CBG (kannabigerool) on mittepsühhoaktiivne kannabinoid, millel on ulatuslik toime närvisüsteemile ja põletikule. Loomkatsetes on CBG näidanud järgmisi toimeid:

• α2-adrenergiliste retseptorite agonist ja 5-HT1A serotoniiniretseptorite antagonist
• Mõjub nõrgalt CB1 ja CB2 retseptoritele, toimides pigem modulaatorina
• Võib inhibeerida ensüüme nagu FAAH, mis suurendab loodusliku endokannabinoidi anandamiidi taset
  (Allikad: Wikipedia, CBDA Health, Earth Buddy Pets)

2. Valuleevendav ja põletikuvastane toime

Mitmed uuringud on näidanud, et CBG-l on märkimisväärne analgeetiline (valuleevendav) toime:

• Hiirte kuumaplaadi katses aitas suukaudselt manustatud CBG-ekstrakt (50 mg/kg) vähendada valureaktsioone
• Aitas leevendada närvivalust ja ägedat põletikku, mõjutades TNF-α ja Nav1.7 valke, mis osalevad valusignaalide edastamises
  (Allikas: MDPI – Pharmaceuticals, 2023)

3. Neuroprotektsioon

CBG on näidanud neurokaitsvat mõju laborihiirtel, kellel oli keemiliselt indutseeritud ajukahjustus (3NP mudel):

• Täheldati motoorika paranemist ja neuronite säilimist striaatumi piirkonnas
  (Allikas: PMC – Front Neurosci, 2015)

4. Toime koduloomadel (koerad ja kassid)

Praktilised kasutusjuhud ja tootjatelt pärinevad andmed näitavad, et CBG võib aidata:

• liigesevalude ja põletiku vähendamisel
• ärevuse ja stressi maandamisel
• meeleolu ja keskendumisvõime parandamisel
• seedimise ja immuunsüsteemi toetamisel
  (Allikas: EarthBuddyPet)

5. Ohutus ja taluvus

• Uuringud näitavad, et CBG on hea taluvusega, ei tekita joovet ega tõsiseid kõrvaltoimeid
• Ühes uuringus andsid teadlased koertele 5 mg/kg CBG, ilma et oleks ilmnenud toksilisust või käitumishäireid
  (Allikad: PMC 2024, LiebertPub 2023)

Kokkuvõtlik tabel

Conclusion

CBG on paljutõotav kannabinoid, millel on potentsiaal pakkuda loomadele valuvaigistavat, põletikuvastast ja neurokaitsvat tuge. Selle ohutusprofiil on seni olnud soodne, kuid nagu iga täiendus, peaks seda kasutama veterinaararsti soovitusel ja järelevalve all.

Differences Between CBG and CBD

First, it is essential to understand the differences between CBG and CBD. CBG is often called the “mother of cannabinoids,” as it is the chemical precursor to many other cannabinoids, including THC, CBD, and CBC. It is found in smaller amounts in mature hemp flowers compared to CBD, but it has a unique profile of beneficial properties:

CBG (Cannabigerol): Known for its stimulating, neuroprotective properties and potential to improve mood and focus. It also has antibacterial properties and may support gut health.

CBD (Cannabidiol): Known for its relaxing, anti-inflammatory, and antipsychotic properties, widely used to reduce anxiety, improve sleep, and relieve pain.

D9-THCV and CBG Synergy

The interaction between D9-THCV and CBG seems especially synergistic for several reasons:

Complementary Effects: Both compounds are known for their stimulating properties, which can enhance focus and mental clarity. While D9-THCV is known to suppress appetite and increase alertness, CBG adds a layer of mental sharpness without the anxiety often associated with THC.

CB1 and CB2 Receptors: D9-THCV primarily binds to CB1 receptors in the endocannabinoid system, inhibiting them at low doses (reducing psychoactivity) and activating them at higher doses. CBG, on the other hand, has a higher affinity for CB2 receptors, associated with immune regulation and inflammation reduction, creating a balanced effect for users seeking focus and clarity.

Better Absorption and Bioavailability: Some studies suggest CBG may enhance the absorption and bioavailability of D9-THCV, making it more effective even at lower doses. This is particularly noticeable in e-liquids, where the combination can provide a more intense and longer-lasting experience compared to CBD.

Why Avoid CBD with D9-THCV?

While CBD has many benefits, it may not be the best partner for those seeking the specific effects of D9-THCV:

Opposing Effects: CBD tends to reduce D9-THCV’s stimulating and appetite-suppressing properties, creating a more calming experience that may counteract the desired energy and clarity.

Receptor Interference: CBD acts as a negative allosteric modulator of the CB1 receptor, potentially reducing D9-THCV’s efficiency in producing focus and alertness.

