The science of cannabinoids

Thousands of years of evolution and a hundred years of prohibition got us here.

Counter to popular belief, leading scientific research from around the world has shown that cannabinoids are integral to performance by accessing and regulating the Endocannabinoid System (ECS). It is the foundation of our approach.

The

Science of

Cannabinoids

on Human

Performance

The ECS has been found to be a primary regulator of mood, pain and performance during exercise.

For some time, endorphins were believed to cause the euphoric effect of rigorous exercise, commonly referred to as the ‘runner’s high,’ ‘exercise high,’ or ‘feeling in the zone.' Although this theory was made popular, it was never actually proven. The issue was that Endorphins are unable to pass the blood-brain barrier, making it impossible for them to lower inflammation which is a known and visible result of the Exercise High.


Recently, scientists have explored the Endocannabinoid System (ECS) as a potential regulator of exercise. The results were stunning! Not only was the ECS the primary cause for the Exercise High, able to both cause the euphoric effect similar to Endorphins but also proven to help lower inflammation¹. Further studies corroborated these findings, making Cannabinoids the official molecule of the Exercise High.


Unlike opioids, exogenous Cannabinoids are abundant and much safer for consumption. Allowing you to self regulate your ECS to optimize your performance.


Cannabinoid receptors, CB1 and CB2, regulate mood, pain, inflammation, and recovery. They interact with both naturally produced endocannabinoids and hemp-derived cannabinoids to maintain balance in the body.


CB1 receptors are primarily in the brain and nervous system. When activated by anandamide, they influence dopamine release, pain perception, and stress response, leading to effects like the runner’s high and reduced discomfort during exercise.


CB2 receptors are are present in immune cells and muscle tissues. They help reduce inflammation, support recovery, and regulate immune function, minimizing soreness and swelling after intense workouts, which aids endurance and performance.

Diagram of synaptic transmission involving endocannabinoid receptors and neurotransmitters between presynaptic and postsynaptic neurons.Microscopic view of colorful plant or algae cells, featuring vivid reds and greens.

Fig. 1 - CB1 receptors influence dopamine release, pain perception, and stress response during exercise.

The Endo-canna-binoid System (ECS)

It's a mouth full, but the ECS is a key regulator of our mind and body. Much like your nervous system, it spans from your head all the way to your toes. The ECS is an integral part of homeostasis and a connection point between mind and muscle during exercise.

Illustration of a human body with half skeleton exposed and highlighted joints.

Brain: Runner’s High & Mood Regulation

Anandamide binds to CB1 receptors in the brain, elevating dopamine and serotonin levels. This creates a feeling of euphoria, reduces anxiety, and enhances focus.

Muscles: Inflammation Reduction & Recovery

CB2 receptor activation in muscle tissue reduces inflammation and oxidative stress, promoting faster recovery and reducing soreness after intense exercise.

Cardiovascular System: Blood Flow & Endurance

Anandamide influences vasodilation, improving oxygen delivery to muscles and enhancing endurance performance during prolonged exercise.

Immune System: Anti-Inflammatory Effects

CB2 receptors in immune cells help regulate inflammation, preventing excessive immune response that could lead to joint stiffness.

Digestive System: Gut Health & Energy Balance

Endocannabinoids modulate digestion and nutrient absorption, helping maintain energy balance during endurance activities while reducing gut distress.

Nervous System: Pain Modulation & Stress

2-AG activates CB1 receptors along the spinal cord and peripheral nerves. This blocks pain signals, helping runners push through while maintaining endurance.

What are cannabinoids?

There are two main types of cannabinoids: endogenous cannabinoids (produced naturally within our bodies) and exogenous cannabinoids (introduced from outside sources, such as cannabis, which contains phytocannabinoids)

Cannabinoids are natural compounds that interact with the body’s ECS, which helps regulate mood, pain, inflammation, sleep, and overall balance. They can come from two sources: our bodies or plants. The most well-known plant-derived cannabinoids (phytocannabinoids) include THC, CBD, and CBN, found in cannabis and hemp.


The ECS works by producing its own cannabinoids (endocannabinoids) that bind to receptors throughout the body, helping maintain homeostasis. When phytocannabinoids are introduced, they interact with these same receptors, enhancing or mimicking the body’s natural processes. This is why cannabinoids can help with pain relief, relaxation, and recovery.


