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Mike Robinson, Researcher OG
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Creator of Researcher®️ Genevieve's Dream™️ Nano Terps®️ Thermonoids®️ GENEVEX®️ Plant Chat®️ PREVENT®️ Get Balanced®️ NANO®️ Jane®️ & more

CEO Nanobles/Global Cannabinoid Research Center GCRC

Overactivation of the Endocannabinoid System is one of the most important metabolic conversations people still aren’t ha...
08/31/2026

Overactivation of the Endocannabinoid System is one of the most important metabolic conversations people still aren’t having. The ECS is supposed to help maintain balance, not just in mood and pain, but in appetite, energy storage, glucose metabolism, inflammation, fat signaling, liver function, and how the body decides whether to burn or store fuel.

That balance matters because anandamide and 2-AG don’t just work in the brain. They bind CB1 and CB2 receptors throughout the body, including metabolic tissues like the liver, pancreas, skeletal muscle, adipose tissue, and gut. When ECS tone is healthy, it helps regulate energy flow.

When the system becomes overactive, especially through excess endocannabinoid activity and CB1 receptor signaling, the body can be pushed toward more hunger, more fat storage, less energy expenditure, glucose intolerance, insulin resistance, fatty liver, and metabolic dysfunction.

This is why I always say ECS Balance is not just a cannabis topic. It’s a whole-body health topic.

Research has shown that obesity is associated with increased endocannabinoid activity in central and peripheral tissues, and that CB1 activation can influence food intake, lipid metabolism, glucose metabolism, adipose tissue expansion, and insulin sensitivity.

One review explained that animal models of obesity show elevated endocannabinoid tone. At the same time, CB1 blockade or genetic CB1 deletion can reduce adiposity and improve metabolic markers like insulin, glucose, leptin, triglycerides, and adiponectin. Another review focused on adipose tissue noted that obesity is associated with excess ECS activity in visceral fat, making CB1 signaling a major metabolic target.

The NPY research makes the story even more interesting. In mice with neuropeptide Y overexpression in noradrenergic neurons, researchers measured anandamide and 2-AG across metabolic tissues, including hypothalamus, pancreas, adipose tissue, liver, and muscle.

They found that anandamide levels increased in adipose tissue and pancreas at the same time these animals developed higher fat mass and impaired glucose tolerance. That suggests ECS overactivation can show up in the same tissues where metabolic disease is developing.

This is not about demonizing the ECS. It’s about respecting it enough to stop thinking more signaling is always better. Too little ECS tone can create its own problems, but too much CB1-driven activity can push metabolism in the wrong direction.

Balance is the key.

The ECS can help us heal, regulate, eat, sleep, calm pain, and feel alive, but when it’s overactivated, the same Master Regulator can become part of the metabolic storm.

Mike Robinson
Founder, Global Cannabinoid Research Center
The Researcher OG

Understanding metabolic homeostasis and imbalance: what is the role of the endocannabinoid system?
https://pubmed.ncbi.nlm.nih.gov/17720356/
The endocannabinoid system in the adipose organ
https://pmc.ncbi.nlm.nih.gov/articles/PMC8776163/
Role of the endocannabinoid system in obesity induced by neuropeptide Y overexpression in noradrenergic neurons
https://pubmed.ncbi.nlm.nih.gov/25915740/

Salt is often treated like a warning label, but in immune research, sodium and potassium reveal something much deeper. T...
08/30/2026

Salt is often treated like a warning label, but in immune research, sodium and potassium reveal something much deeper. These minerals aren't just seasoning - they're electrical signals, cellular pressure points, and metabolic switches that can change how immune cells behave.

Recent research has shown that sodium chloride, the same basic salt chemistry we know as NaCl, can enhance CD8+ T cell effector function in cancer models. These immune cells help recognize and kill abnormal cells.

In one Nature Immunology study, elevated sodium in the tumor microenvironment improved T cell metabolic fitness and cytotoxicity, helping T cells become more effective tumor fighters.

Another study found that NaCl supplementation during CD8+ T cell culture increased effector differentiation, IFN-γ production, and cytotoxicity, with potential implications for cancer immunotherapy.
That does not mean people should start loading up on salt.

This is not table salt as a home cancer treatment; it's controlled immune cell science, much of it happening in cell culture, tumor models, and adoptive T cell therapy research. The point isn't to eat more salt; it's that the immune system responds to minerals, metabolism, ionic balance, and the cellular environment in ways medicine is still learning to manipulate.

Potassium tells another side of the story. Research has shown that high potassium in tumors can suppress T cell effector function while preserving stemness, which may help T cells last longer but can also reduce their immediate killing power.

Sodium and potassium can push immune cells in different directions, one helping cytotoxic force, the other preserving long-term potential.

That is the balance. Healing is not always about one molecule doing one job. It is timing, terrain, metabolism, immune intelligence, and learning how the body uses simple elements in complex ways.

Sometimes, even salt reminds us that nature still has secrets medicine is only beginning to understand.