Vaping and Biochemistry: In e-liquids, this difference is even more pronounced, as rapid lung absorption makes cannabinoid interaction crucial to the overall experience.

Conclusion: Choosing the Right Flower and Liquid for Maximum Benefit

If your goal is to achieve an energizing, focus-enhancing, and stimulating experience, using CBG flowers or e-liquids with D9-THCV is the ideal combination. This pairing offers a unique profile that supports mood, concentration, and energy without the anxiety often associated with high THC doses. However, if you prefer a more relaxing experience, a CBD combination may be more suitable.

Ultimately, as always in the world of cannabis, it’s important to experiment and find the combination that best suits your personal needs and goals.

ADHD (Attention Deficit Hyperactivity Disorder) is a neurodevelopmental disorder that affects a person’s ability to concentrate, control impulses, and regulate behavior. This condition often occurs in children but can persist into adulthood.

The main symptoms of ADHD are:

• Inattention – difficulty concentrating, forgetfulness, problems with organization.
• Hyperactivity – restlessness, constant need to move.
• Impulsivity – sudden reactions, impatience, impulsive behavior.

Can cannabinoids like CBD and CBG help with ADHD?

In recent years, cannabinoids—especially CBD (cannabidiol) and CBG (cannabigerol)—have gained significant attention for their potential in alleviating ADHD symptoms. Although research in this area is still limited, some individuals have found these natural substances helpful.

How do CBD and CBG affect ADHD?

CBD and CBG interact with the endocannabinoid system (ECS), which regulates mood, stress, focus, and sleep. Their potential effects on ADHD include:

1. Reducing anxiety and stress
   • CBD is known for its calming and anxiety-reducing properties, which can help with impulsivity and restlessness.
   • CBG may also assist in mood stabilization.
2. Improving focus and attention
   • Some studies and user experiences suggest that CBD may reduce "brain fog" and enhance the ability to concentrate.
   • CBG has neuroprotective effects and may support brain function.
3. Improving sleep quality
   • People with ADHD often experience sleep issues. CBD has shown potential to improve sleep quality and help with falling asleep faster.
4. Reducing impulsivity
   • Since CBD has a calming effect, it may help individuals better control their behavior and reduce sudden reactions.

CBD vs. CBG for ADHD

• CBD is better known and more widely used, particularly for its calming effects.
• CBG is less researched but may have a stronger impact on focus and cognitive support.

What does science say?

Although preliminary studies and anecdotal reports suggest potential benefits of cannabinoids, CBD and CBG have not yet been approved as official treatments for ADHD. They are also not substitutes for established ADHD medications like methylphenidate (Ritalin) or lisdexamfetamine (Elvanse).

How to use CBD or CBG for ADHD?

If you’re considering their use, it is recommended to:

• Start with a low dose and monitor your body’s response.
• Use only high-quality, lab-tested products.
• Consult a doctor, especially if you are taking ADHD medication, to avoid potential interactions.
• CBD and CBG can be consumed in various forms, such as oils, capsules, and crystals. Crystals offer faster effects, as they are quickly absorbed by the body.

Conclusion

While CBD and CBG may help alleviate some ADHD symptoms, they are not medications and do not replace proven medical treatments. If you decide to try them, do so cautiously and under professional guidance. Future research may provide more clarity on their real effectiveness in treating ADHD.

2. Pain Relief: Similar to many other cannabinoids, CBG may have pain-relieving effects. This can be beneficial for chronic pain or nervous system disorders.

**3. Psychological Effects:** Although CBG is not psychoactive like THC, it can still influence mood and mental well-being. Some users note that using CBG can help them relax and reduce stress.

**4. Digestive System:** CBG has the potential to affect the digestive system, balancing appetite and possibly alleviating digestive disorders.

**5. Neuroprotective Effects:** The potential role of CBG in neuroprotection is being researched, which could be beneficial in the prevention and treatment of neurodegenerative diseases.

**6. Seizures:** CBG is known to have anticonvulsant effects, meaning it can help reduce epileptic seizures.

It's important to note that the effects and benefits of CBG can vary depending on its concentration in the product and how it is consumed. As with other cannabinoids, it is advisable to consult with a healthcare professional before using CBG, especially if you have existing health issues or are taking medications. Cannabis products should be used in accordance with local laws and regulations.

What is Hempacco?

Hempacco is an innovative product that combines the natural gifts of hemp with the benefits of a smoke-free lifestyle. Its main ingredient is CBD or CBG hemp, extracted from hemp flowers and leaves, not tobacco. This means Hempacco contains no nicotine or harmful chemicals associated with traditional tobacco products.

Purity and Naturalness

One of the main reasons people choose Hempacco is its purity and naturalness. The hemp used in this product is often grown organically, adhering to natural principles. This means Hempacco is free from harmful pesticides and other contaminants.

