The Dr.Ganja Dictionary is your best resource to learn terms involving hemp, cannabinoids, terpenes, the Endocannabinoid System or even the 8 growth stages of the cannabis plant. Dr.Ganja believes in cultivating beautiful hemp flower, but understanding the complexities of the hemp plant and the goodness it provides is important too. Dig into the Dr.Ganja Dictionary A-Z adventure below and enhance your hemp knowledge today!
Dictionary
There are currently 19 terms in this directory beginning with the letter H.
H4CBD
H4CBD is the abbreviation for hexahydrocannabidiol or hydrogenated CBD. It is a synthetic formulation created in the early 20th century by scientists experimenting with cannabinoids. H4CBD is created when hydrogen atoms are introduced to CBD molecules. H4CBD contains four added hydrogen atoms. In 2006, a research team conducted a study on H4CBD and determined that it has the ability to interact with CB1 receptors and that it may have potential for anti-inflammatory effects. Anecdotal evidence makes claims that H4CBD effects are similar to CBD with an added boost of mild euphoric psychoactivity. However, more research is necessary to understand the general effects and potentials of H4CBD.
Hash Rosin
Hash rosin is a more refined version of rosin that is created using high quality bubble hash. In order to make hash rosin, the hemp plant matter is put through a lengthy ice water extraction process prior to the rosin extraction process. In a bath of ice water, hemp flowers are agitated in order to free the trichomes from the plant matter. Screens are used to collect the compounds such as cannabinoids and terpene within the trichomes. With this material the hash is created, then dried and cured for a short time prior to undergoing the process of rosin extraction. Hash rosin is extremely high quality and is quite potent. The finished product commonly is a light color with a very clean profile of flavors and aromas. Due to the fact that hash rosin is a solventless hemp concentrate, it is often preferred due to its purity, high potency and amazing flavors.
Hashish
Hashish or hash is a highly concentrated extract made from the resinous trichomes on the hemp/cannabis plant. Hashish has a long history and has been enjoyed for centuries throughout the world in places like Afghanistan, Morocco, Egypt, Pakistan and more. The word “hashish” is from the Arabic language and can be translated to something akin to “grass”. In the present day, it is typically consumed by vaporization, smoking in a pipe, bong or wrapped in joint papers along with tobacco. The earliest records of hashish use confirm that it was more commonly consumed by infusion into foods or beverages. The consistency of hashish can vary from solid, brittle or supple. Its appearance ranges in colors, but hash commonly will range from light to dark brown. Hashish is known to activate euphoria and relaxation, as well as increase appetite.
Hemp Derived Terpenes
Hemp derived terpenes, or HDT, are natural compounds found in the trichomes of cannabis plants. These aromatic hydrocarbons are sticky glands found throughout the surfaces of the buds, leaves and stems of the plant. They play many parts in the growth and development of the plant. HDT produce specific aromas and flavors. They also contribute to the various colors of the flower buds and leaves. HDT protect the plants from environmental stressors and pathogens too. And they can also offer support by somehow triggering immune responses from the plant. There are an estimated 400 or so hemp terps. Scientists are rigorously studying their effects on the plant, and the effects of their interactions with cannabinoids. HDT are often isolated and then reintroduced to various hemp products such as tinctures, distillates, skin care products and more.