Mike Robinson, The Researcher OG

Sodium chloride in the tumor microenvironment enhances T cell metabolic fitness and cytotoxicity
https://pubmed.ncbi.nlm.nih.gov/39198632/
NaCl enhances CD8+ T cell effector functions in cancer immunotherapy
https://pubmed.ncbi.nlm.nih.gov/39198631/
T cell stemness and dysfunction in tumors are triggered by a common mechanism
https://pubmed.ncbi.nlm.nih.gov/30923193/

CBG is one of those plant-derived bioactives that works in two places at once, which is why people feel its effects in w...
08/30/2026

CBG is one of those plant-derived bioactives that works in two places at once, which is why people feel its effects in ways they cannot always explain. It hits the mind and the gut at the same time because both systems lean heavily on our ECS, the Master Regulator, for stability. When that system is thin, the brain is pushed by stress signals, and the gut tightens or slows; that is where CBG steps in with a quiet kind of strength.

In the brain, CBG works on mood circuits that influence focus, calm, and cognitive tone. It does not slam CB1 like THC; it supports the flow of anandamide so that the mind can ease out of that overactive loop. That helps people get out of anxious spirals and return to clearer thinking. When the brain feels safe, the body shifts out of the fight-or-flight pattern that keeps the gut inflamed.

In the gut, CBG interacts with receptors that line the entire digestive tract. These sites guide motility, inflammation, and microbial balance. When inflammation stays high, the gut sends distress signals right back to the brain, and the person ends up stuck in that mind-gut feedback loop. CBG breaks that cycle by calming the gut wall while supporting the nervous system that controls it. That is what makes people feel grounded both mentally and physically.

CBG also helps tighten the gap junctions in the gut lining, which can reduce the leak that fuels systemic inflammation. Less inflammatory pressure means better cognition because the brain is not fighting through the noise of immune overactivation.

At the same time, CBG promotes endocannabinoid tone, allowing the person to process stress with more control rather than shutting down or overreacting.

Healing is never one-sided. The gut talks to the brain every minute of the day. CBG steadies both sides so they can finally agree on what balance feels like. When the mind calms, the gut follows, and when the gut heals, the mind can breathe. That is the power of a cannabinoid that works where the body is most connected.

-Mike Robinson, The Researcher OG

A friend asked me to prove I've lost 51 lbs. - I thought that was pretty odd as it's simple to see the massive bodily co...
08/29/2026

A friend asked me to prove I've lost 51 lbs. - I thought that was pretty odd as it's simple to see the massive bodily conversion going on. I'm using a specified driver for Programmed Autophagy and collaborating with the 2016 Nobel Laureate Prof. Ohsumi at Tokyo's Institute of Science. He's like the Mechoulam of Cellular Health. What an awesome collaboration to move his Nobel winning science forward, in a collaborative I'm pushing for with GCRC. I love it!! -Mike Robinson, The Researcher OG

Simple Advice....
08/28/2026

Simple Advice....

When our Endocannabinoid System (ECS) loses its balance, it goes into a state of dysregulation. This can cause serious h...
08/28/2026

When our Endocannabinoid System (ECS) loses its balance, it goes into a state of dysregulation. This can cause serious health issues for people who don't use Cannabis, and for those who frequently use THC, it's linked to high Tolerance, which causes further imbalance - and is linked in research to things like CUD and CHS - whether people believe in them or not.

ECS Dysregulations can cause all kinds of health issues, including excessive endocannabinoid levels causing people to have nausea, so it makes sense that too much THC landing on the same receptor can make some sick - if you think about it, some first-time users get sick and are 'allergic' to THC.

So, can a long-term user become allergic? I don't think so with cannabinoids but I do with terpenes. I also strongly believe that someone who uses THC frequently can end up in a state of dysregulation that ends up causing illness - that could include symptoms similar to CHS but I don't agree with the name.

The point of all of this is to keep your ECS Balanced - sometimes, that means using something that will depress the CNS, which sleep and resting do. So, for people who don't use THC, make sure that you're getting enough rest and relaxation, maybe even a bit of meditation!

Mike Robinson, The Researcher OG

Real dosing that works is built on understanding the ECS, not on what a few decades of industry trends have pushed. We h...
08/27/2026

Real dosing that works is built on understanding the ECS, not on what a few decades of industry trends have pushed. We have an internal system that helps regulate mood, pain tone, immune flow, energy, neurological stability, appetite, sleep, stress response, and recovery.

When someone takes cannabinoids without understanding how the Master Regulator responds, they often miss the mark. They chase milligrams instead of balance. They look for a feeling instead of function.
Dosing is not about stacking high numbers. It is about learning how the body communicates.

CBGa starts the conversation by supporting receptor tone and helping bring raw acidic cannabinoid chemistry into the protocol. CBD steps in as a stabilizer that can help temper inflammation, stress signaling, and neuroprotective pathways.

THC activates CB1 receptors and can support retrograde signaling, helping the brain quiet excessive firing when used wisely. When these elements work together in the right ratios, the ECS gets more range to reset its rhythm.

