The Leader in “Nano-CBD Science”
The Leader in “Nano-CBD Science”
NanoBiologics has developed a Proprietary IP Technology nanosizing technology that allows for multiple applications within the hemp industry.
Our technology reduces the molecular conglomeration of CBD molecules to such an extremely small size that we are able to “encapsulate” the CBD molecules with a jacket of water molecules that render the CBD 100% bio-available at the cellular level. In comparison, other CBD-infused products using oils or isolates have a bio-availability that ranges from 35%-55% (smoking or vaporizing) to a low of 8%-14% for infused edibles and beverages.
Even medicines developed with the hemp extracted oils such as CBD and CBD oil although extremely concentrated and the potency can be very high, the amount the body can actually absorb into the cellular matrix is less than 50% in the best cases.
NanoBiologics solves all these problems and more.
The competitor graphs show distribution of Nano-CBD in a solution. For maximum bioavailability, the size of the molecules must be below 150 nanometers. The two measurements from different angles are superimposed showing the concentration of nano molecules below 150-nanometer range is only a fraction of the total volume, i.e, only partially bioavailable. The green and blue discussion chart is a visual of the actual distribution. In the video, you can see the solution is dominated by larger brighter molecules in the matrix with only a few of the tiny Nano molecules in the background.
The graph of NanoBiologics nano concentration shows that vast majority of the molecules in solution are below the 150-nanometer target. The colored distribution and the video are further evidence of the size and quality of the NanoBiologics products.
Competitors
Larger particle less bio availability
NanoBiologics
Smaller particles more bio availability
Comparative analysis of “NanoBiologics product vs Competitor” using Nanoparticle Tracking Analysis confirms that NBC product is distinctly sized as monodisperse with a modal size of (105.2nm) and 80 percent of the particles fall between (63.5nm & 183.8nm), while the competitor displays broad polydispersity with a modal size of (178.2nm) and 80 percent of particles between (106.8nm & 355.9nm). The associated videos show the direct visualization of each product diluted into water with the “Nano-CBD” particles moving under Brownian motion. The analysis of the individual motion of each particle allows for the clear distinction of the sample particle size distribution between the two samples.
NanoBiologics solutions can be easily incorporated into any recipe that uses water or milk or any water compatible liquid in the recipe. In CBD delivery systems such as capsules, patches and sub-lingual deliveries nano molecules can be dosed with extreme accuracy – down to the 1/10th of a milligram.
Fundamental Concepts of Nanotechnology
Fundamental Concepts of Nanotechnology
Nanotechnology is based on molecular size. One nanometer is one billionth of a meter. Itʼs hard to imagine just how small that is, let’s take a look:
- There are 25,400,000 nanometers in an inch.
- A sheet of newspaper is about 100,000 nanometers thick.
- On a comparative scale, if a marble were a nanometer, then one meter would be the size of the Earth.
Nanoscience involves the ability to see and to control individual molecules.
Everything on Earth is made up of molecules, the food we eat, the medicines we take, the clothes we wear, the buildings and houses we live in, and our own bodies.
Taking Hemp to the Molecular Level
Taking Hemp to the Molecular Level
More than 80 hemp compounds have been identified as phytohemp. More than a dozen have been identified as major terpenes. |
Hemp derivatives inclusive of terpenes produce an “entourage effect” wherein they work together to enhance bioavailability. Their relative concentrations depend on a number of factors including hemp strain, plant genetics, soil climate conditions, cultivation techniques and most critically, the extraction technology for producing hemp concentrates. Limitations of Current Methods of Use.
Limitations of Current Methods of Use
Current Delivery Methods (Titration) of Hemp Products Include:
Inhalation — Smoking or vaporization // Oral — Edibles, extract oils, tinctures, capsules, drinks, tablets, lozenges and gum. // Intra-oral — Sprays, tinctures, extracts, and emulsion compositions, and CBD-infused chewing gum.
Each of the Delivery Methods above have unique challenges.
NanoBiologics solutions can be easily incorporated into any recipe that uses water or milk or any water compatible liquid in the recipe. In hemp delivery systems such as capsules, patches, and sub-lingual deliveries Nano molecules can be dosed with extreme accuracy – down to the 1/10th of a milligram.
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Cannabinoids, like all oils, are poorly soluble in water. Through our technology, cannabinoid molecules become water compatible, thus rendering the highest bioavailability possible.
Intra-Oral delivery methods of hemp:
Sprays
Tinctures (a drop under the tongue)
Trokies (in the buccal of your teeth)
Oral capsules
Topical
Vaping
These delivery systems are greatly enhanced through nano technology.
Enhanced Oral Bio-availablility
Enhanced Oral Bio-availablility
NanoSphere encapsulated nutrients are transformed into stable viscoelastic nanoparticles, a major advancement in delivery technology
- Nanosized nutrients are proven effective as carriers for sublingual, buccal, intranasal, oral and transdermal delivery. Their fluidity, adhesive and viscoelastic properties effectively transport the nutrients across cell mucosal membranes into the bloodstream, past the blood-brain barrier, binding the receptors and signal transduction.
- As a delivery platform, nanosized nutrients promote effective cellular loading precision-metered dosages through intra-nasal, intra-oral, perusal and transdermal routes of administration.
Nanosized ingredients may increase the bioavailability of nutrients 2-fold to 8-fold.
Nanoparticles can increase water compatibility and stability of phytochemicals, enhance their absorption, protect them from premature degradation in the body, and prolong their circulation time.