HHC
Hexahydrocannabinol, or HHC, is found in trace concentrations in the cannabis or hemp plant. To produce in higher quantities, it is necessary to use advanced chemistry techniques to create a consistent and pure product. American chemist, Roger Adams, discovered HHC in 1940 by successfully isolating HHC by a degradative process involving the THC molecule. Due to this, scientists realized the great possibilities of chemically modifying cannabinoids to create new compounds. The process to create HHC begins with extracting THC from the plant using a solvent extraction or a supercritical CO2. Then chemists transform the extract into a mixture of delta 8 THC and delta 9 THC from hemp CBD. The process of hydrogenation comes next and chemists add hydrogen molecules to the THC molecules in the presence of a catalyst. This is performed with a pressurized container, hydrogen gas and a catalyst such as iridium, lithium or palladium. A catalyst is used to help stimulate a quicker chemical reaction, and also establishes a more efficient transformation of the compounds. The last essential step is to purify the HHC in order to remove any other unwanted present compounds. This last step is also crucial for ensuring high levels of quality and purity. HHC contains two main isomers, 9R-HHC and 9S-HHC. 9R-HHC is an active form that binds to the endocannabinoid receptors well. 9S-HHC does not bind well to receptors and does not have a very high potency. Most often the ratio of HHC is 1:1 or 1:2 of 9R-HHC and 9S-HHC. There are claims that HHC is about 70 to 80% of the potency of delta 9 THC. Some make claims that with higher doses, HHC may become more intense with longer lasting effects. Research suggests that HHC has effective anti-inflammatory and analgesic properties, and may have potential for treating an array of medical conditions. It also may be effective in treating chronic pain, reducing anxiety and depressive states. HHC can now be found in tinctures, vape cartridges, gummies, capsules, concentrates and topicals.
HHCO
HHCO or hexahydrocannabinol acetate does not occur naturally in the hemp plant like HHC. It is a hemp derivative and is considered a hydrogenated compound. In order to synthesize HHCO, HHC must be made first. Manufacturers take hemp extract that contains high amounts of delta 8-THC. Then through the process of hydrogenation, the d8 chemically alters into hexahydrocannabinol (HHC). Next, acetic anhydride is applied to the HCC compound and it becomes HHCO. This is a process known as acetylation. It is an induced chemical reaction whereby a hydrogen atom is substituted for an acetyl group in a compound. This process boosts the potency up between 1.5 times and 3 times that of HHC.
HHCP
HHCP is the abbreviation for hexahydrocannabiphorol. It is a hydrogenated synthetic compound created by the chemical modification of HHC, which is a hydrogenated analog of Delta 9 THC. HHCP is said to have ten times the strength of HHC on account of the additional carbon atoms on its molecular side chain. The chemical structure of HHCP has increased stability compared to THC based cannabinoids. This increased stability allows for enhanced bioavailability, as well as a stronger and more efficient binding to CB1 receptors in the brain. HHCP’s enhanced bioavailability allows for a very potent cerebral and body high, and should be taken in smaller doses. The potential benefits of HHCP are unknown as there is no clinical research available.
High Perfomance Liquid Chromatography
High performance liquid chromatography, or HPLC, is the standard method for testing hemp products in most professional laboratories. It is a process that actively dissolves a product sample using a solvent in order to allow components of the sample to move freely. The dissolved test sample is then contained in tubes and undergoes a significant amount of pressure. And lastly, it is passed through high pressure HPLC columns to detect the total contents of the sample. Detection is based on content characteristics like color, movement rates and density. HPLC can identify the constituents of hemp product samples with as low a concentration as parts per trillion. Hemp products that undergo 3rd party testing using HPLC are beneficial to the consumer because the quality of the product is unmistakable.
High Terpene Extract (HTE)
High terpene extract, or HTE, is a concentrate that contains high percentages of terpenes extracted from hemp or cannabis plants. The process of extraction is complex and begins with high quality flowers. Preservation of the live plants' aromas and flavors is extremely important in order to get the entire profile of terpenes of the specific strain. Removal of all cannabinoids from the resin is done using heat and pressure. This is performed with a high pressure compression machine. Removal of the plant's fats and lipids is achieved by a process that involves freezing temperatures and solvents. After the removal of the solvent, the result is a terpene rich aromatic, flavorful and extremely potent concentrate.
High Terpene Full Spectrum Extract
High terpene full spectrum extract or HTFSE is a full spectrum hemp or cannabis extract. It is concentrated with a diverse array of terpenes and cannabinoids. The terpenes are extracted using a complex system that utilizes low temperatures in order to protect all the beneficial compounds while removing all the other undesired plant matter. And the cannabinoids are extracted with a process using heat and high pressure. Terpenes offer extremely fragrant aromas and flavors. Terpenes are also thought to synergistically interact with cannabinoids to augment the overall effects felt by the user. HTSFE comes in a sauce or resin like form and is most often dabbed or vaporized. It is also referred to as high terpene extract (HTE) or terp sauce.