Endocannabinoids and phytocannabinoids share similar functions but come from different sources. Endocannabinoids are produced internally, while phytocannabinoids come from plants. Both play a role in regulating key functions, supporting balance, and improving overall well-being.


100 years of prohibition. Thousands of years of understanding.


For thousands of years, people have used cannabinoids for pain relief, relaxation, and overall wellness. Ancient civilizations, from China to Egypt, documented cannabis as a natural remedy for sleep, inflammation, and stress. It was widely accepted in medicine until the early 20th century when political and racial motives, not science, led to prohibition. Only recently has research reaffirmed what humans have long known—cannabinoids support health, balance, and recovery, making their return to mainstream wellness both necessary and long overdue.

Half man, half cannabis leaf illustration.

Fig. 2 - The balance between exogenous and endogenous cannabinoids.

Each

cannabinoid

serves

a purpose.

While phytocannabinoids were first discovered in the 1940s, with THC isolated in 1964, the first endocannabinoid, anandamide (AEA), was discovered in 1992. These discoveries helped reveal the endocannabinoid system (ECS) as a crucial part of human physiology. Over 120 cannabinoids have since been identified. Modern technology like chromatography and mass spectrometry accelerates their discovery. Today, advanced research methods usher in a new era, revealing how cannabinoids interact precisely with the body’s endocannabinoid system to enhance wellness.

A white cannabis leaf illustration on a black background.

Phytocannabinoids

THC Tetrahydrocannabinol is believed to enhance focus, reduce pain, boost endurance, aid recovery, and induce euphoria. THC enhances the entourage effect, amplifying the effect of other cannabinoids. Found in our High Performance Energy Gummies and High Performance Sleep Gummies.


CBG Cannabigerol is non-psychoactive, believed to reduce inflammation, enhance focus, support endurance, relieve pain, and accelerate recovery. CBG was found to improve memory and reduce anxiety. Found in our High Performance Energy Gummies and Enhanced Energy Gummies.


CBD Cannabidiol is non-psychoactive, reduces inflammation, relieves pain, supports endurance, aids recovery, and promotes relaxation. Found in every OFFFIELD formula.


CBN Cannabinol promotes deep sleep, reduces restlessness, and enhances recovery. It is a well documented all natural sleep aide molecule. Found in our High Performance Sleep Gummies.


CBC Cannabichromene may reduce inflammation, relieve pain, improve mood, support brain health, and promote overall wellness.

Silhouette of a running woman showing locations of CB1 and CB2 receptors in the body.

Endocannabinoids

AEA Anandamide regulates mood, pain, appetite, and stress (often called the “bliss molecule”). Responsible for the natural effects of the Exercise High.


2-AG 2-Arachidonoylglycerol influences immune function, inflammation, and neuroprotection.


2-O-ARA-GLY Noladin Ether is less studied but believed to interact with CB1 receptors.


OAE Virodhamine acts as a CB1 receptor antagonist and CB2 agonist, modulating cardiovascular and metabolic processes.


PEA Palmitoylethanolamide modulates pain and inflammation but primarily affects PPAR receptors rather than CB1/CB2.


OEA Oleoylethanolamide regulates appetite and metabolism, also interacting with PPAR-alpha.

The Entourage Effect

When cannabinoids work together, they produce a stronger, more balanced result than any single compound on its own. This is called the entourage effect, first identified by researchers Raphael Mechoulam and Shimon Ben-Shabat in 1998². THC, CBD, CBG, and CBN each activate different receptors and pathways, but when combined, they modulate each other in ways that amplify benefits and reduce unwanted side effects.


High dose THC taken alone is not the answer. Without CBD and CBG to balance it, high doses of THC can elevate heart rate, increase anxiety, and impair coordination, working directly against athletic performance. Low doses, in combination, are where the science points.


CBD is known to temper the psychoactive intensity of THC while preserving its performance and recovery benefits. CBG adds anti-inflammatory support and focus enhancement that neither THC nor CBD provides alone. This synergy is why OFFFIELD formulas use multiple cannabinoids rather than isolates. Single-molecule products cannot replicate the full-spectrum effect that nature intended and science has confirmed.