Additionally, CBD and CBG hemp have several potential health benefits. They may help alleviate stress, anxiety, and pain, and support overall well-being. Therefore, by choosing Hempacco, you can enjoy the potential benefits of these hemp compounds without worrying about harmful effects.

Alternative to Tobacco

Hempacco is an ideal tobacco alternative for those looking to quit smoking tobacco. Its smoke is a tastier and healthier option, offering the enjoyment of smoking without the risks associated with nicotine addiction. It is also great for those who prefer smoking for relaxation or a pleasant taste experience.

How to Use Hempacco?

Hempacco is easy to use and available in various forms, including loose, so it can be mixed with other hemp or tobacco products, or pre-rolled variants to simplify the smoking experience further.

Conclusion

Hempacco is a healthy and pure alternative to tobacco, made from 100% CBD or CBG hemp flowers and leaves. Its purity, naturalness, and potential health benefits make it an attractive choice for those who want to enjoy smoking without the risks associated with tobacco. Additionally, Hempacco is environmentally friendly and sustainable, as it is based on natural hemp, which is safe for both your health and the environment.

If you are looking for a natural and healthy alternative to support a smoke-free lifestyle, consider trying Hempacco. It can be a step towards a healthier and cleaner future.

CBG MECHANISM
In addition to its key role in cannabinoid biosynthesis, CBG has been scientifically explored for its potential benefits. The molecule exerts multiple mechanisms of action, partially activating the CB1 and CB2 receptors of the endocannabinoid system and stimulating the vanilloid-1 receptor. So let's explore what science has to say about CBG. How do these mechanisms affect the body? And what is the quality of the existing data?
CBD AND CBG: SIMILARITY AND DIFFERENCES
CBD and CBG have similarities and differences, but attempting to compare them at this stage is rather pointless. Much more high-quality research has been poured into CBD. There may be similarities and differences that we are simply not aware of yet, but let's take a look at what we do know.
BOTH CBD AND CBG HAVE NO INEBRIANT EFFECTS
CBD and CBG have a low binding affinity for the CB1 receptor, while THC achieves its psychotropic effects by stimulating this site in the central nervous system. CBG acts as a partial agonist of this receptor, stimulating it to a level that does not trigger psychotropic effects. However, both CBD and CBG also act as CB1 receptor antagonists, temporarily inhibiting the uptake of the endocannabinoid anandamide.
The non-psychotropic nature of CBG and CBD makes them attractive candidates for clinical study, as many view the psychotropic action of THC as an undesirable effect.
CBG CAN IMPROVE APPETITE
Cannabis is known to increase appetite. This mechanism, also defined as "munchies", induces a state of intense hunger and desire for food. THC has long been associated with this phenomenon, but a 2016 study published in the journal Psychopharmacology states that THC-free cannabis extracts remain capable of inducing hunger. The authors explain that CBG could be the cause of the improved appetite. In rats, CBG more than doubled total food intake and increased the number of meals. Conversely, CBD was shown to reduce hunger during one study.
A USELESS COMPARISON? It is useful to compare cannabinoids to explore the possible applications of each, but the research is still too limited to draw concrete conclusions. High-quality future research will be the only way to accurately compare the properties of these fascinating molecules.
Potential Benefits of CBG:
Like CBD, CBG has been used to combat pain without having the intoxicating effect of cannabinoids like THC.
Research shows that CBG can also have therapeutic effects.
However, human studies on this are sparse and more research needs to be done in this area. Some promising animal studies show that CBG might ultimately be found useful for the following therapeutic benefits listed below.
–Inflammatory Bowel Disease (IBD)
Inflammatory bowel disease is a condition that causes chronic inflammation in the bowel. It affects millions of people across the globe and is incurable.
An experimental animal study conducted in 2013 observed the beneficial effects of CBG on inflammatory bowel disease.
Researchers induced inflammations similar to IBD in the colons of mice and then administered CBG. CBG was found to reduce the inflammation and the production of nitric oxide. It also reduced the formation of reactive oxygen species (ROS) in the intestines. They concluded that CBG should be considered for clinical experimentation in IBD patients.

–Glaucoma
In an animal study, researchers found that CBG has therapeutic potential for the treatment of glaucoma.
Reseachers administered CBG to cats with glaucoma and noticed a reduction in eye pressure and an increase in aqueous humor outflow, a fluid produced by the eye which maintains eye pressure and provides the eye with nutrition.

–Antibacterial Properties
A 2020 study on the antibiotic potential of cannabis, found that CBG has antibacterial properties. Especially against methicillin-resistant strains of Staphylococcus aureus (MRSA), a bacteria which causes staph infections and is drug-resistant.