Holy Basil
Ocimum tenuiflorum, also known as holy basil or tulsi, is a plant belonging to the Lamiaceae or mint family. Holy basil is a native plant of the Indian subcontinent and grows throughout Southeast Asia. Holy basil has the appearance of a short shrub that grows fragrant green or purple leaves and small purple or white flowers. Its flavors and aromas are similar to Italian basil and mint. It is widely used in Ayurvedic medicine, mostly in the form of an herbal tea, for a variety of conditions. Holy basil is known to have anti-inflammatory and anti-allergic properties and is often used to help fight infections, digestive disorders and/or reduce stress. Holy basil is also considered to be a sacred plant in Hinduism as it is considered to be a manifestation of the goddess Lakshmi. It is especially sacred to the devotees of Vishnu and often Hindu homes have specific spaces dedicated to the holy basil plant. This practice stems from the belief that the holy basil plant fosters an environment for piety and meditation.
HPLC
High performance liquid chromatography, or HPLC, is the standard method for testing hemp products in most professional laboratories. It is a process that actively dissolves a product sample using a solvent in order to allow components of the sample to move freely. The dissolved test sample is then contained in tubes and undergoes a significant amount of pressure. And lastly, it is passed through high pressure HPLC columns to detect the total contents of the sample. Detection is based on content characteristics like color, movement rates and density. HPLC can identify the constituents of hemp product samples with as low a concentration as parts per trillion. Hemp products that undergo 3rd party testing using HPLC are beneficial to the consumer because the quality of the product is unmistakable.
Humulene
Humulene is a terpene that is found in abundance in various cannabis and hop plants. It is also present in numerous herbs and spices like sage, clove, basil, black pepper, coriander and ginseng. Humulene presents a fresh earthy herbal / wood-like aroma and tastes bitter with a bit of lasting spice. It is a relative of beta-caryophyllene with a contrasting pattern of atoms in its molecule. Humulene is said to contribute to the cannabis plant's natural defense system against fungus and pests. It is considered to be a sesquiterpene, which are known to have slightly more intense odors and have substantial anti-inflammatory and antibacterial properties. It has shown positive benefits in anti-inflammatory effects when applied topically. This terpene has also shown to relieve pain and suppress appetite. Humulene has a boiling point of 222.8 ℉ (106 ℃).
HXC
HXC is simply another name for Hexahydrocannabinol or HHC. HXC is the same compound as HHC. HXC occurs in very low concentrations in hemp flowers. It exists in such low quantities that it simply cannot be collected in bulk amounts. To create HXC, hemp lab experts put the CBD compound through the process of isomerization. Through isomerization the Delta-8 THC compound is synthesized. The Delta-8 THC compound then undergoes a hydrogenation process which replaces one of the double bonds on the D8 THC molecule with double hydrogen atoms. HXC is psychoactive and can produce a well-balanced mild euphoria. Anecdotal evidence makes claims that the HXC experience offers a clear mind and inspires creativity without any feelings of paranoia or anxiety. The potential benefits of HXC are unknown as there is no clinical research available.
HXC-O
Hexahydrocannabinol-O Acetate, or HXC-O, is a synthetic form of hexahydrocannabinol or HXC. It is synthesized by taking the HXC compound and combining it with acetate in order to transform its molecular structure. It is thought that the difference in molecular structure is what allows for a more efficient attachment to CB1 receptors in the brain. And therefore enables HXC-O’s effects to be more powerful than HXC. There are claims that HXC-O is at least 1.5 times more intoxicating than HXC and offers mood lifting, euphoric effects. Not much else is known beyond anecdotal testaments as to the strength of the high, the effects or the possible therapeutic benefits HXC-O may offer. HXC-O is still a relatively new discovery and researchers have yet to conduct a sufficient amount of research to understand more about its effects and/or potential uses.