Every OFFFIELD formula was built around this principle. The ratios are not random.

Will it

work

on you?

We’re all unique, so understanding how your body works is the key to achieving the best results.

Every person's Endocannabinoid System is as unique as their fingerprint. Genetics, lifestyle, stress levels, and exercise history all influence your baseline ECS tone, meaning the same dose can feel dramatically different from one person to the next. Research into Clinical Endocannabinoid Deficiency (CECD) suggests that people with chronically low endocannabinoid levels are more likely to experience heightened pain sensitivity, poor sleep, and mood dysregulation, and may respond most noticeably to cannabinoid supplementation.⁶


Everyone’s body responds differently to cannabinoids—some need more, others less. Just like pacing a run, finding the right amount is about listening to your body. Studies show low-dose cannabinoids are well-tolerated, with minimal side effects. Research supports their safety for sleep, stress, and recovery, making them a natural alternative to harsher medications. Start low, adjust gradually, and discover what helps you feel your best.

Illustration of three muscular men engaged in basketball, running, and weightlifting activities.Forest path through densely packed coniferous trees with sunlight filtering through.
Two translucent red cubes are shown against a plain white background, one above the other.

How to

use it

Start low. The most common mistake first-time cannabinoid users make is taking too much too soon. Your ECS needs time to calibrate. Begin with half a serving for the first few days and pay attention to how your body responds before adjusting.


Timing matters. OFFFIELD uses a fast-acting nano-emulsion technology that significantly reduces onset time compared to standard edibles. On an empty stomach, effects can be felt in as little as 5 to 10 minutes. With a light meal, expect 10 to 20 minutes. The heavier the carbohydrate load of your meal, the longer the delay. A heavy pasta dinner, for example, can push onset to 90 minutes. Plan accordingly.


For energy and performance, take your gummies 15 to 30 minutes before activity when training fasted or lightly fueled. For sleep, take your Sleep Gummies 30 to 45 minutes before bed on a light stomach for best results.


Consistency builds results. The ECS responds to sustained input over time, not single large doses. Most users report the most noticeable results after 7 to 14 days of consistent use.


Individual response varies. Body weight, metabolism, diet, and baseline ECS tone all influence how you respond. If you feel nothing after a week at the starting dose, increase gradually. If you feel more than expected, reduce the amount and give your system more time to adjust.

Illustration of a person performing a heavy deadlift with multiple weight plates.Mountain valley with mist, surrounded by rocky peaks and trees at dawn.

High Performers

Health-conscious biohackers use cannabinoids to optimize recovery, reduce inflammation, and enhance focus, integrating them into their routines like supplements or adaptogens. By fine-tuning dosage and timing, they leverage cannabinoids to support sleep, stress resilience, and overall performance without reliance on synthetic alternatives.

A cartoon illustration of a smiling man with brown hair in a black shirt.Clouds drifting across a clear blue sky.

Pro Athletes

Athletes use cannabinoids to support muscle recovery, reduce inflammation, and manage stress, helping them train harder and recover faster. By incorporating low-dose THC, CBD, or CBN, they optimize sleep, endurance, and focus, naturally enhancing performance without the side effects or long term damage of traditional painkillers or sleep aids.

Drawing of a person running, shown in a dynamic pose.Wooded road with trees lining both sides, creating a serene, green canopy.

Late Bloomers

People just starting their health journey use cannabinoids to ease stress, improve sleep, and support recovery, making it easier to stay consistent with movement and wellness. By reducing discomfort and enhancing relaxation, they begin to enjoy exercise for the first time, transforming it from a chore into something they genuinely look forward to.

Yellow slime mold spreading on a dark surface.

Precision testing changes everything.

Deregulation of cannabinoids does not mean less testing. It means more. OFFFIELD products are third-party tested for potency, purity, and the absence of pesticides, heavy metals, and residual solvents. Every batch has a certificate of analysis you can verify.


Precision dosing is what separates a functional product from a recreational one. Knowing that each gummy delivers exactly what you expect allows you to dial in timing, adjust for your body, and build a consistent routine. Guesswork has no place in performance.


View our full lab results.

Not all edibles are the same.