The internal response matters. Someone can take large servings and feel very little because tolerance has thinned out receptor availability. Another person can take a low, balanced serving and see deep results because the ECS still has room to work. This is why cannabinoid protocols should be created around physiology, not habit.

One of the strongest insights into how the system responds comes from “Endocannabinoid Signaling and Synaptic Plasticity in the Brain.”

This 2006 review explains that endocannabinoids are released from postsynaptic neurons and act on presynaptic terminals, where persistent release can lead to long-term modulation of synaptic plasticity in the brain. That means small shifts in ECS signaling can change how neurons fire, quiet down, adapt, and recover.

When we design protocols that honor the body’s natural regulatory mechanisms, we help patients regain balance without overwhelming the system.

That's how real healing starts.

Mike Robinson
The Researcher OG

Endocannabinoid Signaling and Synaptic Plasticity in the Brain
https://doi.org/10.1615/CritRevNeurobiol.v18.i1-2.120

It's important to keep busy, stay curious, keep on investigating and formulating with something different. Cannabinoids ...
08/27/2026

It's important to keep busy, stay curious, keep on investigating and formulating with something different. Cannabinoids are interesting, what I'm holding is for a Nano Terp bath mix all of us love to soak or bathe in... But,

It's not cannabinoids and terpenes from one plant, it's essential oils and terpenoids from various plants packing a powerful punch, and then put into a Nano base. All of it is soluble, all of it is nano sized, and wow does it smell good, and so do we after using such a healthy bath mix.

Don't stop being curious, never stop creating or making. Investigation is the key to discovery, to opening doors and changing the paradigm.

I love W**d; for the last 52 years, it's brought me peace, relaxation, and joy. Cannabinoids don’t just work in us; they...
08/26/2026

I love W**d; for the last 52 years, it's brought me peace, relaxation, and joy. Cannabinoids don’t just work in us; they help heal nature, too. In "Cannabinoids Function in Defense Against Chewing Herbivores in Cannabis Sativa-L" (2023), cannabinoids were shown to protect the cannabis plant from pests, UV, and stress.

These compounds are natural defenders that balance ecosystems and repair damage. What they do in the protection of their plants also echoes in us through the ECS - our Master Regulator.

Our Endocannabinoid system regulates everything; it is the master, and it holds the keys to our health and sanity. It's truly that simple, and also far more complicated at the same time.

Lately, I've had a blast studying how other plants interact with the ECS, but my favorite will always have big, fat buds on it when it's ripe and ready to smoke, ingest, apply to our bodies, or dab.

Our medicine is fun, and that's pretty cool! Reach out and let's talk if you'd like to Balance your ECS, feel that Tolerance go down, or just feel better all the way around.

THC mimics Anandamide by binding to the same CB1 receptors in the brain and nervous system. That's one of the reasons TH...
08/25/2026

THC mimics Anandamide by binding to the same CB1 receptors in the brain and nervous system. That's one of the reasons THC can feel so familiar to the body.

Anandamide is one of our own endocannabinoids, often called the bliss molecule, and it helps regulate mood, pain, appetite, memory, stress response, sleep, pleasure, and how the nervous system turns the volume up or down.

At first, THC can feel like all good vibes. Relief. Laughter. Appetite. Sleep. Pain quieting down. The mind finally taking a breath. I'll never knock THC, because THC has helped millions of people and it has helped me too.
But here's the twist: when the body keeps getting strong THC signals over and over again, the ECS adapts.

Human brain imaging research has shown that chronic daily cannabis smokers can have reduced CB1 receptor availability, and that receptor availability can begin recovering after abstinence. That's not a moral judgment. That's biology. The system is trying to protect itself from being overstimulated.

This is where anandamide matters. If THC keeps pushing the receptor harder than the body's own endocannabinoids normally would, the body may change how it produces, releases, or responds to its own internal cannabinoid signals.

Research has found lower cerebrospinal fluid anandamide levels in frequent cannabis users compared with infrequent users, and newer research has reported a diminished anandamide response to exercise in regular cannabis users.

That is why I talk about ECS Balance so much. THC is not the enemy, but THC without balance can eventually lead to tolerance, less joy, less effect, and a system that needs a reset. CBGa, CBDa, CBD, CBG, CBC, CBN, THCa, PEA, OEA, terpenes, sleep, hydration, minerals, movement, gut health, sunlight, and stress reduction all help support the system THC depends on.

The goal is not to stop loving THC; it's to keep your own anandamide alive in the conversation.

Mike Robinson, Researcher OG

Reversible and regionally selective downregulation of brain cannabinoid CB1 receptors in chronic daily cannabis smokers
https://pmc.ncbi.nlm.nih.gov/articles/PMC3223558/
Cerebrospinal fluid anandamide levels, cannabis use and psychotic-like symptoms
https://pubmed.ncbi.nlm.nih.gov/23580381/
Regular Cannabis Use is Associated with a Diminished Anandamide Response to a Standard Exercise Stimulus: A Pilot Study
https://pubmed.ncbi.nlm.nih.gov/41761603/

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