatory drug test. Here are a few things on how long delta 8 gummies last in your system after ingestion.

Duration Of Delta 8 Gummies Effects

When contrast to delta 9 THC, Tagen & Klumpers (2022) noted that delta 8 THC has a slower onset. Regular delta 9 THC tinctures may take 15–30 minutes to take effect, whereas delta 8 THC tinctures take 45 minutes. With gummies, the onset can be delayed by up to two hours. The product kind also influences the duration of these effects. Because delta 8 is absorbed gradually into the system, the effects of delta 8 vapes and oils will last less — between 1–5 hours — but delta 8 THC gummies or capsules will last up to 10 hours as it is gradually released into the bloodstream.

How Long Does Delta 8 THC Stay In Your System?

As soon as Delta-8 THC gummies are broken down and absorbed by the body, they produce effects lasting more than ten hours. Nonetheless, just because the compound’s effects have worn off does not indicate it has fully left your system. THC metabolites are left in your system when you consume delta-8 THC. These by-products don’t vanish from your system. They normally last at least a week, if not longer. In five days, the body flushes roughly 80-90 percent of THC out of your bloodstream. The remaining 10-20% could persist for up to five days before being entirely drained. As a result, the body takes about 5-10 days to clear delta-8 THC metabolites from your bloodstream. The period delta 8 THC remains in your system is determined by its frequency of use, age, and method of administration, among other factors. According to Wooten (2012), younger people metabolize various compounds more quickly than older people. Inhaled versions of delta 8 THC have the longest longevity in the body of any consumption route. Some persons metabolize substances faster than others. Lastly, the greater the dose, the longer it will take to clear it from the body.

How Long Will It Take to Pass a Drug Test?

There will be no difficulties or adverse effects from the accumulated THC metabolites in your body. This compound stays in the system until one gets rid of them. However, if you have enough of these metabolites in your system, you will fail a drug test. Passing a drug test is contingent on the sort of test you undergo and how quickly your body eliminates any lingering THC metabolites. According to Moosmann et al. (2015), a hair follicle test is more difficult to pass than a blood, saliva, or urine test. A hair sample must be taken from your head and tested for evidence of drug usage. It can identify drugs up to 90 days before they are tested.

Factors That Determine the Duration of Delta 8 THC

The amount of time your body takes to eliminate delta 8 metabolites in the system depends on several factors exogenous to THC. These include:

Metabolic Rate

As people age, the metabolic rate slows down. This is a regular occurrence that medics consider when administering drugs. Delta 8 THC can be cleared in as little as three days for someone in their 20s or 30s due to high metabolic rates, while it can take up to six days for someone in their 60s or 70s. However, there are certain exceptions to this rule. Some persons in their 70s and 80s have metabolic rates comparable to those in their 30s. The body’s metabolic rate varies among individuals and is influenced by various factors such as lifestyle and health.

Frequency of Use

The more you use Delta 8 THC, the longer it takes for it to exit your body. Cary (2006) noted that cannabinoids (fat-soluble) attach to fat cells. When you consume high dosages of delta 8 THC daily, it builds up in your fat cells. These buildups slowly flow back into the bloodstream after cessation, extending the time it takes for these substances to be completely flushed from the body. Occasional users who use delta 8 once or twice a week will usually be clear of the compound in a week. On the other hand, those who use delta 8 THC five or six times per week may need to wait a few weeks before a drug test detects it in their blood or urine.

Genetics

Sharma et al. (2012) noted that genetics and metabolic rate determine the length of time it takes to cleanse your body of delta 8 THC. The liver is highly involved in drug metabolism. This organ uses a unique set of enzymes to process the material into the bloodstream and remove it once the body has used it, depending on the chemical makeup of the substance. These enzymes act as instruments in your body, allowing you to manage various chemicals. The enzyme CYP3A4 is responsible for the metabolism of delta 8 THC. Because some persons have naturally larger levels of this enzyme, they will metabolize delta 8 slower than others.

Conclusion

The amount of time it takes for one to be free from delta 8 THC varies from individual to individual. After ingesting delta gummies, the effects may last up to twelve hours before the effect wears out. However, metabolites can remain in your system for up to 3 months, depending on your method of administration.

References

Cary, P. (2006). The Marijuana Detection Window: Determining The Length Of Time Cannabinoids Will Remain Detectable In Urine Following Smoking.

Moosmann, B., Roth, N., & Auwärter, V. (2015). Finding Cannabinoids In Hair Does Not Prove Cannabis Consumption. Scientific Reports, 5(1), 1-6.

Sharma, P., Murthy, P., & Bharath, M. S. (2012). Chemistry, Metabolism, And Toxicology Of Cannabis: Clinical Implications. Iranian Journal Of Psychiatry, 7(4), 149.

Tagen, M., & Klumpers, L. E. (2022). Review Of Delta‐8‐Tetrahydrocannabinol (Δ8‐THC): Comparative Pharmacology With Δ9‐THC. British Journal Of Pharmacology.

Wooten, J. M. (2012). Pharmacotherapy Considerations In Elderly Adults. South Med J, 105(8), 437-445.

 

Kristina Shafarenko