Most edibles on the market are candy with a high dose of THC. That is the beginning and end of the formula. The assumption is that more THC equals a better experience. The science says otherwise.


The runner's high is not a THC high. It is a complex biochemical event driven by your endocannabinoid system working in concert with multiple physiological processes at once. Anandamide floods the brain. Dopamine and serotonin rise. Inflammation drops. Pain signals quiet. Oxygen delivery improves. It is a full-system response, not a single molecule doing one thing.


Replicating that effect intentionally requires more than THC. It requires understanding which ingredients support each part of that response and combining them at precise ratios.


OFFFIELD Energy Gummies pair low-dose THC, CBD, and CBG with natural caffeine. Natural caffeine promotes alertness and endurance. CBD reduces the anxiety that high-dose THC alone can trigger and broadens the anti-inflammatory effect. CBG adds focus and additional pain modulation. Together they support the mental clarity, reduced discomfort, and elevated mood that define peak performance.


OFFFIELD Sleep Gummies pair low-dose THC, CBD, and CBN with magnesium, chamomile, and L-theanine. CBN at 20mg is clinically supported for reducing nighttime awakenings. Magnesium is essential for muscle recovery and sleep quality. Chamomile and L-theanine reduce cortisol and promote the nervous system downregulation your body needs after training. No single ingredient here does the job alone.


Every ingredient in every OFFFIELD formula is natural, non-synthetic, and chosen because it plays a specific role in a specific physiological process. The ratios are not random. The combinations are not accidental. This is what separates a performance product from a recreational one.

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Key studies at the intersection of cannabis research and human performance.

Research has been held back by federal restrictions, but the evidence is clear—cannabinoids offer real benefits. We advocate for deregulation to unlock the full potential of scientific discovery and move beyond outdated stigmas that have shaped perceptions for far too long.

Exercise-induced euphoria and anxiolysis do not depend on endogenous opioids in humans.

Michael Siebers, Sarah V. Biedermann, Laura Bindila, Beat Lutz, Johannes Fuss

April 2021

The runner's high is driven by cannabinoids, not endorphins. Endorphins cannot cross the blood-brain barrier. The ECS can.

Read paper

The New Runner's High? Examining Relationships Between Cannabis Use and Exercise Behavior in States With Legalized Cannabis

YorkWilliams SL, Gust CJ, Mueller R, Bidwell LC, Hutchison KE, Gillman AS, and Bryan AD

April 2019

81.7% of cannabis users exercise while using it, and those who do log more aerobic and anaerobic minutes per week than those who do not.

Read paper

A double-blind, randomized, placebo-controlled study of the safety and effects of CBN with and without CBD on sleep quality

Bonn-Miller MO, Feldner MT, Bynion TM, Eglit GML, Brunstetter M, Kalaba M, Zvorsky I, Peters EN, Hennesy M.

June 2024

20mg of CBN taken nightly reduced nighttime awakenings and overall sleep disturbance compared to placebo, with no impact on daytime energy.

Read paper

Effects of Cannabidiol on Exercise Physiology and Bioenergetics: A Randomised Controlled Pilot Trial

Sahinovic, A., Irwin, C., Doohan, P.T. et al.

March 2022

CBD increased oxygen uptake (VO2) and feelings of pleasure during exercise compared to placebo.

Read paper

A National Survey of Marijuana Use Among U.S. Adults According to Obesity Status, 2016-2022

Merrill RM.

August 2024

Cannabis use is correlated with lower BMI across a nationally representative sample of U.S. adults from 2016 to 2022.

Read paper

British Journal of Sports Medicine

Endocannabinoids and exercise

Dietrich A, McDaniel WF

2004

Exercise increases serum concentrations of endocannabinoids, pointing to the ECS as the primary driver of exercise-induced mental state changes.

Read paper

Sports Medicine

Acute Effects of Ad Libitum Use of Commercially Available Cannabis Products on the Subjective Experience of Aerobic Exercise: A Crossover Study

Gibson, L.P., Giordano, G.R., Bidwell, L.C. et al.

December 2023

Cannabis users reported greater enjoyment, more positive affect, and stronger runner's high symptoms during exercise compared to their non-cannabis sessions.

Read paper

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