–Huntington's disease
Huntington's disease is a condition that causes a breakdown of nerve cells in the brain. In a 2015 study, researchers examined the potential neuroprotective properties of CBG and other cannabinoids in mice who had an experimental model of Huntington’s disease. It was observed that CBG acted as a neuroprotectant, protecting the nerve cells in your brain from damage. It also improves motor deficits and preserves striatal neurons against 3-nitropropionic acid toxicity.
–Fighting Cancer Cells
2014. aasta uuringus jälgisid teadlased CBG mõju käärsoolevähiga rottidele. Nad täheldasid, et CBG näitas mõningast  vähirakkude kasvu põhjustavate retseptorite blokeerimist ja kolorektaalsete vähirakkude kasvu pärssimist.Teadlased soovitasid, et käärsoolevähi ravimisel ja ennetamisel tuleks CBG kasutamist kaaluda translatiivselt.
HIGH CBG STRAINS
The cannabis community hasn't paid much attention to CBG and we can't even criticize it as the research is still superficial and incomplete. Breeders will likely focus on this cannabinoid as further studies confirm its properties. Genetic selection for high levels of CBG is likely, but some strains already have relatively high levels of this cannabinoid today.
FORCE DUTCH PASSION is an high CBG variety. The dense flowers of this indica-dominant specimen produce <0,2% THC, 0.2% CBD and 21% CBG. The effect is deeply relaxing.

These molecules lose their acid group and become decarboxylated becoming THC, CBD and CBC. Since CBG is "depleted" when converted to other states, plants with a high CBG content tend to have a low THCA or CBDA content and vice versa. CBGA is the parent molecule of many cannabinoids found in cannabis. Unlike its THC derivative, CBG is not psychoactive. It has shown interesting anti-inflammatory properties, as well as its ability to protect against neurons. Some studies have shown its ability to inhibit the growth of cancer cells; it is also an effective antibacterial, anti-spasmodic stimulant and stimulates appetite. Many of its benefits are similar to THCA and CBDAwhich makes sense as they are chemically similar. Before turning into THCA, CBDA, and CBCA, CBGA can take a different path through enzymatic changes and become CBGVA, which is the precursor to another type of cannabinoid: THCVA, CBDVA, and CBCVA. The letter V in this set of cannabinoids refers to cannabivarin classified as propyl cannabinoid; this group contains a propyl chain instead of a pentyl chain within the molecule. While this difference may suggest some variation in the effects of these cannabinoids, most of them act similarly to their pentyl cousins. The exception to this rule is THCV or tetrahydocannabivarin.
THCV: As a tetrahydrocannabivar As mentioned, THCV begins life as a CBGVA and is therefore modified by enzymes. It has a different ability than other cannabinoids to suppress appetite instead of stimulating it. No other known cannabinoid works in this way, and it is for this reason that THCV has attracted enormous interest in science. In addition to suppressing appetite, THCV has the ability to promote bone growth and healing.
CBC: Cannabichromene Another promising cannabinoid is CBC or Cannabichromene. Another common cannabinoid in CBC is a CBGA product such as THC and CBD. CBC appears to activate other secondary receptors, and for this reason it works well in topical preparations. Because of this, it can be used as a molecule in acne treatment, which significantly reduces excess sebum production in the skin. CBC has proven to be most effective for topical application. Combined with its antibacterial, anti-inflammatory and analgesic properties, it can be ideal for a wide variety of skin conditions. Finally, a complete blood count (CBC) stimulates spastic gastric motility without causing constipation, which is a secondary effect of many conventional medicines.
CBN: Kannabinool
Unlike other cannabinoids, which result from enzymatic changes within the plant, THC is converted to CBN after prolonged sun exposure in nature. It has traditionally been associated with “poor quality cannabis,” as high CBN levels tend to cause headaches and increase fatigue after smoking. However, we now know that a small amount of CBN is required to produce significant hypnotic effects, and 5 mg may be as effective as a 10 mg dose of diazepam, a common drug also used for sleep. As mentioned, all cannabinoids have a CBGA precursor. The plant then directs the CBGA to convert to other cannabinoids throughout its life cycle through synthesis, enzymes that chemically convert cannabinoids to other cannabinoids. This is determined by the needs of the plant and the amount of cannabinoid precursors available. We are still discovering the role that each of these cannabinoids plays in the plant, but we can safely assume that THCA, CBCA and CBDA benefit the plant to some extent because they appear in greater concentration in the plant. Most other cannabinoids, while potent and beneficial for medicinal purposes, don't seem to provide much to the plant. As a reminder, THC is actually present in very small amounts in the cannabis plant, as opposed to THCA, which is present in abundance (in relation to the species and genetic characteristics of cannabis). Only after additional research, selection, study of certain genetics and understanding of the cannabis plant and its natural mechanisms can we uncover the secrets of these unusual substances, "unusual cannabinoids".