NeXtraction full spectrum concentrate is comprised of naturally configured phytocannabinoids and phytocompounds in acidic, non-decarboxylated form.
Each batch duplicates the comprehensive phytocannabinoid and phytocompound expression of the specific genetic variant of the cultivated hemp.
Batch profiles typically range from 80%-to-95% acidic phytocannabinoids, in addition to flavonoids, terpenes and saponins.
NeXtraction full spectrum concentrate may also be used as a base from which to isolate both non-decarboxylated and decarboxylated phytocannabinoids and phytocompounds, as desired.
The importance of pre-screening for ideal soil composition, coupled with strong genetic selection, cannot be underestimated in providing a clean, vibrant ingredient-base from which to formulate product.
Farming partners are selected after conducting extensive due diligence, including on-sight inspection of premises and random biomass sampling for pesticide and heavy metal presence. Reviews of all fertilizer and feed schedules are also performed to authenticate organic rectitude of produced hemp.
In addition to an on-site lab, we collaborate with some of the most acclaimed private and academic scientific research organizations in the U.S., providing our manufacturing partners additional depth with which to collaborate on product formulary.
Undivided, NeXtraction concentrate upholds the holistic integrity of The Entourage Effect, whereby the complementary interaction of phytocannabinoids, flavonoids, terpenes, saponins and other important, individual phytocompounds naturally present in hemp is purported to provide optimal, therapeutic efficacy. In principle, The Entourage Effect is the realized, biological amplification which comes from the combined formation of these component compounds in their naturally unified state.
We work closely with product manufacturing partners to optimize desired genetic profiles. Our partnership begins by collaborating with organizations conducting genotype mapping in order to help farmers select high quality strains desired for production.