HXY-10 THC
HXY-10 THC or 10-hydroxy THC, is a byproduct of the THC compound. When THC is consumed, the body produces several double bonded molecules referred to as metabolites including HXY-10 THC. As a byproduct of THC, the body efficiently and quickly absorbs it into the system. There is no current medical research on HXY-10 THC and therefore there is little to no genuine information regarding this metabolite. What is generally recognized is that it does behave similarly to other cannabinoids in how it attaches to endocannabinoid receptors in the body and other bodily systems. There is no real substantial data on the high it may produce, but as a byproduct of THC, it very well may evoke psychoactive results. It may be safe to assume that it may share common effects with Delta 9 THC and may offer reduction in stress, improved mood, sleep support, increased appetite and much more. HXY-10 THC is commonly found in vapes, edibles and some concentrates.
HXY8-THC
HXY8-THC is also known as 8 Hydroxy THC or 8HXY THC. It is a double bond molecule and is considered a metabolite or byproduct of cannabis compounds. HXY8-THC is created by the body after THC is consumed. As the THC compound makes its way into the bloodstream, the body begins to metabolize it and as it does this, the HXY8-THC molecule forms. By breaking down the THC, the body enables itself to absorb the subsequent molecule more easily and enables an individual to feel psychoactive effects. Due to this, hemp industry leaders were driven to isolate the HXY8-THC molecule. For reasons being that if the body can avoid having to go through the process of metabolization and simply just absorb the potent metabolite immediately, it will enable a much faster high. But still, not much is known about this metabolite, only that it certainly is absorbed by the body quite quickly. It is believed to have high potency and should be consumed with care. Due to this, it is often not recommended for dabbing or for those who are more sensitive to edibles.
HXY9-THC
HXY9-THC is also referred to as 9 Hydroxy THC or 9HXY THC and is considered a metabolite or byproduct of cannabis compounds. It is a double bond molecule that is created subsequently after THC is consumed. When the cannabinoid enters the bloodstream, the body begins to metabolize it. A variety of metabolites can be created by cannabinoids and one of them is the HXY9-THC molecule. Breaking down cannabinoids enables the body to absorb it more efficiently and offer the consumer psychoactive effects. As a metabolite, the HXY9-THC molecule can offer psychoactive effects even more efficiently and quickly than even the Delta 9 THC compound due to the rapidity of absorption. Many users have claimed it is quite potent and should be consumed with care. Not much is known in respect to this cannabis byproduct as not much research has been performed or published.
Hyaluronic Acid
Hyaluronic acid is an aminoglycan that can be found in the synovial fluid of joints and the vitreous humor of the eyes. It helps skin to stretch and flex easier, as well as reduces skin lines and wrinkles. It has also shown to work towards healing skin wounds faster and reducing scarring. Hyaluronic acid is used to not only heal wounds, but skin ulcers, burns, eczema and bed sores as well. It is great for lubrication of the joints and allows them to move more smoothly, protects them from wear and can help to reduce swelling / inflammation. As the body ages, it produces less collagen and hyaluronic acid helps boost collagen production.This benefit will work to keep the skin looking healthy and supple.
Submit a term
so would the process of extracting the budder from the plant decarb the thcA or is it just extracting everything and you only take out the thcA to be decarbed in a dab pen or vaporizer?
This is all very confusing I buy regularly the delta 9 gummies
And I have currently ordered some oil
What is the best items oil or edible’s to buy that make you spaced out and how much oil do you use at 1 time drops etc ??
I’m terribly sorry for your confusion.
Hemp delta 9 gummies will be psychoactive, as will any other delta isomer such as delta 8 or delta 10.
There are many other cannabinoids that will grant a euphoric effect.
Check the cannabinoid filters on the edibles page and use the Dr.Ganja Dictionary as an informational resource.
As for how much oil to use, that would be entirely at your discretion.
The key is to understand how many milligrams of cannabinoids per single dose and your comfort levels.
Always begin slowly and access your comfort. Then slowly take more as needed.
Great product